Muntendam | S4 energy

S4 Muntendam
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About S4 Eemshaven

Strategically positioned at the centre of the northern energy hub, S4 Eemshaven delivers 7.75 MW / 31 MWh of grid-scale storage at one of the Netherland’s most critical power corridors. The system provides four hours of flexibility, ensuring reliability in a region that links offshore wind generation to the national grid. Built in partnership with the Province of Eemshaven and the municipality of Eemsdelta, it is equipped with 8 Tesla Megapack 2XL and the site is energised as of May 2025. Projects like S4 Eemshaven balance the region’s expanding wind and solar capacity, turning volatility into stability.

Project Details

Capacity 7.75MW / 31MWh
Duration 4 hrs
COD Apr-25
Location Eemshaven, NL
BESS OEM Tesla

Visualisatie Muntendam Vogelvlucht2 V2 04122025

Impact

It will save up to 16.000 tonnes of CO₂ emissions annually, equivalent to:

  • 9.100 cars taken off the road
  • Clean power for 8.600 homes each year
  • Avoiding the emissions of 4.500 flights
  • Equal to the CO2 absorbed by 730.000 trees
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Frequently Asked Questions

Renewable energy from wind and solar is not always produced when it is needed. This creates congestion on the electricity grid and wasted potential. By storing energy when supply is high and releasing it when demand is high, battery storage keeps the grid stable and ensures renewable power is always available.

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S4 Energy develops the project in line with high safety and quality standards, including PGS 37, the ISO 27000 series, and internationally recognised fire and safety standards such as UL 9540 and UL 9540A. These standards are embedded throughout the design and development process to ensure safe, reliable, and resilient operation.

S4 Energy works closely with local authorities, grid operators, and businesses to minimise community impact and maximise local value. Cable routing is coordinated with other developers to reduce disruption and environmental disturbance. In addition, the project supports broader regional benefits by enabling heat reuse from data centres, facilitating connections for other industries affected by grid congestion, and integrating ecologically into the local environment. Collectively, these measures strengthen local grid resilience while supporting sustainable regional development.

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