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EV Charging + Energy Storage

Powering the Future of Electric Mobility

Integrated BESS solutions enabling rapid EV charging deployment, reducing grid constraints, and optimising energy costs for operators.

24/7

Ensure reliable charging availability at all times

70%

Enable ultra-fast charging without costly grid upgrades

40%

Reduce peak demand charges and energy costs

2 x

Increase utilisation of renewable energy sources

Why Choosing EV Charging + Energy Storage?

Our EV Charging & Energy Storage Capability

EV charging hubs, particularly those offering rapid and ultra-fast charging, require significant power capacity—often exceeding what local grid connections can support. BESS enables operators to deploy charging infrastructure quickly by supplementing grid supply, avoiding costly and time-consuming upgrades.


Energy storage allows operators to store energy during off-peak periods and discharge during peak demand, reducing energy costs and improving overall system efficiency. It also ensures a consistent and reliable power supply, preventing downtime and maintaining a high-quality user experience for EV drivers.

Our integrated BESS solutions are purpose-built for EV charging applications, supporting a wide range of deployments from public charging hubs to fleet depots and commercial sites. We design systems that optimise power delivery, reduce operational costs, and maximise infrastructure utilisation.


By combining energy storage with smart energy management, our solutions enable peak shaving, load balancing, and seamless integration with renewable energy sources such as solar PV. This ensures charging networks are not only reliable and cost-efficient but also aligned with sustainability goals.


Our UK-based engineering and operations teams provide end-to-end delivery—from system design through to installation, monitoring, and maintenance—ensuring long-term performance and reliability.

  • Rapid deployment of high-power EV charging without major grid upgrades

  • Peak shaving and load management to reduce operational costs

  • Integration with renewable energy sources for low-carbon charging

  • Scalable solutions for public, commercial, and fleet applications

  • Smart energy management systems for optimised performance

  • Full lifecycle support including monitoring, maintenance, and optimisation

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