Kuwait’s Ministry of Electricity, Water, and Renewable Energy (MEWRE) is moving to procure smart water metering infrastructure at scale, having formally requested approval from the Central Agency for Public Tenders (CAPT) to launch a tender covering the supply, installation, operation, and maintenance of approximately 300,000 smart water meters. The move marks the latest step in a broader national metering overhaul that has been years in the making and repeatedly restarted after a previous water meter tender was cancelled.
A Cancelled Tender Revived, With Updated Specifications
The history of Kuwait’s smart water metering program is one of incremental progress interrupted by procurement complications. A smart water meter tender was previously issued but subsequently cancelled at the ministry’s own request, with MEWRE citing the need to revise and strengthen the technical specifications before re-floating the contract through CAPT. The ministry has since convened a dedicated technical committee to finalize those specifications, including requirements that meters be suited to Kuwait’s extreme climate conditions, a consideration that reportedly shaped the revised tender documents.
The program adds to an already active electricity metering rollout. A separate initiative, covered previously by Kurrant in the context of Kuwait’s MEW and stc’s $50M smart meter initiative, saw Kuwait’s telecoms operator stc Kuwait contracted to supply 500,000 smart electricity meters to MEWRE for the program’s second phase. That contract’s tender had also included a tranche of 200,000 smart water meters, but no award for the water component was subsequently announced. The new 300,000-unit water meter tender appears to address that gap and then some, pointing toward a revised scope.
Mechanically Metered Infrastructure Meeting Its Limits
The urgency behind the tender is framed squarely around financial and operational waste. Sources within the ministry have indicated that smart water meters are seen as essential to closing a gap between water produced and water billed, with non-technical losses and leakage representing a significant fiscal burden on the state. Kuwait’s water infrastructure profile makes this problem unusually acute: the country has no rivers or permanent surface water, relies on a network of eight coastal desalination plants with a combined installed capacity of 3.11 million cubic metres per day, and produces roughly 700 to 800 million cubic metres of desalinated water annually, according to data compiled by GCC-Stat and cited by Statista.
Per capita water consumption in Kuwait is among the highest in the world, at around 447 litres per capita per day, a figure compounded by a subsidy system that blunts the price signal and makes economic incentives for conservation difficult to apply. The result is that infrastructure which was dimensioned for one consumption curve is being stretched to serve a population growing faster than conservation habits are changing.
The ministry has been explicit about the financial logic. Officials have stated that smart water meters will contribute to rationalising water consumption and eliminating waste that costs the public treasury millions of Kuwaiti dinars in desalination and freshwater production. The scope of the new tender reflects this: the contract will cover the installation, operation, and maintenance of smart water meters together with their software and communications networks, and will involve replacing mechanical meters with smart meters across all governorates.
Procurement Process and Project Governance
Once the technical specifications are finalized and CAPT approval is granted, the tender is expected to be floated as a public competition open to specialist companies registered with the agency. CAPT will set the date for opening bid envelopes and, once bids are received, refer them to MEWRE as the beneficiary entity for technical and financial evaluation before an award recommendation is made.
This two-stage process between CAPT and the ministry is standard for large Kuwaiti public infrastructure procurements. The broader smart metering project, which encompasses both electricity and water components, falls under the government’s “Developing an Interconnected and Transparent Government” program, which aims to promote integrity, transparency, and improved government performance. The overall smart meter project was reported at 77.6% completion as of late 2025, with full delivery expected by early 2028.
Objectives Driving the Deployment
The ministry has articulated a multi-layered rationale for replacing legacy mechanical meters. Stated objectives include accurate and cost-effective billing, remote monitoring of consumption patterns, reduction of non-technical losses and undetected leakage, the ability to perform remote disconnection and reconnection, and broader digital transformation of customer service operations. The climate-suitability requirement inserted into the revised specifications is particularly relevant in Kuwait, where summer temperatures routinely exceed 45°C and meter hardware must function reliably in a desert environment that stresses electronics and plastics alike.
Whether the new tender will specify a particular communication technology, such as NB-IoT, LoRaWAN, or PLC, has not been disclosed in publicly available documents. The communications network is understood to form part of the contract scope, meaning bidders will be expected to propose an end-to-end solution rather than meter hardware alone.
Regional Context and GCC Benchmarking
Kuwait’s water metering push sits within a wider wave of smart utility investment across the Gulf Cooperation Council. Saudi Arabia, the UAE, and Qatar have each deployed or are deploying large-scale metering programs, and the scale of these initiatives has created a regional supplier ecosystem capable of supporting the climate-specific requirements Kuwait is building into its tender specifications.
The challenge of subsidized water in rentier economies is shared across the GCC, and smart metering is increasingly cited by governments as a precondition for any meaningful demand management program. Without reliable, real-time consumption data at the subscriber level, the kind of tiered tariff structures or usage-based incentive programs that could moderate consumption are difficult to design or enforce. For Kuwait, where per capita consumption is estimated at around 500 litres per person per day, with annual demand growth running at approximately 3.6%, the case for infrastructure that generates granular consumption data is particularly strong.
