Water Utility of the Future: Electricity and Water Authority
Water Utility of the Future: Electricity and Water Authority
This report evaluates how Bahrain’s Electricity and Water Authority manages desalination capacity, private production, national transmission, smart metering, renewable energy, demand growth, and long-term water security.
This Our Future Water Intelligence report provides an independent assessment of the Electricity and Water Authority’s desalination strategy, private-sector procurement, transmission investment, digital transformation, financial resilience, and long-term climate-risk response.
Target Audience
- Utility Executives & System Operators: Evaluate desalination, generation, pumping, storage, transmission, distribution, system control, and peak-demand management.
- Regulators & Policymakers: Assess private production, long-term purchase arrangements, renewable energy targets, tariff structures, conservation, and national infrastructure planning.
- Infrastructure Investors & Financiers: Evaluate Build-Own-Operate projects, long-term offtake, private financing, construction risk, operating obligations, and capacity requirements.
Report Deliverables
- System Architecture: Examines privately operated production plants, public transmission and distribution, desalination capacity, storage, pumping, and national system coordination.
- Procurement Assessment: Reviews Build-Own-Operate structures, international competitive tenders, purchase arrangements, developer obligations, and public-private risk allocation.
- Capital Assessment: Evaluates transmission reinforcement, trunk mains, reservoirs, pumping stations, substations, smart infrastructure, and investment sequencing.
- Digital Assessment: Assesses metering, customer data, control systems, network monitoring, leakage identification, billing, and operational decision-making.
- Climate and Resource Assessment: Reviews reverse osmosis, renewable energy, coastal exposure, marine intake risk, demand management, groundwater protection, and national supply resilience.
The Five Strategic Pillars
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Architectures: Private production and public system control
Examines how the Electricity and Water Authority integrates independently developed electricity and water capacity with publicly controlled transmission, distribution, system planning, customer services, and operational oversight.
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Enablement: Transmission and distribution reinforcement
Evaluates how the Electricity and Water Authority expands substations, trunk mains, pumping capacity, storage, and network interconnections to accommodate new production and rising national demand.
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Resolution: Digital control and network intelligence
Assesses how the Electricity and Water Authority uses smart meters, telecommunications, control systems, pressure data, flow monitoring, and customer information to improve network visibility and operational response.
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Alignment: Renewable energy and demand management
Reviews how the Electricity and Water Authority coordinates renewable generation, energy efficiency, water conservation, net metering, demand growth, and long-term electricity-water planning.
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Capability Building: Desalination resilience and institutional capacity
Explains how the Electricity and Water Authority strengthens reverse osmosis capability, coastal asset protection, contract management, technical assurance, emergency preparedness, workforce expertise, and groundwater protection.
Operational Excellence & Resilience
The Electricity and Water Authority’s operating model connects independently operated production plants with national electricity and water transmission, pumping stations, storage facilities, distribution networks, meters, and customer services. Reliable performance depends on coordinating production availability, reservoir levels, pumping capacity, network pressure, electricity loads, maintenance, and demand during extreme summer conditions.
Long-term resilience increasingly depends on integrating new seawater reverse osmosis capacity with reinforced public networks and stronger digital control. The report evaluates how competitive procurement, system monitoring, smart metering, leakage management, renewable energy, emergency planning, and coordinated capital delivery support secure electricity and water services.
The planned Sitra Independent Water and Power Project combines 30 million imperial gallons per day of seawater reverse osmosis capacity with approximately 1,400–1,500 MW of power generation under a private Build-Own-Operate structure.
About the Author
Expert Analysis: FAQs
The report evaluates competitive Build-Own-Operate procurement, under which private developers finance, construct, own, operate, and maintain production facilities while the Electricity and Water Authority integrates contracted output into the national system.
The authority combines private production with public responsibility for planning, procurement, transmission, distribution, network investment, system control, and customer services. The report assesses how this model changes contract management, technical assurance, and capital priorities.
Smart meters, flow monitoring, pressure data, control systems, and improved customer information increase visibility across the network. The report evaluates how these capabilities support leakage identification, consumption management, billing accuracy, and targeted maintenance.
Seawater reverse osmosis can provide new desalinated-water capacity with greater operating flexibility and lower energy intensity than conventional thermal processes. The report examines how new membrane capacity, network reinforcement, conservation, and groundwater protection strengthen national resilience.
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