Volvo Penta is set to make a significant impact at Middle East Energy (MEE) 2025, where it will showcase its innovative battery energy storage subsystem (BESS) and renewable fuel-compatible combustion engines.
Volvo Penta’s scalable battery energy storage subsystem (BESS) is designed for industrial applications, supporting peak shaving, rapid charging, and discharging.
Its energy-dense design and favourable C-rate make it a transportable solution, complementing gensets as industries transition to electrification.
In hybrid setups, the BESS optimises fuel use and charging cycles, improving uptime and reducing emissions. By integrating with hybrid and fully electric systems, it ensures continuous operations while supporting sustainability goals.
Volvo Penta’s strategy focuses on supplying the BESS subsystem while collaborating with OEMs and system integrators to deliver complete, customised solutions.
This partnership-driven approach accelerates time to market and ensures solutions that meet the specific needs of projects and customers.
Renewable fuel-compatible engines for a greener future
As part of its commitment to sustainable power, Volvo Penta is advancing its combustion engine platform to support alternative and renewable fuels, including natural gas, hydrogen, and hydrotreated vegetable oil (HVO).
All current Volvo Penta engines are certified to operate on HVO, and the company is progressing toward hydrogen-compatible engines.
Field tests are underway for the Stage V D8 dual-fuel engine, which runs on diesel and hydrogen.
This engine is expected to enter the genset market in Europe later in 2025. Stationary applications, with their flexibility in regulatory compliance, offer significant potential for further efficiency improvements and emissions reductions.
Kristian Vekas, product manager at Volvo Penta Industrial, emphasised the importance of collaboration, saying, “Power generation is vital across different industries, and adopting renewable fuel-compatible genset engines can reduce emissions while ensuring reliability. Collaborating with customers, we aim to develop scalable, practical solutions that ease the transition to lower-carbon energy.”