Design, supply, installation and commissioning of automated water and electricity metering system with billing software at king shaka international airport
The contractor must design, supply, deliver, install, configure, test, commission and integrate a fully operational automated meter reading system for water and electricity metering, including billing software, at king shaka international airport. The nec3 ecc option b contract specifies a 12-month delivery period from contract signature, with decommissioning of existing equipment required. The single most consequential bidder consideration is the unresolved scope discrepancy: the official tender title refers to a 5-year electricity-only maintenance contract, while the contract conditions describe a 12-month water-and-electricity installation project. Bidders must clarify duration, maintenance obligations and pricing before submitting.
Key Requirements
Closing: 23 November 2026 at 12:00 β preliminary quality plan and first programme for acceptance are due at this time.
Scope clarification required: the tender title describes 5-year electricity maintenance, but the NEC3 contract specifies 12-month water-and-electricity design, supply, installation, commissioning and decommissioning β bidders must confirm actual scope, duration and maintenance obligations with the Project Manager before pricing.
Performance bond: 5% of contract value, unconditional on-demand, from an ACSA-accepted bank or insurer using Annexure B pro forma; must remain valid throughout the contract period with 4-week extension notice before expiry.
Retention: 5% of contract value (2.5% released at Practical Completion, balance after 12-month Defects Period); retention-free amount is R0.
Delay damages: 0.05% of contract value per day, capped at 10%; low-performance damages 0.1% per day, capped at 10%; ACSA may terminate obligations when the delay-damages cap is reached.
Insurance: aviation liability cover minimum R300 000 indemnity limit; proof required before work starts and annually thereafter.
CIDB registration number required on C1.1 Form of Offer and Acceptance; no minimum CIDB grade stated in supplied conditions.
Project Manager: Sipho Khumalo, [email protected], 082 702 3272; formal Contract Data name field remains TBC β bidders should verify current status.
No upfront or advance payments permitted without approved Advance Payment Guarantee; payment assessment every 4 weeks, payment 4-6 weeks after valid tax invoice and signed certificate.
Mandatory returnable documents: signed C1.1 Form of Offer and Acceptance with pricing (excl. VAT, VAT @ 15%, total incl. VAT); Schedule of Deviations if any; Part C2 Pricing Data and Bill of Quantities; C1.2b Contract Data provided by Contractor; preliminary quality plan; first programme for acceptance.
INSTALLATION OF AUTOMATED METER READING (AMR) SYSTEM FOR ELECTRICITY AND MAINTENANCE FOR A PERIOD OF 5 YEARS AT AIRPORTS COMPANY SOUTH AFRICA KING SHAKA INTERNATIONAL AIRPORT
Tender context
Return to this tenderβs issuing organisation, province, or category.
Installation of automated meter reading (amr) system for electricity and maintenance for a period of 5 years at airports company south africa king shaka international airport
Briefing SessionCompulsory
Date & Time
Monday, 23 November 2026 - 12:00
Venue
King Shaka MSO Building
Important: Attendance at this briefing session is mandatory. Bids from suppliers who do not attend may be disqualified.
Document read. The full tender notice and its supporting documents are read end-to-end. Key sections, requirements, dates, and contact details are identified and pulled into a working summary you can act on.
Compliance review. The working summary is checked against South African procurement standards β PFMA, PPPFA, B-BBEE, CIDB, local content, and preferential procurement β so nothing critical is missed before you start your bid response.
DocumentAnnexure C1_Utility Metering Meter Specification Requirements Cluster 3_KSIA.pdfReview complete
Description
Important Dates
21 Oct
2026
PUBLICATION
Tender Published
Tender was published
23 Nov
2026
DEADLINE
Closing Date
Tender closing date
Procurement Rules & Compliance ContextThis tender may be governed by South African public procurement rules covering fairness, transparency, preferential procurement, anti-corruption, administrative justice and access to information.
10 rules
These references help suppliers understand the public-procurement framework around this opportunity. They are generated from the tender category, issuing organisation type and procurement context.
Core procurement rules
These rules commonly apply to South African public-sector procurement.
7
Broad-Based Black Economic Empowerment Act (B-BBEE Act)
Act 53 of 2003
high
Provides the empowerment-compliance context often used in public-sector supplier evaluation.
Relevant because this is a South African public-sector procurement opportunity.
Constitution of the Republic of South Africa, 1996 β Section 217
Act 108 of 1996 (s217)
high
This is general procurement context, not legal advice. Always verify requirements in the official tender documents and issuing authority notices.
Annexure B1_Preliminary_Decommissioning & New Smart Metering Asset Register & Spares.xlsx
Supply and installation of an automated meter reading system for electricity, together with maintenance for a period of five years, at King Shaka International Airport.
Annexure C1_Utility Metering Meter Specification Requirements Cluster 3_KSIA.pdf
Supply, installation, and 5-year maintenance of an Automated Meter Reading (AMR) system for electricity and water at King Shaka International Airport, including single-phase and three-phase energy meters and electronic water meters with full AMR/AMI/BMS/SCADA integration.
Annexure A1 Bills of Quantities Option B_ Part 1.pdf
Design, supply, installation, testing and commissioning of a hybrid wireless-dominant Smart Water and Electricity Automated Meter Reading (AMR) system with billing, followed by 5 years maintenance, at King Shaka International Airport. The scope spans professional design services (ECSA stages 1-3), procurement and installation of approximately 500 smart electricity meters and communication infrastructure, electrical works including CT/VT installation and DB modifications, AMR software platform integration, testing and commissioning, and decommissioning of 280 existing meters.
Annexure A2 Bills of Quantities (BoQβs)_Part 2.pdf
Installation of an Automated Meter Reading (AMR) system for electricity and water, plus 5-year maintenance, at King Shaka International Airport. The scope covers smart meters, communication infrastructure, servers, software, billing support, and full operational maintenance with spares provisioning.
Installation of Automated Meter Reading (AMR) System for Electricity and Water Metering including Billing Software at King Shaka International Airport for a period of 12 months
KSIA NEC3 TSC Contract_Automated Meter Reading (AMR) .pdf
System management, maintenance services and lifecycle support of an Automated Meter Reading (AMR) system for electricity at King Shaka International Airport for a period of five (5) years, under an NEC3 Term Service Contract (TSC3) with Option A (Priced Contract with price list).
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REQUEST FOR PROPOSAL FOR THE PROVISION OF AUTOMATED FUEL MANAGEMENT SYSTEM FOR A PERIOD OF SEVEN (7) MONTHS AT GEORGE, KING PHALO, BRAM FISCHER, KIMBERLEY AND UPINGTON AIRPORTS.COR8099/2025/RFP
Based on 25 comparable awarded tenders. Companies with similar profiles typically bid near the median.
* Estimates are based on historical data and do not guarantee actual award values.
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We refine every tender document through these stages so you can brief your team and prepare your bid with confidence. Anything marked as "in progress" will be upgraded automatically β no action required from you.
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Compliance review
Bid-ready summary
Source: Annexure C1_Utility Metering Meter Specification Requirements Cluster 3_KSIA.pdf
Utility-meter coverage
Single-phase electricity meters: Residential, commercial and tenant applications.
Three-phase electricity meters: Incomer, feeder and tenant applications.
Water meters: Domestic, commercial and bulk applications for potable-water billing, leak detection and network monitoring.
Important Dates
Source: Annexure C1_Utility Metering Meter Specification Requirements Cluster 3_KSIA.pdf (unknown)
Closing
23 November 2026 at 12:00.
Site visit
Attendance: encouraged rather than compulsory.
Timing: before the closing date; no fixed date, time or venue is stated.
Conditional official visit: Where advance access permission is required, ACSA will arrange an official visit for interested tenderers and communicate the details later.
Local-condition risk: Bidders cannot claim later adjustments for overlooking site access, ground conditions, working space, transport and handling facilities, or utility availability.
Briefing Session
Source: Annexure C1_Utility Metering Meter Specification Requirements Cluster 3_KSIA.pdf (unknown)
Site access and local conditions
Tenderers are encouraged to inspect the project sites before the closing date.
Inspection should cover access, ground conditions, working space, transport and handling arrangements, and the availability of power and water.
No later claim or adjustment may be based on a lack of knowledge of local conditions.
If advance access permission is needed, an official visit will be arranged for interested tenderers once the permission requirement is confirmed.
Submission Guidelines
Source: Annexure C1_Utility Metering Meter Specification Requirements Cluster 3_KSIA.pdf (unknown)
Required contractor submissions
Delivery programme: Submit a detailed implementation programme showing how the works will be executed, including material lead times, installation durations, system integration and other activities affecting progress.
Programme updates: Provide a revised programme promptly whenever changes occur.
Pre-commencement review: Before site work starts, meet the Project Manager to confirm the specification, bill of quantities or schedule of works, and installation drawings, and to resolve any misunderstanding.
Discrepancy escalation: Immediately notify ACSA's lead Project Manager of contradictions between the technical specification and/or the bill of quantities.
Technical Specifications
Source: Annexure C1_Utility Metering Meter Specification Requirements Cluster 3_KSIA.pdf (unknown)
Scope
Installation and maintenance: Install an automated electricity meter-reading system at King Shaka International Airport and maintain it for 5 years.
Meter coverage: Single-phase and three-phase electricity meters, plus water meters, for residential, commercial, tenant, incomer, feeder, domestic and bulk-metering applications.
Energy meters β configuration and performance
Single-phase version: Two-wire L-N arrangement for residential, commercial and tenant metering.
Three-phase version: Four-wire star or three-wire delta arrangement for incomer, feeder and tenant metering.
Mounting: Panel, DIN-rail or flush-mounted construction.
Accuracy: Active-energy class 0.2S or 0.5S; reactive-energy class 1.0 with an x/1A CT ratio or class 2.0 with an x/5A ratio, in accordance with IEC 62053.
Electrical reference: 50 Hz; 230 V AC for single-phase units; 230/400 V AC for low-voltage three-phase units or PT connection for high-voltage systems.
Current: 1 A or 5 A CT connection, with direct connection up to 100 A.
