Data Centers

Leading Power Generation Solutions for Data Centers

Data center developers are racing to build large-scale data centers at an unprecedented pace. Securing critical power generation equipment poses a challenge, even with manufacturers planning to increase capacity. OEMs and customers must get creative and innovative to meet market demands. Advanced cooling technologies and reliable infrastructure components remain critically important.

Our solution is simple. We believe in delivering firm, dispatchable peaking and baseload energy to power the AI revolution.

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Reliable Power for Data Centers
Energy Efficiency
Sustainable Practices

The Challenge: A Strained Supply Chain in a Rapidly Scaling Industry

The demand for AI-driven workloads, cloud computing, and digital services is skyrocketing, creating significant challenges for the energy industry in managing a strained supply chain. To keep pace with industry advancements, energy companies must:

Secure supply chains
Navigate complex logistics
Collaborate with regulators to update regulations and streamline permitting
Address labor shortages

Tackling these issues will better position the industry to ensure reliable and efficient data center power management and data center energy efficiency.

Our Approach: Supply Chain Certainty, Engineering Excellence, and Unmatched Reliability

We understand that in the race to build the next generation of data centers, time is everything. That’s why we take a proactive, partnership-driven approach.

Secured Supply Chain: Leveraging global manufacturing partnerships to reduce lead times and mitigate disruptions.

Technology-Driven Optimization: Aligning our power and cooling solutions with the latest efficiency and sustainability standards.

End-to-End Support: From design consultation to on-site deployment, our team ensures seamless integration at every phase.

Our Solution: 24/7 clean, reliable power generation, now.

At Mitsubishi Power, we understand the critical role that data centers and the rise of hyperscalers play in today's power market demand. Our solutions and services are designed to ensure your operations run smoothly, efficiently, and sustainably. From power generation design to data center energy management, we provide end-to-end solutions tailored to meet your specific needs.

Related Products

Mitsubishi Power is dedicated to providing sustainable energy for data centers. Our power generation solutions feature advanced natural gas power technologies, including high hydrogen co-firing capability. Our gas turbine technology can be paired with carbon capture technology from Mitsubishi Heavy Industries Group, which significantly reduces carbon emissions and supports environmental sustainability. Additionally, we provide AI data center energy solutions that optimize energy consumption, further enhancing efficiency and reducing costs.

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Behind the Meter

M501 JAC

Combined Cycle Power Plants featuring the M501JAC

Why Choose Mitsubishi Power?

Partnering with us for your data center needs will demonstrate the impact that advanced technology and sustainable practices can have on practical, short-term solutions while also investing in long-term strategies.

Reliable Power for Data Centers: Our solutions ensure a consistent and dependable power supply. Our validated power generation equipment provides an uninterrupted energy supply with high-efficiency generators, UPS systems, and backup solutions.

Energy Efficiency: We prioritize energy efficiency in data centers to help you save on operational costs. Our Advanced Cooling Technologies—featuring liquid cooling, immersion cooling, and precision air cooling—will meet the high-density demands of AI workloads, with the potential to integrate with building cooling technologies in a cogeneration setup.

Sustainable Practices: Our commitment to sustainability drives our development of eco-friendly power generation solutions. From procurement to deployment, we assist data center developers in securing, installing, and scaling mission-critical systems that can withstand the test of time.

Why Mitsubishi Power is The Right Partner

T-Point 2: Built for validation of power solutions

To ensure the reliability and performance of advanced class gas turbines, in addition to advanced controls with intelligence, auxiliaries and supporting systems, we built our own ultramodern, grid-connected T-Point 2 facility featuring the JAC gas turbine and TOMONI intelligent solutions.

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The Benefit of One-Stop Solution

With over 140 years of expertise in power generation, cooling, and control systems, and backed by cutting-edge technologies, MHI Group delivers the engineering capabilities needed to seamlessly integrate these components. We offer tailored, optimized solutions by combining products from our extensive lineup, giving customers a one-stop solution that reduces the complexity of system integration. These solutions also help shorten lead times while supporting the development of green and sustainable data centers.

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FAQs

Data center power demand can range from a few megawatts for smaller operations to hundreds of megawatts for large-scale or hyperscale facilities. But beyond just the size of the power load, 24/7 availability is absolutely critical.

In today’s digital-first world, uptime is directly tied to service quality, customer trust, and operational performance.
Even a 99% uptime rate can mean over 87 hours of downtime per year — a risk most businesses can’t afford.
That’s why data centers must be designed with redundancies and dependable energy solutions.

Mitsubishi Power’s advanced class gas turbines are a proven option, delivering over 99% reliability to meet continuous power demand.

Absolutely. Gas turbines are an excellent fit for combined heat and power (CHP) systems, especially in high-demand environments like data centers and server farms. CHP systems recover waste heat from the turbine and use it for heating or absorption cooling, boosting overall system efficiency to 80% or more.

To clarify:

Combined Heat and Power (CHP), also known as cogeneration, is the simultaneous production of electricity and useful thermal energy from a single energy source.
Combined cycle technology takes this a step further by using the waste heat exiting gas turbines to power a steam turbine, further increasing electricity output and overall efficiency.

This ability to produce both power and usable heat from one fuel source makes gas turbines a strong choice for improving energy efficiency in data centers.

The right size depends on your power load and redundancy requirements. Turbines in the 5–50 MW range have generally been well-suited for hyperscale data centers and colocation facilities. However, some larger data center campuses are now being developed with capacities exceeding 1 GW.

Gas turbine technology is particularly advantageous in these cases due to its high-power density and scalability as data center demands grow.

Have more questions? Learn more about Mitsubishi Power gas turbine.