Keeping Data Alive
Resilient, efficient, and sustainable power systems for mission-critical infrastructure.
Decentralized energy solutions for data centers
Data Centers are the backbone of the digital economy—supporting, artificial intelligence (AI), cloud platforms, enterprise applications, and global connectivity. These facilities demand uninterrupted power, advanced cooling, and the flexibility to scale with rising digital workloads.
Energy systems must now do more than provide backup. They must deliver high availability, enable decarbonization, and support long-term operational efficiency. Operators are under pressure to secure reliable, low-carbon power while managing costs and aligning with ESG objectives.
Clarke Energy enables this transition with intelligent, scalable infrastructure that works on- or off-grid. Our solutions support grid resilience, renewable integration, and revenue generation through energy market participation—turning power systems into strategic assets.
Driving sustainable performance
Energy Efficiency
Up to 95% total system efficiency using CCHP and intelligent controls.
Energy Resilience
On-site systems maintain uptime during outages or grid disruption.
Renewable Enablement
Supports the integration of low-carbon and renewable energy sources.
Energy resilience and security
Clarke Energy designs and delivers modular energy platforms tailored to the specific demands of data centers, from edge to hyperscale. We offer hydrogen-ready gas engines, CCHP (combined cooling, heat and power), diesel generators, battery storage, and microgrids.
Our technologies are engineered for fast-start performance, smart controls, and seamless lifecycle integration—from feasibility through to maintenance. Whether you need bridging power, backup, or off-grid autonomy, our systems adapt and scale with your operational needs.
Your total energy partner
- Proven experience across hyperscale, edge, and enterprise data centers.
- Flexible fuel options including hydrogen, RNG, biogas, natural gas, and diesel.
- Full EPC and lifecycle service capabilities.
- Scalable, future-ready systems that grow with evolving IT demand.
- Largest distributor of INNIO Jenbacher gas engines worldwide.
- Continuous power and cooling for critical data center environments.
- Reduced energy costs via peak shaving, efficiency, and heat reuse.
- Lower carbon emissions through renewable fuels and hybrid operation.
Smarter energy economics
Clarke Energy’s solutions reduce exposure to grid failures and volatile energy markets, delivering both financial and environmental gains. By combining decentralized generation with energy recovery, data centers can achieve long-term cost savings while advancing their net-zero strategies.
CCHP and hybrid systems lower utility bills and reduce emissions. Operators can monetise excess heat or power, participate in grid services, and future-proof their facilities against changing regulatory demands. These assets become more than infrastructure—they become part of a dynamic, revenue-generating energy ecosystem.
Tailored data center energy solutions
As part of Rehlko, Clarke Energy delivers flexible, tailored energy solutions to keep your data center powered, efficient, and future-ready, as a trusted leader in resilient power systems for critical digital infrastructure.
Explore a typical layout of a data center bridging power model below.
Continuous and flexible power
Data centers come in a variety of forms, each with distinct energy demands and operational characteristics. Clarke Energy delivers tailored solutions across the spectrum:
Hyperscale and Co-location Data Centers
Hyperscale AI and High-Density Compute Facilities
Enterprise Data Centers
Edge Data Centers
Hyperscale and Co-location Data Centers
• Power requirements typically range from 50MW to over 1,000MW, often exceeding the capabilities of local grid infrastructure.
• Gas-fired power generation provides a rapid and dependable alternative, with high efficiency and resilience.
• Ideal for grid-constrained sites or when speed to market is critical.
Hyperscale AI and High-Density Compute Facilities
• Characterized by volatile load profiles due to fluctuating AI and GPU-driven processing.
• Hybrid systems combining gas engines with battery energy storage systems (BESS) help buffer load swings and reduce reliance on diesel.
• Integration with microgrid controllers enhances dynamic load management and optimizes energy economics.
Enterprise Data Centers
• Typically sized between 1–10MW, often located near office campuses.
• Combined Heat and Power (CHP) systems offer dual benefits: reliable electricity and usable thermal energy for heating, cooling or absorption chilling.
• Supports corporate sustainability goals and Scope 1/2 emissions reductions.
Edge Data Centers
• Distributed facilities located near end users to reduce latency and improve performance.
• Onsite energy solutions such as modular gas power or CHP enhance resilience, especially in power-constrained urban areas or where grid upgrades are unfeasible.
• Scalable to support future chip upgrades and AI-enabled edge applications.
Fast start power with fuel flexibility
As the largest authorised distributor of INNIO Jenbacher gas engines worldwide, Clarke Energy delivers gas engine power plants for data centers that combine fast-start capability, multi-fuel flexibility, and cleaner onsite generation.
The Clarke Energy advantage
Combined Cooling, Heat and Power (CCHP)
Modular and Scalable Systems
Uninterruptible Backup Power
Bridging and Distributed Generation
Energy Market Participation
Combined Cooling, Heat and Power (CCHP)
CCHP, or trigeneration, generates electricity and uses waste heat to produce chilled water for cooling—ideal where cooling makes up to 50% of energy demand. Clarke Energy CCHP systems can run on hydrogen, RNG, or natural gas.
