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Grid Support + Energy Storage

Stabilising Networks, Enabling the Energy Transition

Advanced BESS solutions that enhance grid stability, provide flexibility, and support the integration of renewable energy at scale.

35%

Reduce reliance on fossil fuel peaking plants

60%

Increase grid stability and reduce network congestion

50%

Enable higher penetration of renewable energy sources

<1s

Instant response for frequency regulation and balancing

Why Choosing Grid Support + Energy Storage?

Our Grid Support & Energy Storage Capability

Traditional grids were not designed to handle the variability of renewable generation such as wind and solar. This creates imbalances between supply and demand, leading to instability and congestion. BESS addresses these challenges by providing rapid-response energy balancing, frequency regulation, and voltage support.


Energy storage systems can absorb excess energy when supply is high and discharge when demand rises, helping to smooth fluctuations and maintain grid stability. This reduces the need for fossil fuel-based peaking plants while improving overall system efficiency and resilience.

Our grid-scale BESS solutions are engineered to deliver a wide range of support services for transmission and distribution networks. From frequency response and reserve capacity to load balancing and congestion management, our systems help network operators maintain stability in increasingly complex energy environments.


We design flexible solutions that integrate seamlessly with grid infrastructure and renewable generation assets, supporting both standalone storage projects and hybrid systems. Our technology enables operators and asset owners to unlock new revenue streams while improving network performance.


With UK-based engineering expertise and a strong focus on reliability, compliance, and safety, we provide end-to-end delivery and long-term operational support to maximise system value.

  • Frequency regulation and fast-response grid balancing services

  • Renewable energy integration and output smoothing

  • Peak load management and congestion relief

  • Support for transmission and distribution network operators

  • Hybrid systems combining storage with wind and solar assets

  • Full lifecycle support including optimisation and performance monitoring

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