Sungrow installs 60 MWh BESS system near Arctic Circle

It is one of the northernmost battery plants in the world.
sistema BESS de Sungrow cercano al circulo polar Ártico

Simo, a municipality in the Finnish Lapland region, has become the site of one of the world’s northernmost battery storage systems. Sungrow, a global leader in clean energy technology, has deployed a BESS system (Battery Energy Storage System) with a capacity of 60 MWh and a power of 30 MW, in collaboration with FRV and AmpTank.

This is Sungrow’s BESS system

The PowerTitan 1.0 system installed in Finland has 26 containers of lithium iron phosphate batteries, pre-assembled for easy deployment. Its compact configuration allows for quick installation, even in harsh environments. This installation, close to the Arctic Circle, stands out for its operating efficiency thanks to integrated liquid cooling, key to maintaining performance in sub-zero temperatures.

From AmpTank, Hannu Koivusalo explained that the choice of Sungrow was based on two criteria: technological robustness and highly competitive after-sales service. This decision is supported by the system’s ability to maintain stable operations in an environment with challenging weather conditions and the support offered by the company throughout the system’s life cycle.

Impact on Finland’s energy transition

Located next to the Fingrid Simojoki substation, this 0.4-hectare plant not only supports the local power grid, but also allows for greater integration of renewable energy sources. renewable energies such as wind and solar. By stabilizing supply fluctuations, it contributes to building a more resilient and sustainable grid in northern Europe.

Un innovador sistema BESS en Finlandia
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Integrated liquid cooling is key to maintaining performance in sub-zero temperatures. Source: Sungrow

Each PowerTitan unit can be installed in back-to-back format without loss of performance. Combined with SC5500UD-MV inverters integrated in 40-foot containers, these solutions stand out for their scalability and adaptability, which are decisive factors in environments where logistics and climate demand intelligent designs.

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Source and photo: Sungrow

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