Challenge

Both the digital and energy infrastructure sectors are at critical turning points:

• Energy utilities are rapidly decarbonizing while encountering increased demand for flexibility as intermittent renewables replace traditional power sources

• Data centers are becoming essential infrastructure but are challenged by rising energy costs, heat management, and location constraints

• Both sectors face significant talent shortages and share similar reliability requirements

Despite their complementary needs and capabilities, these sectors have largely operated in isolation, overlooking valuable partnership opportunities that could address their respective challenges.

Our Approach

The SDIA research team conducted an extensive analysis of both sectors, focusing on:

1. Current state assessment: In-depth analysis of trends, challenges, and drivers in both the data center and energy utility sectors

2. Value proposition mapping: Identification of four key areas where partnerships could generate mutual benefits

3. Case study examination: Review of successful implementations such as the Yandex data center in Mäntsälä, Finland

4. Recommendations framework: Development of practical steps to realize partnership potential

Key Findings

Heat Recovery: Transforming Waste into Resource

• Data centers will soon account for 4-6% of global power consumption, with one-third used for cooling heat that could be utilized

• This heat is often generated in urban areas where district heating demand is highest

• Recovered heat is CO₂-free and can greatly contribute to heat network decarbonization

• Technical solutions already exist to integrate data center waste heat into district heating grids

Demand Response: Data Centers as Grid Stabilizers

• As the penetration of renewables increases, grid flexibility becomes ever more valuable

• Data centers, with their size, delay-tolerant workloads, and real-time management capabilities, are ideal candidates for demand response

• A federation of data centers could "migrate" workloads between locations to address local grid constraints

• Europe is currently accessing only 20GW of demand response potential, while the European Commission estimates the total at 100GW, increasing to 160GW by 2030

Location Synergies: Repurposing Energy Assets

• Energy utilities own substantial plots of land in and around cities with redundant power and fiber connections

• Utilities will vacate many urban coal power plants in the next decade as part of decarbonization efforts

• These sites are ideally positioned to serve as colocation data centers, addressing key data center location challenges

• Combined Heat and Power (CHP) plants are especially suitable for data center conversion due to existing connections to district heating networks

Operational Synergies: Shared Competencies

• Both industries deliver critical infrastructure requiring nearly continuous availability

• Both industries face similar talent shortages and recruit from the same talent pools

• The development path of the electricity grid provides a blueprint for the evolving digital grid

• Digital applications are advancing from business-critical to potentially life-critical, mirroring electricity's evolution as essential infrastructure

Impact and Recommendations

Our analysis resulted in several actionable recommendations:

1. Energy markets improvement: Energy services markets need clearer price signals and value communication to make demand response feasible for data centers

2. Standardized partnerships: Development of standard contracts between district heating grids and data centers to resolve CAPEX responsibility issues

3. Heat valorization: Establish appropriate market mechanisms to value recovered heat, which currently lacks clear pricing structures

4. Organizational shifts: Data centers should integrate energy management within IT staff responsibilities to overcome complexity aversion

5. Policy alignment: Energy regulators should recognize data centers as potential flexibility resources in their market designs

6. Strategic site selection: Hyperscale providers should consider district heating integration in their site selection processes

7. Municipal coordination: Local authorities should evaluate decommissioning utility sites as potential data center locations

Conclusion

The "Utility of the Future" report reveals that integrating digital and energy infrastructure offers mutual benefits that neither industry could achieve alone. By redefining their relationship, these industries can create new value through heat recovery, grid flexibility, shared locations, and operational synergies.

The report presents a comprehensive framework for understanding how data centers could evolve into combined heat and computing power (CHCP) facilities, while energy utilities could leverage their assets and expertise to enter the digital infrastructure domain.

As we move toward a future where digital infrastructure becomes as vital to society as electricity, these partnership opportunities represent not just cost savings or new revenue streams, but a fundamental reimagining of critical infrastructure for the 21st century.