Utilities face growing pressure to modernize electricity networks as electrification, distributed energy resources and digital technologies increase system complexity. Smart grid investments often span multiple functions, technologies and implementation periods, requiring coordination beyond individual technology projects. Without a long-term strategy and clear governance arrangements, modernization efforts can become fragmented, limiting interoperability, investment coordination and the ability to scale capabilities across the utility.

Long-term smart grid transformation frameworks establish a coordinated approach to planning, governing and delivering network modernization over successive investment cycles. These frameworks define strategic objectives, organize capabilities into implementation themes and establish phased roadmaps that connect technology deployment with operational and service priorities. They can bring together foundational digital infrastructure, grid automation, artificial intelligence and other smart energy applications within a common governance structure. Periodic strategy reviews allow utilities to adapt investment priorities as technologies, system requirements and policy objectives evolve. The approach focuses on the governance and coordination of transformation rather than the individual digital technologies deployed.

Main Outcomes of the Solution

• Institutional Efficiency & Transparency: A common strategy, governance structure and implementation roadmap can improve coordination across utility functions, clarify accountability and provide a consistent basis for monitoring progress.
• Business Value: Coordinating investments across multiple capabilities and implementation phases can reduce fragmented delivery, improve resource allocation and strengthen alignment between modernization spending and operational priorities.
• Reliability & Flexibility: Integrated planning of digital and automation capabilities can support their coordinated deployment, enabling the progressive development of more responsive and interoperable electricity networks as demand and generation patterns change.

Key Deployment and Scaling Factors

1. Establish a long-term transformation strategy with defined objectives, implementation phases and periodic reviews to reflect changing system needs and technological developments.
2. Organize modernization activities into coordinated capability areas, with clear governance, ownership and accountability across utility functions.
3. Align investment planning with operational requirements, service priorities, regulatory requirements and wider energy policy objectives rather than treating individual technology deployments as separate projects.
4. Establish common interoperability, data governance, cybersecurity and technical requirements to enable capabilities developed across different programs to integrate with existing operational systems and operate together.
5. Use phased implementation and performance monitoring to assess progress, identify dependencies and refine priorities as the program expands.
6. Maintain coordination between utility leadership, technical teams and relevant public authorities to support consistent implementation over successive investment cycles.

Case study

Dubai Electricity and Water Authority (DEWA) (2014–2035), United Arab Emirates

Dubai Electricity and Water Authority (DEWA) established its first Smart Grid Strategy in 2014 to guide the long-term modernization of Dubai's electricity and water infrastructure. The program, with planned investment of AED 7 billion through 2035, provides a framework for coordinating digitalization, grid automation and interoperable technologies across the utility. It supports Dubai's Clean Energy Strategy 2050 and Net Zero Emissions Strategy 2050.

In 2021, DEWA updated its Smart Grid Strategy through 2035, shifting from a technology-led to a value-driven approach. The revised strategy reorganized ten existing smart grid programs into six themes: Foundational Capabilities, Grid Automation, Smart Energy Solutions and Green Mobility, Smart Water, Smart Grid Artificial Intelligence, and Innovative Value-Added Services. These themes cover 19 smart grid capabilities and provide a common structure for organizing implementation across different areas of the utility. DEWA reported completing the short-term objectives of its original strategy, including the deployment of more than two million smart electricity and water meters between 2015 and 2020.

The case illustrates how a utility can use a long-term strategy and defined program structure to coordinate smart grid modernization across multiple functions and technologies. The 2021 revision also demonstrates how the program's approach can be updated over time as priorities and system requirements evolve.

References:

1. DEWA Smart Grid Strategy 2021–2035 | Dubai Electricity and Water Authority

2. DEWA Completes 100% of the Short-Term Goals of Its AED 7 Billion Smart Grid Strategy | Dubai Electricity and Water Authority

3. Information provided to the World Economic Forum by Dubai Electricity and Water Authority (DEWA), 2026.