Measuring method: True RMS, bi-directional four-quadrant measurement, programmable CT ratios, and data logging with manual or automatic transfer.
Measurement parameters: Active, reactive and apparent energy; active, reactive and apparent demand; maximum demand; instantaneous voltage, current, frequency, power factor and power; phase angle on three-phase units; and voltage and current total harmonic distortion.
Load profile: Configurable 15-minute or 30-minute integration periods.
Display and indicators: Backlit LCD or LED; readings for instantaneous values, energy registers, maximum demand, power factor and frequency; indicators for active and reactive pulses, communications, power, phase reversal or loss, failures and tampering; minimum six digits.
Energy meters β communications and integration
Wired interfaces: RS-485 using Modbus RTU, RS-232, RJ45 Ethernet using Modbus TCP/IP, and M-Bus.
Wireless options: RF Mesh, Zigbee, LoRa, Wi-Fi or GSM modules suited to the application.
Protocol support: Modbus, DLMS, RF Mesh, Zigbee, Wi-Fi, LoRaWAN, PLC and cellular GSM, GPRS or 4G.
Pulse output: Configurable for active or reactive energy.
Local access: Optical port for on-site data reading.
Systems integration: Compatibility with the ACSA IT server, building management system, centralised AMR or AMI platform, and SCADA.
Energy meters β environment, memory and protection
Operating temperature: β10 Β°C to +55 Β°C.
Storage temperature: β20 Β°C to +70 Β°C.
Humidity: Up to 95% without condensation.
Ingress protection: IP51 for panel mounting, IP54 for flush mounting and IP65 for outdoor installation.
Insulation: 4 kV RMS at 50 Hz for one minute in accordance with IEC.
Auxiliary supply: 85β265 V AC or 110β300 V DC, with burden below 5 VA.
Load-profile storage: At least 45 days at 30-minute intervals.
Event history: At least 100 entries covering power failure, reverse current, maximum-demand reset, tampering and phase failure.
General storage: At least 12 months of hourly and billing data.
Non-volatile memory: At least five years of retention in accordance with NRS 057:2005.
Service life: At least 10 years.
Warranty: At least 12 months from commissioning for mechanical parts and electronic or communications modules, with provision for extension.
Protection features: Reverse-current detection, neutral-disturbance or phase-loss detection, magnetic and terminal-cover tamper detection, and unauthorised-access event logging.
Water meters β configuration and performance
Applications: Potable-water metering for domestic, commercial and bulk users, including billing, leak detection and network monitoring.
Mounting: Horizontal or vertical installation in accordance with the manufacturer's instructions.
Sizes: DN15 to DN300, or as specified for the project.
Accuracy: Class 1 or Class 2.
Measuring technology: Electronic ultrasonic or electromagnetic, bi-directional, digitally sensed and without moving parts, with high-resolution flow detection and integrated logging.
Flow performance: Range in accordance with standards such as SANS 10252-1; Q1 not exceeding 0.015 mΒ³/h; Q2 according to accuracy class; Q3 from 2.5 to 250 mΒ³/h depending on DN; and Q4 equal to 1.25 Γ Q3.
Measured quantities: Forward, reverse and net volume in mΒ³.
Leak and burst detection: Built-in electronic event logging.
Temperature rating: As applicable to the selected meter model.
Display: Backlit LCD or electronic display showing total volume, instantaneous flow, direction, battery condition, communications condition and alarm or tamper events.
Indicators: Pulse-output LED for testing, low-battery warning and active communications indicator.
Digits: Minimum eight digits, comprising six integer and two decimal positions.
Water meters β communications, environment and memory
Interfaces: Reed-switch or open-collector pulse output, RS-485, M-Bus, Modbus RTU and optical access.
Wireless options: LoRa, RF 868 MHz, NB-IoT, GSM, GPRS or LoRaWAN, depending on the model.
Protocols: Modbus RTU, M-Bus, DLMS/COSEM, LoRaWAN and MQTT, depending on the model.
Systems integration: Compatibility with the ACSA IT server, building management system, centralised AMR or AMI platform, and SCADA.
Local configuration: Optical or magnetic-key port.
Data transfer: Configurable periodic transfer or on-demand transfer through RF, LoRaWAN or GSM.
Operating temperature: β10 Β°C to +55 Β°C.
Storage temperature: β20 Β°C to +70 Β°C.
Humidity: Up to 95% without condensation.
Ingress protection: IP68 for fully submersible electronic meters and IP65 for above-ground installations.
Pressure: PN 16 bar as standard, with PN 25 bar available as an option.
Body materials: Brass, bronze or polymer composite for DN40 and below; cast iron, ductile iron or stainless steel for DN50 and above.
Power: Lithium battery with a life of at least 10 years; optional external 12β24 V DC supply for AMI units; consumption below 0.5 W.
Logging interval: Programmable 15, 30 or 60 minutes.
Storage: At least 12 months of hourly and billing data.
Event history: At least 100 entries covering power or battery condition, reverse flow, tamper or magnetic interference, and leak or burst events.
Non-volatile memory: At least five years of retention without power.
Service life: At least eight years.
Warranty: At least 12 months from commissioning for mechanical parts and electronic or communications modules, with provision for extension.
Meter documentation and handover
Factory calibration, test or verification certificates traceable to national standards.
Test reports confirming compliance with the applicable standards.
Configuration and communication setup records.
As-built wiring and connection diagrams.
Installation and maintenance manuals.
Integration test results confirming AMR, AMI, BMS or SCADA connectivity.
Methodology
Source: Annexure C1_Utility Metering Meter Specification Requirements Cluster 3_KSIA.pdf (unknown)
Delivery planning
Prepare a detailed implementation programme covering material lead times, installation durations, integration activities and other work that may affect progress.
Issue an updated programme promptly after any change.
Before site work begins, hold a review with the Project Manager covering the specification, bill of quantities or schedule of works, and installation drawings, with the aim of preventing misunderstandings.
Quality Management
Source: Annexure C1_Utility Metering Meter Specification Requirements Cluster 3_KSIA.pdf
Quality and conformity evidence
Energy meters must meet SANS 1524-1, the applicable SANS/IEC 62053 and 62056 series, NRS 057 and NRS 071.
Water meters must meet SANS 1529-1, SANS 1529-9 and NRS 057.
Energy-meter accuracy must be class 0.2S or 0.5S for active energy, with the prescribed reactive-energy class; water meters must be class 1 or 2.
Factory calibration and test or verification certificates must be traceable to national standards.
An integration test report must demonstrate connectivity to the selected AMR, AMI, BMS or SCADA platform.
Pricing Schedule
Source: Annexure C1_Utility Metering Meter Specification Requirements Cluster 3_KSIA.pdf
Pricing and scope alignment
The pricing structure is the bill of quantities or schedule of works.
The installation scope must remain consistent with the specification and accompanying notes.
Contractors must alert ACSA's lead Project Manager immediately to any conflict between the technical requirements and the pricing document.
Financial Requirements
Source: Annexure C1_Utility Metering Meter Specification Requirements Cluster 3_KSIA.pdf (unknown)
Pricing basis
Bill of quantities or schedule of works.
The installation price must cover the work required by the full specification and accompanying notes and must align with the bill of quantities or schedule of works.
Contradictions between the pricing document and technical requirements must be referred immediately to ACSA's lead Project Manager.
Compliance Requirements
Source: Annexure C1_Utility Metering Meter Specification Requirements Cluster 3_KSIA.pdf (unknown)
Mandatory technical compliance
Energy-meter standards: SANS 1524-1; SANS/IEC 62053-21, 62053-22 and 62053-23; SANS/IEC 62056-21, 62056-5-3 and 62056-6-2; NRS 057; and NRS 071.
Water-meter standards: SANS 1529-1, SANS 1529-9 and NRS 057, with flow performance based on standards such as SANS 10252-1.
Accuracy: Energy meters must achieve the specified active and reactive classes, while water meters must achieve Class 1 or Class 2.
Installation conformity: All work must satisfy the specification, accompanying notes, bill of quantities or schedule of works.
Test and calibration evidence: Supply traceable factory certificates, standards-compliance test reports and integration test results for the proposed communication platform.
Equipment durability: Energy meters require a minimum 10-year life and water meters a minimum eight-year life cycle, with at least 12 months' warranty from commissioning and provision to extend it.
Site-condition risk: Bidders accept the risk of adjustments arising from inadequate knowledge of site conditions.
Health & Safety
Source: Annexure C1_Utility Metering Meter Specification Requirements Cluster 3_KSIA.pdf
Meter security and required interfaces
Detect reverse current, neutral disturbance or phase loss, magnetic and terminal-cover tampering, and unauthorised access.
Energy meters require RS-485 with Modbus RTU, RS-232, RJ45 Ethernet with Modbus TCP/IP and M-Bus interfaces.
Fit application-appropriate RF Mesh, Zigbee, LoRa, Wi-Fi or GSM wireless modules.
Contractual Terms
Source: Annexure C1_Utility Metering Meter Specification Requirements Cluster 3_KSIA.pdf
Maintenance and product terms
Maintenance period: 5 years.
Energy-meter lifespan: At least 10 years.
Water-meter life cycle: At least eight years.
Warranty: At least 12 months from commissioning for mechanical parts and electronic or communications modules, with provision for extension.
Special Conditions
Source: Annexure C1_Utility Metering Meter Specification Requirements Cluster 3_KSIA.pdf (unknown)
Installation conformity and escalation
Every part of the installation must meet the technical specification, accompanying notes and the bill of quantities or schedule of works.
The contractor must promptly notify ACSA's lead Project Manager of any contradiction between the technical specification and/or bill of quantities.
DocumentTender Document Autoated Meter Reading.pdfReview complete
Important Dates
Source: Tender Document Autoated Meter Reading.pdf (RFP)
Tender issue and access: 21 October 2026, with free download from the National Treasury eTender Publication Portal at http://www.etenders.gov.za.
Compulsory clarification meeting: 29 October 2026 at 11:00, in person, at King Shaka International Airport, La Mercy, KwaZulu-Natal, ACSA Reception, Ground Floor, Multi Storey Office Block, Pick-Up Zone area. Attendance is compulsory, and tenderers must sign the attendance list in the name of their entity.
