The first SineStack from Rimac Energy is currently prepared for installation at a location in Colchester, UK. Revolutionary power conversion technology is highly integrated both physically and functionally with SineStack’s battery cells.
By employing this novel architecture in conjunction with adaptive software, complex multi-scale models are able to compute the distinct internal parameters of each cell and dynamically modify power conversion processes in order to optimize energy extraction, balance temperatures, and enhance lifespan.
Beginning in 2025, SineStack will operate with zero energy capacity fade for the first two years of operation, preserving more energy capacity for the duration of the battery and enhancing the possibility of generating money while keeping its industry-best 12,000 cycle lifetime.
Whether utilised alone or in conjunction with other modules, SineStack optimises the extraction of energy from each one. It maintains its position at the forefront of energy storage technology by seamlessly updating and continuously improving based on the distinct qualities of each individual cell.
Key Takeaways:
- Ramac Energy’s flagship grid-interfacing battery energy storage system, SineStack, has finished the commissioning process and is prepared for delivery to a location in Colchester, UK.
- Compared to competing solutions, it offers notable performance, safety, and availability advantages thanks to its innovative electrical architecture.
- Starting in 2025, it is known to maintain a class-leading 12,000-cycle lifetime with zero energy capacity fading for the first two years.
Wasim Sarwar Dilov, Director of Rimac Energy, said:
“I’m exceptionally proud to bring SineStack to market following extensive development and testing. In keeping with our Rimac DNA, our product takes a monumental technological leap forward, enabling unparalleled levels of integration, capability and performance. I’m very much looking forward to scaling up production and deployment of SineStack across Europe.”
