Key Takeaway
Kevin Mckinney from Rolls-Royce Power Systems predicts that natural gas will increasingly power AI data centres in North America due to its affordability and availability. The company’s fast-start mtu gas gensets provide backup and sustained power, addressing the inadequacies of grid electricity for new data centre demands. This solution enhances energy reliability and offers potential income from grid electricity supply. The mtu Series generators boast an impressive lifespan of 84,000 hours and deliver cleaner energy by reducing emissions. They are compatible with sustainable fuels like biogas and can operate on hydrogen, depending on availability.
“We anticipate that natural gas will play an increasingly vital role in meeting the rising energy demands of AI data centres in the future, especially in North America, where it is relatively affordable and readily accessible,” says Kevin Mckinney, Vice President Powergen Sales Americas at Rolls-Royce Power Systems.
“This 45-second fast-start solution, featuring higher power output, will mark a significant advancement for our customers, enhancing their ability to secure power for their operations.”
Supporting data centres
The fast-start mtu gas gensets can support data centres by providing both backup power and sustained energy delivery when paired with mtu diesel gensets.
This offers a clear advantage, as grid electricity may be insufficient to meet new demands when a data centre becomes operational.
The solution from Rolls-Royce suggests that operators could achieve quicker activation and enjoy improved energy reliability and revenue from supplying electricity to the grid.
The natural gas generators in the mtu Series boast an extended lifespan of 84,000 hours before requiring upgrades.
Clean energy solutions
Gas units provide clean energy benefits and can reduce emissions, including nitrogen oxides and CO2, while simultaneously enhancing efficiency in electricity and heat or cooling generation.
The mtu gas engines are designed for operation with sustainable fuels such as biogas and biomethane.
Additionally, the engines have been engineered to operate with 100 percent hydrogen or a hydrogen blend, depending on the availability of green hydrogen.