Site inspection: 29 October 2026, directly after the briefing, at the same venue. It is described as non-compulsory, although the mandatory-administration criteria also require physical attendance at the briefing and site walk; bidders should clarify the attendance requirement before treating the site walk as optional.
Closing date for enquiries: 6 November 2026.
Employer response to clarification requests: by 9 November 2026.
Addenda cut-off: until 10 working days before the closing time.
Closing date and time: 23 November 2026 at 12:00 (South African time).
Public opening: after closing on 23 November 2026; the opening register will be placed on the National Treasury eTenders website.
Contact Information
Source: Tender Document Autoated Meter Reading.pdf (RFP)
Bidding and technical enquiries
Name: Zamo Dlamini
Role: Employer's Agent and contact for bidding and technical enquiries
Tender-period communication must be directed to ACSA's Supply Chain Department, not the principal agent.
Bidders may not contact other ACSA employees on the matter. Clarification responses will also be shared with other entities that have responded to the invitation.
Submission address
King Shaka International Airport, La Mercy, KwaZulu-Natal
ACSA Reception
Ground Floor, Multi Storey Office Block
Pick-Up Zone area
Service and delivery site
King Shaka International Airport
La Mercy, KwaZulu-Natal
Submission Guidelines
Source: Tender Document Autoated Meter Reading.pdf (RFP)
Submission method
Place a physical bid in the tender box at ACSA Reception. E-mail, facsimile, telex, telegraphic and telephonic submissions are not accepted.
Deliver during Monday-to-Friday working hours, when a receiver is available to accept the bid.
Copies and packaging
Submit 1 printed original, 1 printed copy and the paper components on a USB flash drive.
Seal the original and copy in separate packages marked ORIGINAL and COPY.
Show the employer's delivery address, tender reference, tender description, bidder's name, contact details and return address on each package.
Retain the electronic format in which documents were issued and provide an English translation of any document in another language.
Bid completion
The person depositing the bid must complete and sign the Tender Deposit/Bid Register, recording the tendering entity's name and the depositor's contact details.
Return the complete issued bid and contract documents with all supporting information. Do not retype the issued forms.
Make only permitted corrections or amendments and initial every alteration.
Submit one offer only, either as a single entity or as a joint venture covering the whole works. Alternative offers are not considered, and a joint venture must identify its lead partner.
Keep the offer valid for 12 weeks (84 days) from the closing time.
Mandatory returnables and supporting material
SBD 1 (Invitation to Bid): bidder and contact details, supplier and tax information, signature and authority to sign the bid.
NEC3 ECC Form of Offer and Acceptance: signed asset-delivery offer.
NEC3 TSC Form of Offer and Acceptance: signed operation, service and maintenance offer.
Appendix 1 Contract Document: completed, signed and returned with the bid.
Combined TCO pricing: complete and consistent pricing for the ECC and TSC contracts.
Valid LOGS, signed OEM support letter on OEM letterhead addressed to the contractor, and evidence of the required CIDB grade.
Staffing plan, key-personnel CVs and qualification certificates, track-record evidence, preliminary programme and maintenance schedule.
Disqualification and non-responsiveness risks
Late bids, prohibited submission channels, materially incomplete or unsigned submissions, omitted requested information and failure to provide tax particulars may invalidate a bid or make it non-responsive.
A material deviation affecting scope, quality, performance, risk allocation or competitive position makes the offer non-responsive and cannot be corrected after closing.
A CIDB grade below 6EB/6EP is automatically non-responsive and disqualified.
Corrupt or fraudulent conduct results in immediate disqualification.
Only entities appearing on the compulsory-briefing attendance list will receive addenda and have tenders accepted.
Evaluation Criteria
Source: Tender Document Autoated Meter Reading.pdf (RFP)
Evaluation sequence
Stage 1 β responsiveness: confirm that the bid was properly received, fully completed and signed, and complies without material deviation or qualification.
Stage 2 β mandatory administration: apply the CIDB, LOGS, OEM, attendance and signed NEC3 requirements below. Failure on a mandatory item makes the bid non-responsive.
Functionality: assess technical capability against a 100-point score. Only bids achieving the minimum threshold proceed to price and preference evaluation.
Final stage β price and preference: rank offers using the combined TCO under the 80/20 preference system.
Mandatory administration criteria
CIDB grading: 6EB/6EP or higher. Lower grades are disregarded and automatically disqualified.
Valid letter of good standing issued by the Department of Employment and Labour, Federated Employers Mutual Assurance Company or Rand Mutual Assurance.
Signed OEM support letter on the OEM's letterhead, addressed to the contractor.
Physical attendance at the compulsory briefing and site-walk activities, with the tendering entity named on the attendance list.
Completed and signed NEC3 ECC and NEC3 TSC Forms of Offer and Acceptance, supported by a combined TCO pricing submission.
Functionality threshold and weighting
Minimum qualifying score: 60/100.
Key-personnel resource proposal: 48 points.
Company AMR and metering experience: 40 points.
Project execution approach and programme: 6 points.
Maintenance schedule and OEM compliance: 6 points.
Key-personnel scoring
Project Manager β 10 points: 5 qualification points for a degree in Engineering or Built Environment, or a SAQA-accredited equivalent at NQF Level 7 or higher, with Pr.PM, PMP or an equivalent certification. Experience points: 8 years or more in relevant operational airport or industrial project delivery = 5; 5β7 years = 4; 3β4 years = 3; under 3 years = 0. Relevant experience must include project management, stakeholder coordination, scheduling, reporting, utility-metering projects and multiple sites.
Smart Metering System Design and Integration Engineer β 10 points: 5 qualification points for a BEng, BSc or BTech in Electrical, Electronic, Mechatronic, Computer or Mechanical Engineering at NQF Level 7 or higher, with ECSA Pr.Eng or Pr.Tech Eng registration. Experience points: 8 years or more in relevant AMR design = 5; 5β7 years = 4; 3β4 years = 3; under 3 years = 0. The experience must cover utility-metering design, drawing approval, statutory compliance, earthing, grounding and bonding, as-built validation and design-completion approval.
Electrical Metering Installer β 10 points: Master Installation Electrician qualification = 5 points, requiring a National Diploma or higher in Electrical Engineering at NQF Level 5 or higher, Department of Employment and Labour registration and a valid Wireman's Licence. Installation Electrician qualification = 4 points, requiring a Trade Test Certificate or SAQA-accredited equivalent at NQF Level 4 or higher, registration and a valid Wireman's Licence. Experience points: 5 years or more in metering, installation or maintenance and electrical compliance certificates = 5; 3β5 years = 4; at least 3 years = 3; under 3 years = 0.
Assistant Electrician β 10 points: 5 education points for NQF Level 4 or higher in Electrical or Electronics. Experience points: 5 years or more in metering, meter installation, meter maintenance or LV maintenance and installation = 5; 3β4 years = 4; under 3 years = 0.
Health and Safety Officer β 8 points: 3 qualification points for a National Diploma or equivalent Occupational Health and Safety Management qualification at NQF Level 6. Experience points: 5 years or more in HSE planning, risk assessment, permit-to-work approvals, site compliance and incident reporting = 5; 3β4 years = 4; under 3 years = 0.
Missing qualification certificates or CVs result in zero points for the affected criterion. A missing CV scores zero for the relevant experience section.
One person may be proposed for the Project Manager, Design Engineer and AMR System Integration Specialist roles because these positions are linked for scoring purposes.
Company experience and references
Minimum track record: 3 years of successful AMR-system and related electrical-infrastructure delivery, including supply, installation, testing and commissioning, electrical works, integration with AMR or billing platforms and data-communication networks such as RF Mesh, Modbus, Zigbee, PLC, LTE-M, NB-IoT, GSM/GPRS, LoRaWA or fibre optics.
Evidence must be a completion certificate or reference letter on client letterhead, stating the scope, contract value, client contact and contact details, and start and end dates. Evidence must be no more than 10 years old and is invalid if the required information is missing.
Reference scoring: 5 or more qualifying references = 40 points; 3β4 = 20; 2 = 10; 0β1 = 0.
Subcontracted experience may count only where the bidder proves its direct participation and the work it performed. ACSA may contact references to verify authenticity and performance.
Project execution approach and programme
Staffing and resource schedule: 2 points for named key personnel, duties, allocations and discipline mobilisation across design, installation, software integration, testing and commissioning.
Execution methodology: 2 points covering surveys, design, procurement, installation, testing, commissioning and handover, including design reviews, sequencing, ACSA IT and BMS integration, airside-disruption controls, stakeholder coordination, quality, risk and communication arrangements.
Implementation programme: 2 points for a time-based Gantt chart or Excel programme covering the 12-month installation period, dependencies, critical activities, risks, mitigation and milestones for surveys, procurement, meter installation, wiring, integration, testing, commissioning, training, documentation and handover.
Component scoring: all three components = 6 points; two = 4; one = 2; none = 0.
The preliminary installation programme must fit a 12-month delivery period and also demonstrate alignment with the overall 60-month project period. Failure to submit it makes the bid non-responsive for this functionality criterion.
Maintenance schedule and OEM compliance
Maintenance plan: 2 points covering preventive and corrective intervals, calibration and verification under SANS 62051 or NRS 057 or other suitable standards, data validation, software updates, communication-network checks, spare-parts strategy, OEM consumables and ACSA/contractor responsibilities.
OEM alignment: 2 points confirming recommended service intervals and component requirements for each meter and AMR type. Third-party components must remain compatible, maintainable and covered by applicable OEM warranties.
Five-year billing plan: 2 points covering monthly water and electricity reports and invoices, tariff optimisation, annual tariff changes and handling customer billing queries for all 5 years.
Component scoring: all three components = 6 points; two = 4; one = 2; none = 0. A schedule lacking OEM alignment may score zero.
Price evaluation
Submit separate priced schedules for the NEC3 Engineering and Construction Contract asset-delivery component (CAPEX) and the NEC3 Term Service Contract operation, service and maintenance component (OPEX).
