- Rimac Energy opens advanced BESS facility in Witney, Oxfordshire, UK.
- Creates 70+ high-skilled jobs, benefiting UK tech and Oxfordshire.
- Highlights sustainability commitment with innovative SineStack solution.
Rimac Energy has opened its new facility in Witney, Oxfordshire, to pioneer battery technology
Rimac Energy inaugurates its cutting-edge facility in Witney, Oxfordshire. Spanning an impressive 1850 square meters, this state-of-the-art space will become a nucleus of advanced battery energy storage system (BESS) development in the UK.
The facility is a testament to Rimac Energy’s commitment to driving innovation and fostering employment opportunities. By creating over 70 high-skilled positions, the facility will invigorate both the UK tech industry and the local Oxfordshire region.
Rimac Energy Director Wasim Sarwar Dilov said:
“The UK has always been at the forefront of technological innovation, and we are thrilled to be expanding our footprint here. We’re proud to strengthen the Croatia-UK partnership, support the local community, and are excited to be able to tap into the incredible engineering talent pool in the region to help us build a greener future for the planet.”
However, this expansion isn’t solely about business growth; it’s also about advancing sustainability goals. Rimac Energy’s investment in the Witney facility underscores its dedication to global partnerships aimed at pushing forward clean energy solutions. Through collaboration between its teams in Croatia and the UK, Rimac Energy is propelling the clean energy revolution.
The recent unveiling of the SineStack further cements Rimac Energy’s position as a frontrunner in the field. This innovative battery energy storage solution, meticulously designed and manufactured in Europe, promises to revolutionise energy storage efficiency and resilience.
The SineStack utilises cutting-edge lithium-ion battery technology, boasting high energy density and rapid charging capabilities. Its modular design allows for scalability, enabling seamless integration into various grid systems. Additionally, advanced management software ensures optimal performance and reliability.