Modular and Scalable Systems
Systems are built for growth. Modular designs serve edge, co-located, enterprise, and hyperscale facilities. Configurations adapt to load demand with minimal disruption.
Uninterruptible Backup Power
Gas and diesel generators combined with BESS deliver fast-start backup. Clarke Energy’s AC/DC hybrid models optimize power conversion and support critical IT loads.
Bridging and Distributed Generation
Bridging power can be rapidly deployed to support facilities awaiting full grid connection. Distributed energy architectures reduce dependency on strained grids.
Energy Market Participation
Clarke Energy platforms enable participation in grid services, demand response, and monetisation of excess electricity and heat—turning energy systems into profit-generating assets.
Comprehensive project development support
Project Engineering
Electrical and mechanical engineering along with a dedicated team of computer aided design staff.
Project Management
Comprehensive project management service for the installation of your generation projects.
Project Feasibility
Feasibility studies offered for a range of services to assess the viability of your energy projects.
Engineering, Procurement and Construction
Comprehensive EPC services complimenting the supply and maintenance power generation equipment.
Advancing energy solutions for what’s ahead
Latest news on how Clarke Energy are working to deliver innovative and reliable solutions.
The New Reality of Hybrid Microgrid Controls for Data Centers
Hybrid microgrids are replacing traditional generator‑plus‑UPS models as data centers face AI-driven volatility and grid constraints. This article explains how modern microgrid controls work, why decentralized systems are more resilient, and how Clarke Energy deploys...
Why Maintenance Is Becoming a Strategic Priority for Data-Center Power
By Alex Marshall, Clarke Energy Data centers across the United States are entering a period of rapid change. AI demand, tightening grid capacity, and pressure for higher resilience are pushing operators toward large onsite power...
Prime Power vs. Base-Load Operation and Relevance to Data Centers
Prime power and base‑load power are frequently used interchangeably, but they describe different operating conditions for gas engines. Understanding these distinctions is critical for data‑center power design, resilience planning, and long‑duration bridging power.
Frequently Asked Questions about Data Centers
Technical and Engineering
What types of energy systems are best suited for data center projects?
The most effective systems for data Centers offer high resilience and grid flexibility and sustainability. Clarke Energy's decentralized solutions can include hydrogen-ready gas engines, combined cooling, heat and cooling (CCHP) platforms, battery energy storage systems (BESS) delivered as part of a microgrid system.
What is trigeneration and how does it benefit data centers?
Trigeneration, or combined cooling, heat and power (CCHP), simultaneously generates electricity, heat, and chilled water from a single fuel source. This significantly increases energy efficiency and reduces operating costs in cooling-intensive environments like data Centers.
Can data centers operate energy systems independently of the national grid?
Yes, Clarke Energy provides solutions that support island mode operation. These systems can function without a grid connection, making them suitable for bridging power or full off-grid autonomy.
What does fast-start capability mean in data center power systems?
Fast-start capability refers to the ability of an energy system—such as a gas engine or hybrid configuration—to deliver power within seconds, ensuring uninterrupted uptime in the event of a grid outage.
Financial and Commercial
How can distributed energy systems reduce operational costs in data Centers?
Energy costs can be significantly reduced through on-site generation, peak shaving, use of waste heat, and participation in grid incentive programs or energy export schemes.
Are there grants or financing options for data center energy projects?
Yes, many systems may be eligible for government grants, tax incentives, and carbon credit programmes depending on the location and technologies deployed.
Can data center energy systems be scaled as demand increases?
Yes, Clarke Energy designs modular and scalable systems that can be expanded over time to meet growing data center facility energy requirements.
Environmental and Sustainability
Is it possible to power a data center using renewable gas?
Yes, Clarke Energy systems can operate using hydrogen, biogas, and biomethane, enabling data centers to reduce carbon emissions and transition to clean energy sources.
How do Clarke Energy data center solutions support ESG and sustainability goals?
Clarke Energy’s technologies support emissions reductions, improve energy use intensity (EUI), and contribute to achieving sustainability certifications such as LEED and BREEAM.
Can Clarke Energy systems integrate with imtermittent renewables like solar and wind power?
Yes, all Clarke Energy platforms are designed for seamless integration with solar PV, wind energy, and other renewable technologies as part of a hybrid microgrid setup.
Operational and Implementation
What are the available backup power options for data centers?
Clarke Energy provides diesel generators, gas engines, BESS, and hybrid solutions that can ensure uninterruptible backup power for mission-critical digital infrastructure.
What kind of service support is offered by Clarke Energy after installation?
Clarke Energy offers comprehensive post-installation support, including remote monitoring, diagnostics, preventive maintenance, and full operation and maintenance (O&M) contracts.
Evaluating Resilient Power Solutions for a Data Center Project?
Clarke Energy’s regional experts can provide the insight and support you need to evaluate options and achieve the right energy solution for your business.