The combined final value of both contracts is the Total Cost of Ownership and the bidder's evaluated price, excluding VAT. Carry the combined TCO into the total-work-package Form of Offer and Acceptance.
Price allocation: 80 points. Price points = 80 Γ [1 - (Pt - Pmin) / Pmin], where Pt is the bidder's TCO and Pmin is the lowest acceptable TCO.
For the highest-ranked responsive offer, a conflicting amount in words overrides the figure. Specified decimal, line-item and summation errors are corrected against the relevant line total or stated tender total, and the bidder may confirm the original offer or accept the corrected total.
Preference evaluation
Preference allocation: 20 points under the Preferential Procurement Regulations 2022.
Black youth majority ownership = 5 points; black women majority ownership = 5 points; majority ownership by people with disabilities = 5 points; non-compliant contributor = 0.
Provide an original or certified copy of a valid sworn affidavit or a B-BBEE certificate from a SANAS-accredited rating agency, together with relevant proof for the specific ownership goals. A joint venture must provide a consolidated B-BBEE certificate from a SANAS-accredited agency.
Failure to provide the required preference proof results in zero preference points but does not disqualify the bidder.
Award normally goes to the highest-scoring bidder, unless objective criteria justify awarding another responsive bidder.
Technical Specifications
Source: Tender Document Autoated Meter Reading.pdf (RFP)
Installation and handover
ACSA requires the installation, testing and commissioning of an automated meter-reading system for electricity at King Shaka International Airport, including associated smart meters, electrical wiring, integration with ACSA IT and building-management systems, testing, training, documentation and final handover.
The installation work programme must cover site surveys, feasibility work, design, procurement, meter installation, electrical and AMR integration, testing, commissioning and handover within 12 months.
The overall installation, operation, service and maintenance period is 60 months, comprising the 12-month delivery programme and 5-year maintenance period.
Design and installation requirements
Include design reviews, installation sequencing, statutory compliance, earthing, grounding and bonding, approved drawings, as-built documentation and design-completion certification.
Coordinate with airport stakeholders and minimise disruption to operations, particularly for airside activities.
Demonstrate quality control, risk management, communication protocols and compliance with the EPCM contracting requirements.
Maintenance deliverables
Provide a detailed plan for all installed AMR systems, associated smart and AMR meters, and related electrical and water infrastructure.
Cover preventive and corrective maintenance, calibration and verification, data validation, software updates, communication-network checks, OEM consumables, spare-parts strategy and the allocation of ACSA and contractor responsibilities.
Maintain compatibility and OEM warranty coverage for any third-party components.
Generate monthly water and electricity billing reports and invoices for 5 years, address tariff optimisation and annual tariff changes, and manage customer billing queries.
Contract structure
Package the work as an NEC3 ECC asset-delivery contract and an NEC3 TSC operation, service and maintenance contract.
Financial Requirements
Source: Tender Document Autoated Meter Reading.pdf (RFP)
Pricing structure
Submit separate priced schedules for the NEC3 ECC asset-delivery component (CAPEX) and the NEC3 TSC operation, service and maintenance component (OPEX).
Combine the final contract prices into the Total Cost of Ownership for all work at the airport, excluding VAT, and carry this value into the total-work-package Form of Offer and Acceptance.
Keep all rates and prices fixed, final and binding for the full contract. No contract-price adjustments, foreign-exchange fluctuations or other price changes are permitted.
Ensure that the ECC and TSC pricing is complete, accurate and consistent; omissions, arithmetic errors and discrepancies are handled under the stated evaluation corrections.
Include the 5-year monthly water and electricity billing and invoicing activity within the maintenance pricing.
Offer validity
Maintain the offer for 12 weeks (84 days) from closing. If validity expires before evaluation, the tender conditions reserve a right to review the price against the Consumer Price Index.
Pre-award security and insurance
Submit any securities, bonds, guarantees, policies and insurance certificates prescribed by the Contract Data for ACSA's acceptance if requested before contract formation.
Appendix 2 contains the insurance requirements and is supplied separately.
Compliance Requirements
Source: Tender Document Autoated Meter Reading.pdf (RFP)
Tax and supplier status
Provide the bidder's unique SARS tax-compliance PIN so ACSA can verify the taxpayer profile and status. A printed tax-compliance certificate may accompany the bid.
If a tax-compliance PIN is unavailable, a bidder registered on the Central Supplier Database must provide its CSD number.
Each member of a consortium, joint venture or subcontracting arrangement must provide its own tax-compliance certificate, PIN or CSD number.
Failure to provide or comply with the required tax particulars may invalidate the bid.
Mandatory eligibility and standing
Maintain CIDB grading of 6EB/6EP or higher; a lower grade is automatically non-responsive and disqualified.
Provide a valid LOGS from the Department of Employment and Labour, Federated Employers Mutual Assurance Company or Rand Mutual Assurance.
Provide a signed OEM support letter on OEM letterhead, addressed to the contractor.
Have legal capacity to contract and sufficient professional, technical and financial capability to perform the work.
Do not be under procurement restrictions, insolvent, in business rescue, receivership, bankruptcy, court administration, suspension or legal proceedings that prevent performance.
Declare potential conflicts of interest. Corrupt, fraudulent, collusive or anticompetitive conduct may result in disqualification.
Provide proof of authority to sign, such as a company resolution, and a fully completed and signed written contract after award.
Attendance and safety
Attend the compulsory clarification meeting and sign the entity's attendance list. The site walk's compulsory status is inconsistent between the site-inspection description and mandatory-administration criteria and should be confirmed with ACSA.
Appendix 3 safety and environmental information is supplied for guidance; the successful bidder must complete the required safety and environmental schedules.
Professional registrations and competence
Project Manager: relevant degree and Pr.PM, PMP or equivalent certification.
Design and Integration Engineer: relevant engineering degree and ECSA Pr.Eng or Pr.Tech Eng registration.
Electrical Metering Installer: Department of Employment and Labour registration as Master Installation Electrician or Installation Electrician, plus a valid Wireman's Licence.
Provide all qualification certificates and CVs used to claim functionality points.
B-BBEE preference
No minimum B-BBEE level is imposed as a responsiveness condition. Failure to meet a specific goal or provide proof results in zero preference points, not disqualification.
Provide an original or certified copy of a valid sworn affidavit or a valid B-BBEE certificate from a SANAS-accredited rating agency.
A joint venture must provide a consolidated B-BBEE certificate from a SANAS-accredited agency.
Supply relevant supporting evidence for claims concerning black youth majority ownership, black women majority ownership and majority ownership by people with disabilities.
DocumentAnnexure A2 Bills of Quantities (BoQβs)_Part 2.pdfReview complete
Description
Source: Annexure A2 Bills of Quantities (BoQβs)_Part 2.pdf
Post-implementation operational and maintenance support for the AMR system at King Shaka International Airport. Quarterly preventative maintenance covering system monitoring, smart meter calibration and testing, software updates, tariff adjustments, fault detection, tenant billing management and consumption analytics. Ad-hoc repair and restoration services for faulty smart metering systems including component replacement, communication recovery, software resolution, recommissioning and verification.
Important Dates
Source: Annexure A2 Bills of Quantities (BoQβs)_Part 2.pdf (unknown)
Closing: 23 November 2026 at 12:00
No briefing session, site visit or other dates are stated in the document.
Technical Specifications
Source: Annexure A2 Bills of Quantities (BoQβs)_Part 2.pdf (unknown)
Scope: post-implementation management, support and preventative maintenance of an automated meter reading (AMR) system for electricity and water at King Shaka International Airport.
Duration: 5 years, running concurrently with the installation phase (CAPEX).
System coverage: all on-site smart meters (water and electricity), communication infrastructure, servers and software.
Core maintenance services (Part K):
Quarterly preventative maintenance: system monitoring and management, reporting, calibration and testing of smart meters, software updates, annual tariff adjustments, fault detection, tenant billing administration, consumption analytics.
Ad-hoc diagnosis, troubleshooting, repair and restoration: replacement of defective components, communication recovery, software issue resolution, recommissioning, testing, calibration verification, tenant billing updates, associated labour and reporting.
Billing support (Part L):
Monthly generation of electricity and water utility billing reports and invoices, including analytics, alerts, dashboards and audit support.
Investigation and resolution of tenant/customer billing queries: system logging, disputes, site visits, consumption investigation, recalculations, meter data review, tariff verification and corrections.
Call-out services (Part M):
SLA call-out fees inclusive of travel and first hour of labour.
Estimated quantity: 12 call-outs.
Permits and training (Part N):
Annual lump sum: R24,600 for permits per person, vehicle parking, airside induction training, airside vehicle operator permit, general security awareness training, personnel and vehicle vetting, including 10% handling fee.
Spares (Part O):
Full spares lump sum: R189,120 covering spare smart meters, communication devices/modules, gateways, CTs/VTs, fuses, connectors, breakers, batteries, isolators, valves and SPDs.
Contractor to complete attached Annexure excel-sheet for critical spares.
Service level requirements:
Emergency response: 180 minutes from fault notification.
Urgent fault response: 24/48 hours from notification.
Response means physical site attendance or confirmed remote intervention where resolution does not require attendance.
Defects and warranty:
12-month defects liability period and minimum 12-month warranty period, both running concurrently from practical completion certificate and commissioning acceptance.
These periods do not relieve the contractor of routine maintenance obligations during the 5-year maintenance period.
Skills transfer and training included.
All labour, supervision, tools, travel, accommodation, office overheads, software licences, patches and associated resources are the contractor's cost and must be included in rates.
Methodology
Source: Annexure A2 Bills of Quantities (BoQβs)_Part 2.pdf (unknown)
Quarterly preventative maintenance cycle: system monitoring, management, reporting, calibration and testing of smart meters, software updates, annual tariff adjustments, fault detection, tenant billing information management, consumption analytics.
Fault response methodology: diagnosis, troubleshooting, repair and restoration including component replacement, communication recovery, software issue resolution, recommissioning, testing, calibration verification, tenant billing updates, associated labour and reporting to restore full operational status.
