Rolls-Royce Power Systems

Power-generation assets installed today will often remain in operation for many years. That makes fuel flexibility an important consideration when making investment decisions now. The mtu Series 4000 L64FV can operate on natural gas with up to 25% hydrogen admixture. But the more important point is what this capability represents: a practical way to prepare gas-based generation for changing fuel pathways without losing sight of the requirements we have today. We do not yet know exactly how quickly hydrogen availability, infrastructure and economics will develop. That is why I believe flexibility matters. Reliable generation is needed today, while the technology should also provide a pathway toward progressively lower-carbon fuels as they become viable. How are you considering future fuel options in the power-generation investments you make today? #TalkToUs #mtuSolutions #FuelFlexibility #Hydrogen #PowerGeneration

Across the Baltics, battery energy storage is playing an increasingly important role in strengthening grid stability, integrating renewable energy and supporting a more resilient energy system. From utility-scale battery storage supporting renewable integration to solutions that enhance grid stability, mtu EnergyPack QG is helping shape the next chapter of the energy transition across the Baltics. See how we're supporting customers in Estonia, Latvia and Lithuania.

A battery energy storage system can do much more than store surplus electricity for later use. Depending on how it is designed and operated, it can respond within milliseconds to support grid frequency, help maintain voltage, ease congestion and stabilize the system after sudden changes in generation or demand. It can also support renewable integration, energy trading and even black-start strategies. That flexibility is becoming increasingly important as more variable renewable generation enters the energy system. But the battery alone is only one part of the answer. System design, controls and a clear operating strategy determine which services the asset can provide and how reliably it can provide them. For operators, the key question is therefore not only how much energy a BESS can store, but what role it should play in the wider power system. Which grid service is most relevant for your project? #TalkToUs #mtuSolutions #GridStability #BatteryStorage #RenewableEnergy

Optimizing energy use starts with the right system integration. For industrial companies, reducing grid demand, lowering electricity costs through peak shaving and cutting CO₂ emissions all require a holistic approach. At Molkerei Gropper GmbH & Co. KG, our mtu Battery Energy Storage Systems (BESS) work together with Combined Heat & Power (CHP) to optimize grid consumption and strengthen operational resilience. As the customer summarizes: "With the mtu product portfolio, we optimized our grid consumption and strengthened resilience." Discover how this integrated solution supports a more efficient energy supply in our latest use case.

One of the biggest misconceptions about remanufacturing is that it means compromising quality. That's not the case. Remanufactured components are carefully inspected, measured, reworked and tested to the same rigorous quality standards used for new production. And because they've already performed through a full lifecycle, they come to us with a proven track record. Our job is to make sure they're ready to do it again with the same testing and warranty coverage as a new part. Take a look at the video below for a behind-the-scenes look at how we give an mtu crankshaft a second chance at first-class performance.

In data centers, gas gensets are often associated with one task: backup power. But depending on the site and grid conditions, their role can be much broader. They can provide conventional backup, operate continuously in grid-following mode when grid capacity is limited, or support island operation where no reliable grid connection is available. What I find increasingly important is the flexibility this gives operators. Data-center power architecture is no longer one fixed concept. Grid power, batteries and gas generation can each play a different role depending on the requirements for availability, resilience and operation. The real question is not which single technology to choose, but how to combine them into a reliable power system. How are you approaching this in your data-center projects? #TalkToUs #mtuSolutions #DataCenters #CriticalInfrastructure #PowerGeneration