Quality Management
Source: Annexure A2 Bills of Quantities (BoQβs)_Part 2.pdf
Scope encompasses continuous system monitoring and performance management, contract administration, full spares provisioning and inventory management, office overheads, replacement of defective or worn components, configuration/testing/reconfiguration/calibration of smart meters and AMR system, software support including licence updates/patches/version upgrades, event log monitoring, diagnostics and reporting, skills transfer and training, plus all labour, supervision, tools, travel, accommodation and associated resources to maintain full operational performance.
Pricing Schedule
Source: Annexure A2 Bills of Quantities (BoQβs)_Part 2.pdf (unknown)
Monthly billing support: electricity and water utility billing reports and invoices generation; tenant/customer billing query investigation and resolution; system logging; disputes; site visits; consumption investigation; recalculations; meter data review; tariff verification and corrections; report generation and client feedback.
Call-out fees: SLA call-out services inclusive of travel and first hour of labour.
Annual permits and training lump sum: R24,600 (permits per person, vehicle parking, airside induction training, airside vehicle operator permit, general security awareness training, personnel and vehicle vetting, 10% handling fee).
Full spares lump sum: R189,120 (spare smart meters, communication devices/modules, gateways, CTs/VTs, critical components).
5-year escalation: 6% year-on-year CPI escalation on total OPEX.
Hourly rates required: supervisor, technician, artisan, semi-labourer, labourer β normal and after-hours (weekdays, Saturdays, Sundays, public holidays).
Travel: rate per kilometre return trip.
Third-party mark-up percentages to be stated by value band.
Financial Requirements
Source: Annexure A2 Bills of Quantities (BoQβs)_Part 2.pdf (unknown)
Pricing structure: fixed annual lump sum for each of 5 years, with 6% annual escalation (CPI-based).
Year 1 OPEX components (excl. VAT):
Part K (Preventative Maintenance, Management and System Support): to be priced by bidder
Part L (Billing Support): to be priced by bidder
Part M (Call-Out Fees): 12 estimated call-outs, rate per call-out to be priced by bidder
Part N (Permits and Training): R24,600 fixed lump sum
Part O (Full Spares): R189,120 fixed lump sum
Part P: 5-year OPEX total with 6% year-on-year escalation applied to each subsequent year.
Hourly labour rates required (normal and after-hours):
Supervisor
Technician
Artisan
Semi-Labourer
Labourer
Rates required for: normal weekdays, Saturdays, Sundays, public holidays.
Travel: rate per kilometre (return trip) to be stated.
Third-party mark-up percentages: bidder to fill percentages for procurement value ranges:
R0 β r2,000
R2,001 β r5,000
R5,001 β r10,000
R10,001 β r50,000
R50,001 β r100,000
R100,001 β r200,000
Payment terms:
Monthly compensation for billing support services based on successful provision of meter data management, validation, and generation of billing invoices and reports.
Provisional sums: spent only upon written instruction of employer; re-measurable where applicable.
Cost inclusivity:
All rates inclusive of unit/material price, accessories, transport to site, labour, profit and risk.
All materials and equipment must be SABS/SANS approved.
Spares provisioning, inventory management, software licences, patches, training and all associated costs included in rates.
Compliance Requirements
Source: Annexure A2 Bills of Quantities (BoQβs)_Part 2.pdf (unknown)
Materials and equipment: SABS/SANS approval required.
Contract administration: contractor must maintain adequate spare inventory levels throughout the contract period.
No B-BBEE thresholds, CIDB grading, CSD registration, tax clearance, CIPC or professional registration requirements are stated in this document extract.
Health & Safety
Source: Annexure A2 Bills of Quantities (BoQβs)_Part 2.pdf
Airside operations requirements: airside induction training per person, airside vehicle operator permit, general security awareness training, personnel and vehicle vetting.
Emergency response SLA: 180-minute attendance from fault notification.
Urgent fault response SLA: 24/48-hour attendance from notification.
Remote intervention permitted where fault resolution does not require physical attendance.
Contractual Terms
Source: Annexure A2 Bills of Quantities (BoQβs)_Part 2.pdf
12-month defects liability period and minimum 12-month warranty period, both running concurrently from practical completion certificate and commissioning acceptance date.
5-year maintenance period runs concurrently with AMR installation phase.
Contractor remains fully responsible for all maintenance services per contract requirements.
Defects liability and warranty periods do not reduce routine inspection, preventive maintenance, system support or operational assistance obligations.
All spares, replacement meters, communication modules and components for system reliability and SLA compliance included in contractor rates.
Adequate spare inventory levels must be maintained throughout contract period.
180-minute emergency and 24/48-hour urgent fault response SLA from notification.
Response: physical site attendance or confirmed remote intervention where resolution achievable without attendance.
Provisional sums: employer written instruction required; re-measurable where applicable.
For the new energy register, record total electricity consumption over the 12-month metering programme in kWh, stating the starting and ending months and years.
Meter-reading reports must include kWh, kVArh, kW and power factor (Pf).
Annexure B1: completed six-sheet workbook containing preliminary energy and water decommissioning registers, new smart-metering asset registers, and energy and water critical-spares schedules.
Install automated electricity meter-reading equipment at King Shaka International Airport and maintain the system for five years.
Annexure B1 also contains water-metering registers and spares schedules, so the workbook covers both energy and water assets.
Energy decommissioning register
Capture each asset's identifier and type, OEM or ACSA serial number, manufacturer, model, automated or manual classification, firmware and software versions, location, signage, GPS coordinates, supply circuit and connection, phase, CT and PT ratios, and comments.
Record the final kWh reading with the month and year recorded, decommissioning date or reference, and sensor status.
For sensors, distinguish replacement, new installation and reuse, including the ratio and status; use a dash only where sensors are not applicable.
Record the purchase-order or invoice reference, disposal method such as recycling or scrap, disposal certificate number, and whether an asset-condition or safe-removal report with photographs and the required information from columns BβP is included.
New energy register
Capture asset identity, make and model, firmware and software versions, automated or manual classification, installation location, signage, GPS coordinates, supply circuit, communication type such as RF, NB-IoT or PLC, installation and commissioning dates or references, phase, ratios, sensor status, and comments.
Record whether the asset is a replacement, new installation or reused unit; a new installation is linked to a new circuit, connection and asset.
Capture warranty start and anticipated end dates per unit, expected lifespan in years, purchase-order or invoice reference, customer number and billable status. A billable value of No identifies an ACSA load.
Record the unit rate or current asset value and 12-month consumption information for ongoing billing.
Water decommissioning register
Capture asset identity and type, serial number, manufacturer and model, automated or manual classification, firmware and software versions, area, precise location, installation mounting method, signage, GPS coordinates, supply circuit, estimated pipe diameter in millimetres, final kL reading and month or year recorded, decommissioning date or reference, and comments.
Record the purchase order, disposal method, disposal certificate number, and whether an asset-condition or safe-removal report with photographs and the required information from columns BβL is included.
Record whether existing assets are ground-mounted, installed in concrete enclosures, mounted on building walls or ceilings, or buried.
New water register
Capture asset identity, make and model, firmware and software versions, automated or manual classification, area, location and existing installation method, signage, GPS coordinates, supply circuit, pipe diameter, installation and commissioning dates or references, and comments.
Record replacement, new-installation or reuse status, warranty start and anticipated end dates, expected lifespan in years, purchase order, unit rate or current asset value, customer number or name, billable status, and 12-month consumption information.
A billable value of No identifies an ACSA load.
Maintenance and reporting
Maintain smart meters, communication infrastructure and servers, gateways, and data concentrators.
Perform calibration and accuracy verification, cybersecurity activities, database backups, and spares management.
Provide overall system-health assessments, calibration-status reports and ongoing meter-reading reports.
Billing data
Energy: record total consumption over the 12-month metering programme in kWh, stating the starting and ending months and years; meter-reading reports must include kWh, kVArh, kW and power factor (Pf).
Water: record total consumption over the 12-month programme in kL, stating the starting and ending months and years.
Schedule status
The workbook contains headers and numbered rows only; no completed asset records, spare quantities or prices are populated.
Energy metering: for each spare, provide the identifier, description, part number or make, model, number of units (a), unit rate (b), total cost excluding VAT calculated as a Γ b, and storage name and location.
Water metering: provide the same priced-spares fields for each water-metering spare.
Complete a total spare amount excluding VAT for each critical-spares schedule.
Asset values and billing
New energy and water assets: provide the unit rate per installation or current asset value for maintenance and future-budget purposes.
New energy assets: provide the customer number and billable status for billing.
New water assets: provide the customer number or name and billable status for billing.
Provide 12-month energy consumption in kWh and water consumption in kL for ongoing billing.
DocumentAnnexure A1 Bills of Quantities Option B_ Part 1.pdfReview complete
Description
Source: Annexure A1 Bills of Quantities Option B_ Part 1.pdf
Preliminaries and Generals (P&G's) for the AMR project at King Shaka International Airport:
Site establishment, mobilisation, temporary facilities, temporary services, environmental controls, demobilisation and reinstatement.
SBD 9 (Certificate of Independent Bid Determination): certifies no collusion.
Authority to Sign / Board Resolution: authorises the signatory to bind the bidder.
Other mandatory submissions:
CSD registration proof.
Valid SARS tax compliance status (TCS PIN).
B-BBEE certificate or qualifying sworn affidavit for preference points.
ECSA professional registration evidence for design services.
All equipment and materials to be SANS/SABS approved (certification to be provided).
Performance guarantee/bond at contract start.
Submission method: not stated in the extracted document β bidders must confirm channel with ACSA SCM.
Disqualification risks:
Unsigned or omitted returnable forms.
Late submission.
Failure to provide performance guarantee/bond.
Offsite hosting of meter data without written ACSA approval.
Missing safe disposal certificate for salvaged meters (performance bond release contingent on this).
Evaluation Criteria
Source: Annexure A1 Bills of Quantities Option B_ Part 1.pdf (unknown)
Evaluation approach: not fully detailed in the extracted document. The following is recoverable from the source:
Preference points system: PPPFA 80/20 or 90/10 expected (standard for ACSA public entity procurement), with B-BBEE points claimed via SBD 6.1.
Mandatory pre-qualification / threshold requirements evident from scope:
CSD registration.
Valid tax compliance status.
B-BBEE certificate or affidavit for preference points.
ECSA professional registration for design services (Stages 1β3).
All equipment SANS/SABS approved.
Compliance with ACSA ICT policies, cybersecurity requirements, data governance standards.
Performance guarantee/bond required at contract start.
Specific evaluation weightings and minimum qualifying score: not stated in extracted text β bidders must obtain full RFP documents from ACSA.
Technical Specifications
Source: Annexure A1 Bills of Quantities Option B_ Part 1.pdf (unknown)
Scope: design, supply, install, test, commission and maintain a hybrid wireless/wired Smart Water and Electricity AMR system with billing at King Shaka International Airport, over 5 years.
ECSA Stage 2 β Concept and viability: meter selection and sizing (10-year life), CT/CT-VT configuration, water meter type selection, communication technology evaluation, network topology modelling, gateway and data concentrator studies, redundancy design, ICT integration strategy. Deliverables: concept design report, coverage simulation, meter schedules, single line diagrams, communication layouts, updated risk register, concept cost estimate.
ECSA Stage 3 β Design development: final AMR design with billing, detailed metering designs, RF propagation modelling, gateway installation drawings, power supply schematics, earthing and bonding, software integration design (acquisition, validation, storage, reporting, billing), cybersecurity compliance design. Deliverables: final design report, technical specifications, equipment schedules, installation drawings, detailed BOQ.
Procurement and installation quantities:
Single Phase Direct Connected Smart Electricity Meter (Class 0.5S/Class 1, up to 100A): 100 each.
Single Phase CT Connected Smart Meter (Class 0.5S/Class 1): 100 each.
Three Phase Direct Connected Smart Meter (Class 0.5S/Class 1): 100 each.
Three Phase CT Connected Smart Meter (Class 0.5S/Class 1): 100 each.
Bulk Revenue Smart Meter (Class 0.2S/0.5S, CT/VT compatible): 8 each.
Industrial Communication Gateway: 8 each.
Data Concentrator Unit (DCU): 15 each.
RS485 Communication Cable: 450 m.
M-Bus Communication Cable: 338 m.
Category 6 (CAT6) Structured Cabling: 2 800 m.
12-Core Single Mode Fibre Optic Cable (OS2): 3 000 m.
Electrical works:
Current Transformers (CT), Class 0.2S or 0.5S: 640 each.
Voltage Transformers (VT), Class 0.2 or 0.5: 40 each.
Three Phase VT Set, Class 0.2: 14 each.
Provisional Sum for DB modifications, MCBs, SPDs, RCDs, dedicated metering circuit cabling, cable trays, trunking, conduits, supports and accessories: R 900 000.
Software and integration:
Complete AMR Virtual Server Infrastructure, HES, MDMS, Utility Billing System, dashboards, reporting platform, cybersecurity controls, ICT integrations.
Source: Annexure A1 Bills of Quantities Option B_ Part 1.pdf
Quality and testing requirements:
Factory Acceptance Testing (FAT), Site Acceptance Testing (SAT), subsystem testing, integration testing, commissioning and performance verification.
Compliance records, calibration certificates, Certificates of Compliance (CoCs), labelling and commissioning documentation.
As-built drawings in DWG and PDF formats, O&M manuals, training, asset register per Annexure B1, and close-out documentation.
Standards compliance:
All materials and equipment SANS/SABS approved.
Electrical works comply with SANS 10142-1, IEC 60364-5-52, IEC 61537.
Cable trays, trunking and conduits: maximum 50% cable fill, minimum 30% spare capacity.
Materials, corrosion protection, ingress protection and installation methods selected for environmental conditions.
Software quality:
Compliance with ACSA ICT policies, cybersecurity requirements, data governance standards, and approved server hosting architectures.
Data ownership remains with ACSA; no offsite hosting without written approval.
Pricing Schedule
Source: Annexure A1 Bills of Quantities Option B_ Part 1.pdf
Pricing method: NEC3 ECC Option B β Priced Contract with Activity Schedule (Remeasurement Contract). Rates inclusive of unit price, accessories, transport, labour, profit and risk.
Preliminaries and Generals:
Site establishment, mobilisation, temporary facilities, environmental controls, demobilisation and reinstatement: Sum 1.
DB modifications and accessories: provisional sum R 900 000.
Software: once-off AMR software and system integration: Sum 1.
Testing and commissioning: FAT, SAT, subsystem and integration testing, documentation, as-builts, O&M manuals, training, asset register: Sum 1 each.
Permits and training: provisional sum R 40 000.
Decommissioning:
Removal and handling of 280 existing meters: positive quantity.
Buy-back revenue from 280 existing meters: negative quantity (income to ACSA).
VAT: 15% on total CAPEX.
Financial Requirements
Source: Annexure A1 Bills of Quantities Option B_ Part 1.pdf (unknown)
Contract form: NEC3 ECC Option B β Priced Contract with Activity Schedule (Remeasurement Contract).
Pricing basis:
Rates inclusive of unit/material price, all accessories, transport to site, labour, profit and risk.
All materials and equipment inclusive of accessories; must be SANS/SABS approved.
Provisional sums:
DB modifications, MCBs, SPDs, RCDs, dedicated metering circuits, cable trays, trunking, conduits, supports and accessories: R 900 000.
Airport permits, security clearances, inductions, AVOP permits, personnel vetting and mandatory training: R 40 000.
Bid security / guarantees:
Performance guarantee/bond required at contract start as security for proper execution.
Performance bond release contingent on provision of safe disposal certificate for salvaged meters.
Retention:
Outstanding retention paid only after Defects Liability Period expires and Final Completion Certificate / Closed-Out report or similar ACSA approval obtained.
Defects, warranty and maintenance periods:
Defects Liability Period: 12 months from Practical Completion Certificate and commissioning acceptance.
Warranty Period: minimum 12 months for smart meters and associated equipment, concurrent with Defects Liability Period.
Maintenance Period: 5 years, concurrent with installation period, covering operational and monthly billing support.
Repairs under warranty do not extend Defects Liability or Maintenance Periods.
Salvage / buy-back:
Revenue from disposal of 280 existing meters is income to ACSA (negative value in bidder's pricing).
Bidders may indicate R0.00 for buy-back item; all removal/disposal costs deemed included in overall tender price.
VAT: 15% applicable on total CAPEX.
Payment terms: not stated in extracted document.
Compliance Requirements
Source: Annexure A1 Bills of Quantities Option B_ Part 1.pdf (unknown)
Registration and tax:
CSD registration required.
Valid SARS tax compliance status (TCS PIN) required.
B-bbee:
Certificate or qualifying sworn affidavit required for preference points (SBD 6.1).
Specific level threshold: not stated in extracted document.
Professional registration:
ECSA registration required for design services (Stages 1β3).
CIDB: not mentioned in extracted document; likely required given construction/electrical scope β bidders must verify with ACSA.
Equipment and standards:
All materials and equipment must be SANS/SABS approved.
Electrical works must comply with SANS 10142-1, IEC 60364-5-52, IEC 61537, and the Occupational Health and Safety Act.
Metering must comply with IEC standards and ACSA technical requirements.
ICT and data:
Compliance with ACSA ICT policies, cybersecurity requirements, data governance standards, and approved server hosting architectures.
Data ownership remains with ACSA.
No meter data hosted offsite without written ACSA approval.
Local content:
SBD 6.2 (Local Production and Content) required; specific percentage threshold not stated.
Environmental:
Removed meters must be handled and disposed of in accordance with applicable environmental and regulatory requirements.
Safe disposal certificate required for performance bond release.
Airport-specific:
Airport permits, security clearances, inductions, AVOP permits, personnel vetting and mandatory airport training required for all personnel.
Compliance with airport access control, permit-to-work systems, and shutdown planning.
Environmental
Source: Annexure A1 Bills of Quantities Option B_ Part 1.pdf
Environmental and design considerations:
RF propagation modelling and gateway installation drawings for wireless network design.
Power supply schematics, earthing and bonding design for AMR equipment.
Cybersecurity compliance design integrated into software and system architecture.
Cable infrastructure: maximum 50% cable fill, minimum 30% spare capacity for future expansion per SANS 10142-1, IEC 60364-5-52 and IEC 61537.
Materials, corrosion protection, ingress protection and installation methods selected to suit environmental conditions of each installation location.
Decommissioned meters: contractor fully responsible for environmentally compliant handling, transport, recycling and disposal; safe disposal certificate required.
Contractual Terms
Source: Annexure A1 Bills of Quantities Option B_ Part 1.pdf
NEC3 ECC Option B contractual framework:
Remeasurement contract based on priced activity schedule.
Practical Completion Certificate issued by ACSA upon verified completion.
12-month Defects Liability Period from Practical Completion and commissioning acceptance.
12-month minimum Warranty Period for smart meters and equipment, concurrent with Defects Liability Period.
5-year Maintenance Period concurrent with installation, covering operational and monthly billing support.
Contractor obligations for routine inspections, preventive maintenance, system support and operational assistance continue independently through Maintenance Period.
Retention released only after Defects Liability Period expiry and Final Completion Certificate / Closed-Out report approval.
Performance guarantee/bond required at start; released upon safe disposal certificate for salvaged meters.
Section
Source: Annexure A1 Bills of Quantities Option B_ Part 1.pdf
Design services evaluation criteria evident from scope (specific scoring not stated):
Full compliance with ECSA stage-gate deliverables and technical reports.
DocumentKSIA NEC3 TSC Contract_Automated Meter Reading (AMR) .pdfReview complete
Description
Source: KSIA NEC3 TSC Contract_Automated Meter Reading (AMR) .pdf
Installation of an electricity AMR system at King Shaka International Airport, with a five-year NEC3 Term Service Contract covering system management, preventative maintenance and lifecycle support. The service includes spare-parts management, technical competency, service levels, site access, live-operation constraints, health and safety, and financial risk management.
Contact Information
Source: KSIA NEC3 TSC Contract_Automated Meter Reading (AMR) .pdf (unknown)
Contract and service address:
1 Canelands Drive
Administration Office MSO Building
King Shaka International Airport
La Mercy
4407
Affected service location: King Shaka International Airport
Submission Guidelines
Source: KSIA NEC3 TSC Contract_Automated Meter Reading (AMR) .pdf (unknown)
Offer and contract information
Part C1.1 Form of Offer and Acceptance: provide an authorised five-year offer stating the total price excluding VAT and accepting the contract conditions and addenda.
Part C2 Pricing Data and Price List: complete the pricing data for the five-year NEC3 priced service.
Part C1.2b Contractor Data: provide contractor contact details, working areas, risk-register information and proposed key personnel.
Key-person CVs: append CVs to the tender schedule, each showing the person's job, responsibilities, qualifications and experience.
Part C1.3 Occupational Health and Safety Agreement: conclude the agreement before any site work; an authorised Section 16(2) representative must sign it.
Pre-commencement submissions
After receiving the completed agreement, provide all outstanding bonds, guarantees, proof of insurance and other required contract documents within two weeks. Failure is treated as repudiation.
The contractor has five working days after receipt to notify ACSA in writing if it cannot accept the agreement; otherwise, the agreement becomes binding.
Technical Specifications
Source: KSIA NEC3 TSC Contract_Automated Meter Reading (AMR) .pdf (unknown)
Scope
Installation of an electricity automated meter-reading system, together with five years of system management, preventative maintenance and lifecycle support at King Shaka International Airport.
The managed service must support the fully operational AMR system.
Service inclusions
Site-access permits, implementation timing and logistics.
Spare-parts management.
Technical competency.
Service-level requirements set out in Part C3.
Health and safety hazards, live operations and site constraints.
Financial risk management.
Delivery and administration
Contract duration: five years from the date both parties sign.
Working area: King Shaka International Airport; detailed working areas are defined in Part C3.
The accepted Contractor's Plan and Part C3 annexes form part of the service information.
The contractor warrants that the completed service will be fit for its intended purpose and must correct setting-out errors at its own cost.
Submit a Task Order programme within five days after receiving a Task Order.
Report performance against each key performance indicator every one month.
Experience & Qualifications
Source: KSIA NEC3 TSC Contract_Automated Meter Reading (AMR) .pdf
Key personnel
Append CVs for the proposed key people to the tender schedule.
For each person, state the name, job, responsibility, qualification and experience.
Pricing Schedule
Source: KSIA NEC3 TSC Contract_Automated Meter Reading (AMR) .pdf
Pricing schedule
Complete Part C2 Pricing Data and Price List under NEC3 Option A.
Enter the total offered price for the five-year service, excluding VAT.
Forecast the final total contract price at intervals no longer than four weeks.
Apply CPI-based price adjustment only on each contract anniversary, using the CPI from the contract start date.
Financial Requirements
Source: KSIA NEC3 TSC Contract_Automated Meter Reading (AMR) .pdf (unknown)
Pricing
NEC3 Option A: priced contract using the Part C2 price list.
Offer a total contract price in ZAR for five years, excluding VAT.
Forecast the final total contract price at intervals no longer than four weeks.
Adjust prices for inflation using the CPI from the contract start date, with adjustment taking effect only on each contract anniversary.
Payment
Assessment occurs every four weeks, or monthly where the Contract Data specifies monthly intervals, before the payment certificate is issued.
Payment is made four to six weeks after ACSA receives the tax invoice and signed payment certificate.
Interest on late payment: Nedbank's lending rate, as varied from time to time.
No interest is payable where late payment results from the contractor's failure to provide a correctly rendered VAT invoice.
ACSA may deduct or set off any amount owed by the contractor against sums due to the contractor.
Security and insurance
Performance bond: unconditional and on demand, issued by a bank or insurer accepted by the Service Manager; the amount is as stated in the Contract Data.
Keep the bond valid through the service period and extend it at least four weeks before expiry where necessary. Failure may allow ACSA to claim the full amount and retain the proceeds as cash security.
Parent-company guarantee: provide proof where applicable.
Aviation liability insurance: indemnity limit of at least R300 000; submit proof before work starts and annually thereafter.
Public liability and other suitable cover for contractor, subcontractor and employee acts must remain in force for the longer of the site-presence period or the contractual relationship.
Damages
Low-service damages apply under the Part C3 service-level requirements.
Delay damages: 0.05% per day, capped at 10% of the contract value.
Compliance Requirements
Source: KSIA NEC3 TSC Contract_Automated Meter Reading (AMR) .pdf (unknown)
Registrations and certificates
Register on the Central Supplier Database.
Provide a compliant B-BBEE certificate and a SARS tax clearance certificate annually. Failure is a material breach that may result in cancellation.
Insurance and security
Maintain aviation liability insurance with an indemnity limit of at least R300 000 and submit proof before commencement and annually thereafter.
Maintain public liability insurance and other suitable cover for losses or claims arising from contractor, subcontractor and employee acts.
Provide an unconditional, on-demand performance bond from a bank or insurer accepted by the Service Manager.
Provide proof of a parent-company guarantee where applicable.
Health and safety
Conclude Part C1.3 before any contractor or subcontracted work starts. No site work may begin until ACSA receives the signed agreement.
The agreement must be signed by an authorised Section 16(2) representative with written authority from the contractor's chief executive officer.
Submit the safety checklist and the written Construction Manager appointment required by Construction Regulation 8 seven days before work starts.
Provide proof of good standing with the Compensation Fund or a licensed insurer before site work.
Complete a baseline risk assessment through a competent person before commencement, covering hazard identification, risk analysis and evaluation, a documented mitigation plan, safe-work procedures and monitoring and review.
Appoint trained competent persons, supervise employees, enforce discipline, issue and require personal protective equipment, and implement written safe-work procedures.
Do not use unsafe equipment or ACSA resources without prior written approval. Complete approved permits before permit-controlled work.
Report incidents to the Provincial Director of the Department of Labour and to ACSA. Alcohol and intoxicating substances are prohibited on the premises.
Other mandatory compliance
Comply with the Prevention and Combating of Corrupt Activities Act and related anti-bribery, anti-corruption and anti-money-laundering laws. A breach or a finding of corrupt practice may result in termination.
A contractor and its subcontractors must maintain OHS Act and COID compliance, and subcontractors must be bound by equivalent written safety arrangements.
Health & Safety
Source: KSIA NEC3 TSC Contract_Automated Meter Reading (AMR) .pdf
Preconditions
A written Occupational Health and Safety Agreement must be concluded before any contractor or subcontracted work starts.
Only a duly authorised Section 16(2) representative may sign the agreement. The contractor's chief executive officer must provide written authority for that appointment.
Submit the safety-checklist documentation and the written Construction Manager appointment required by Construction Regulation 8 seven days before work starts.
Provide a letter confirming good standing with the Compensation Fund or a licensed insurer before site work.
Maintain public liability insurance and any other cover needed for possible losses or claims arising from the contractor's or its subcontractors' acts or omissions.
The contractor is an employer and mandatory in its own right and must ensure that its work, equipment, plant, materials, employees and subcontractors comply with the OHS Act, applicable regulations and the COID Act.
Contractors using their own subcontractors must conclude equivalent written safety agreements with them.
Risk controls
Perform and document a baseline risk assessment through a competent person before starting work. It must identify hazards, analyse and evaluate the risks, document mitigation and safe-work procedures, and provide for monitoring and review.
Appoint competent persons trained for the relevant OHS duties and work, and supervise work through trained employees.
Enforce OHS discipline, issue required personal protective equipment and require its continuous use.
Prepare and enforce written safe-working practices and precautionary measures, and ensure employees understand them.
Do not use unsafe equipment, machinery or articles. Do not use ACSA machinery, plant, substances, personnel or personal protective equipment without prior written approval.
Do not commence permit-controlled work until a properly completed and approved permit is available.
Report all reportable incidents to the Provincial Director of the Department of Labour and to ACSA.
Alcohol and intoxicating substances are prohibited; suspected persons must be removed from the premises.
Forward any written delegation of Section 16 duties to ACSA immediately.
Consequences
No work may start until ACSA receives the completed and signed agreement.
Non-compliance with the safety agreement may result in immediate cancellation of the contract.
Contractual Terms
Source: KSIA NEC3 TSC Contract_Automated Meter Reading (AMR) .pdf
Contract framework
NEC3 Term Service Contract, April 2013, Option A: priced contract with a price list.
Start date: the date both parties sign. Service period: five years from the start date.
Affected property: King Shaka International Airport.
Governing law: South African law. Contract language: English. Contractual reply period: seven working days.
The Service Manager is to be confirmed in the contract data.
The Contractor's Plan must be submitted within two weeks after commencement for ACSA approval and acceptance. The accepted plan and Part C3 annexes form part of the service information.
Contract control
Precedence: Part C3 service information and annexes; Contract Data and conditions; general conditions; pricing data; Z clauses; schedules, drawings and other documents.
Notify the other party of inconsistencies. The Service Manager resolves them, and the resolution does not automatically increase the price or extend the service period.
No concession, waiver or relaxation is effective unless both parties confirm it in writing.
Qualifying changes in law or permits after the start date may support adjustment. Contractor-caused permit loss and changes relating to personal taxes, charges, duties, levies or deductions are excluded.
The contractor is deemed to have verified the completeness, sufficiency and accuracy of the information and drawings before the start date.
Performance administration
Submit a Task Order programme within five days after receiving the Task Order.
Provide a performance report against each key performance indicator every one month.
Notify a compensation event within four weeks.
Employer written consent is required for a change of 5% or more to the design, scope or service information.
Employer written consent is required for a completion-date extension exceeding 30 days.
Liability
The contractor's direct liability, property-damage liability for any one event and liability for design defects are each capped at the total Prices, subject to the stated exclusions.
Excluded liabilities include property damage, defects liability, insurance liability, death or personal injury, and intellectual-property infringement.
Neither party is liable for the other's indirect or consequential loss; the employer's liability to the contractor is capped at R0.00.
Insurance proceeds are excluded when calculating liability limits. Other time limits follow the Prescription Act.
Delay damages are 0.05% per day, capped at 10% of the contract value. Low-service damages apply under Part C3.
Termination and step-in
Business-rescue proceedings, or steps to initiate them, constitute a termination ground.
If the contractor defaults and fails to remedy within two weeks after notification, ACSA may perform the remedial work itself or appoint a third party. The contractor bears the reasonable cost and must provide access to relevant plans, data, software, drawings, manuals and records.
A breach of the anti-corruption obligations or a finding of corrupt practice may result in termination.
Corporate and legal conditions
The contractor may not cede, delegate or assign its rights or obligations without the employer's written consent. The employer may assign its rights and obligations to another person or entity.
Members of a joint venture, consortium or unincorporated grouping are jointly and severally liable. The contractor must identify a key person with authority to bind the grouping within one week after the contract date and may not materially change its composition without prior written consent.
All contract information is confidential, subject to legal disclosure, public-domain or previously held information, and controlled disclosure to employees on a need-to-know basis. Subcontractors must be bound by equivalent obligations.
Images of the works require the Service Manager's prior written consent, and all rights in approved images belong to ACSA.
The contractor retains ownership of its intellectual property but grants ACSA an irrevocable, transferable, non-exclusive, royalty-free licence for operating, maintaining, repairing and constructing the works. The contractor must indemnify ACSA against intellectual-property infringement claims arising from its work, equipment or use.
Contractor equipment used for the service must remain free of liens and encumbrances.
Dispute resolution
Disputes proceed through adjudication under the NEC3 Adjudicator's Contract, April 2013, and arbitration where specified.
The parties jointly nominate an adjudicator or arbitrator. If a nomination is rejected, the matter is referred to the Chair of the Johannesburg Advocates Bar Council for appointment.
Arbitration is held in Johannesburg under the 2013 Rules for the Conduct of Arbitrations of the Association of Arbitrators (Southern Africa).
C1.1 Form of Offer and Acceptance: signed offer with the price excluding VAT, VAT amount, total price including VAT and the bidder's particulars.
Schedule of Deviations: include with C1.1 where deviations are proposed.
Part C2 Pricing Data and Bill of Quantities: completed pricing submission used for assessment.
C1.2b Contract Data provided by Contractor: bidder-completed contract information and programme commitments.
Preliminary quality plan: due by the closing date.
First programme for acceptance: due by the closing date.
CIDB registration number: enter on C1.1.
Acceptance and security
Within two weeks after receiving a completed signed agreement, the contractor must arrange delivery of the performance bond, guarantees, proof of insurance and other contractually required documents.
Failure to provide the required security or supporting documents constitutes repudiation of the agreement.
Unless written grounds are provided within five working days after receipt of the completed agreement, the agreement binds the contractor.
Performance bond: an unconditional, on-demand bond for 5% of the Contract Value, issued by an accepted bank or insurer using the Annexure B pro forma.
Parent Company Guarantee: provide where Option X4 requires it, using the prescribed form.
Deliver the security documents and proof of insurance within two weeks after receiving the completed signed agreement; failure constitutes repudiation.
The contractor must design, supply, deliver, install, configure, test, commission and integrate an operational Automated Meter Reading system for water and electricity metering at King Shaka International Airport.
Billing software is included in the system.
Existing metering plant must be decommissioned and safely disposed of.
Access is required across all KSIA sites from contract signature.
Scope discrepancy requiring clarification
The official tender title describes electricity metering and maintenance for five years.
The supplied NEC3 contract conditions instead describe a 12-month water-and-electricity installation, commissioning and decommissioning project.
The two periods and service scopes are not reconciled, so bidders should clarify the duration, maintenance obligations and corresponding price before submitting.
Delivery sequence
Design: three months.
Procurement of materials: one month.
Installation and testing: eight months.
Commissioning, sign-off, handover and close-out: completed within the 12-month programme.
Quality, testing and defects
The contractor must operate a quality management system, submit the required quality plans and obtain acceptance for plan revisions.
Smart meters, data concentrators, gateways, communication protocols and related components must support billing without interruption.
Defects must be corrected within two weeks, reduced to one week for billing-affecting faults or failures affecting at least 10% of tenants.
Risk register
Availability of as-built information.
Site access, permits, site establishment, implementation timing, routing and logistics.
Site constraints and constructability.
Long-lead items and procurement delays.
Price changes and fluctuations.
Programme and payment delays.
Safe decommissioning and disposal of current metering equipment.
Delivery within the required scope, cost, time and quality.
Weather records
Keep a site diary with cumulative rainfall, days exceeding 10 mm rainfall, days below 0Β°C, days with snow at 09:00 and wind speeds exceeding 40 km/h.
Obtain official 10-year historical monthly weather data from the South African Weather Service for the contract appendix.
Reschedule outdoor metering work during unsafe wind, rain, thunderstorm or other adverse conditions.
No minimum experience years, reference projects, named personnel or professional registrations are specified in the supplied conditions.
Resourcing and programme evidence: submit the first programme by closing and provide revisions at intervals no longer than four weeks.
A joint venture, consortium or unincorporated grouping must notify ACSA of the person authorised to bind it within one week after the Contract Date and obtain consent before materially changing its membership.
Quality Management
Source: KSIA Metering Project NEC3 ECC_.pdf
Quality plan requirements
Maintain a compliant quality management system throughout the works.
Submit the preliminary quality plan for acceptance at closing.
Submit the revised quality policy statement and quality plan within four weeks after the Contract Date.
Obtain acceptance for later changes and correct non-compliance when instructed.
Pricing Schedule
Source: KSIA Metering Project NEC3 ECC_.pdf
Payment assessment
Progress payments are assessed every four weeks.
Payment falls due four to six weeks after a valid tax invoice and signed payment certificate.
Final payment is made within four weeks after final assessment.
Pricing method: NEC3 Main Option B with a Bill of Quantities; Part C2 Pricing Data, the submitted Bill of Quantities and Part C2.1 Pricing Assumptions govern measurement and remeasurement.
VAT: 15%, shown separately from the VAT-exclusive total.
Payment
Payment assessment: every four weeks.
Payment period: four to six weeks after receipt of a valid tax invoice and a signed payment certificate.
No upfront or early payment is allowed. Advances are restricted to contractually permitted cases supported by an approved Advance Payment Guarantee.
Final payment: within four weeks after the final assessment.
Performance security
Performance bond: 5% of the Contract Value.
Form: unconditional and payable on demand by a bank or insurer accepted by the Project Manager and ACSA, using the Annexure B pro forma.
The bond must remain valid through the contract period. Failure to extend it allows ACSA to claim the full amount and retain it as cash security.
Parent Company Guarantee: required where Option X4 applies; use the Annexure B form and obtain written approval for any changes.
Retention
Retention-free amount: R0.00.
Retention: 5% of the Contract Value.
Release: 2.5% at Practical Completion and the remaining 2.5% after the 12-month Defects Period.
An accepted Retention Money Guarantee may replace cash retention.
Damages
Delay damages: 0.05% of the Contract Value per day, capped at 10%.
Low-performance damages: 0.1% of the Contract Value per day, capped at 10%.
ACSA may terminate the contractor's obligation to provide the works when the delay-damages limit is reached.
Insurance
Aviation liability insurance: minimum indemnity limit of R300 000.
Additional cover may be required under the deductible in ACSA's insurance arrangements.
Proof of insurance is required before work starts and annually during the project.
Liability
Neither party is liable for indirect or consequential loss, including lost profit, income or revenue.
The Employer's liability for the contractor's indirect or consequential loss is R0.00.
Certain matters fall outside the general liability cap, including certain pre-certificate design defects, off-site manufacture or fabrication defects, death or injury, third-party property damage and intellectual-property infringement.
Bond, guarantee and insurance proceeds are excluded when calculating liability limits.
CIDB registration number: required on C1.1; no minimum CIDB grade is identified in the supplied conditions.
Governing law: Republic of South Africa.
Contract language: English.
Time is of the essence for both parties' obligations.
The contractor remains responsible for correcting setting-out errors at its own cost.
Quality, safety and environment
Implement and maintain the quality management system required by the Works Information.
Submit the preliminary quality plan at closing and the revised quality policy and plan within four weeks after the Contract Date.
The Occupational Health and Safety Agreement in Part C1.3 forms part of the contract.
The Environmental Terms and Conditions Agreement in Part C1.4 forms part of the contract.
Maintain site records and adjust outdoor work to prevent unsafe access and electrical work during adverse weather.
Contract conduct
Within five days of a Project Manager request, provide satisfactory proof that subcontractor payments have been made. Failure permits direct payment to subcontractors and recovery of that amount from the contractor.
Do not cede, delegate or assign contractual rights or obligations without ACSA's written consent.
Joint-venture members are jointly and severally liable. Notify the person authorised to bind the consortium within one week after the Contract Date.
Do not make materially unapproved changes to the membership of a joint venture or consortium.
Do not engage in bribery, corruption, money laundering or other unlawful inducements. Breach permits termination and other action.
Keep contract information confidential. Images of the works require the Project Manager's prior written consent.
The contractor must protect ACSA's rights in intellectual property connected with the works and indemnify ACSA against infringement claims.
Keep equipment used for the works free of liens and encumbrances and obtain equivalent waivers from subcontractors.
Health & Safety
Source: KSIA Metering Project NEC3 ECC_.pdf
Adverse-weather controls
Reschedule outdoor meter-installation work during high winds, heavy rain, thunderstorms or other conditions that could compromise safe access, electrical work, productivity or completion.
Record cumulative rainfall, rainfall days above 10 mm, temperatures below 0Β°C, snow cover at 09:00 and wind above 40 km/h.
Maintain the records in the construction-site site diary and use official South African Weather Service data for the contract appendix.
This tender has strong source evidence, including source metadata and supporting tender information synced from the government tender portal.
Tenders SA is not the issuing authority. All tenders are automatically synced from the official government tender portal. Always confirm final submission details, closing dates, briefing sessions, eligibility requirements, and documents on the official government portal before applying.