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Commercial battery storage for business use and grid-scale developments

Scalable solutions that enhance grid stability, maximise renewables, reduce energy costs and unlock revenue potential.

Our commercial and grid-scale battery energy storage systems are helping organisations power their operations. Configurable and adaptable to our customers’ needs: whether you’re managing solar integration, providing grid services, or reducing energy costs. We combine industry-leading safety, smart controls, and flexible architecture to deliver reliable performance at scale.

E-STOR: for commercial and industrial use

Our E-STOR 300kW / 360kWh product is designed for commercial applications. Easy to manage, straightforward programming and scalable configurations. Suitable for a range of applications: from maximising renewables, overcoming capacity constraints and lowering costs.

M-STOR: grid-scale energy storage

M-STOR is our multi-MW grid-scale product. Built around standardised power blocks, configured for multiple use cases to suit exact site requirements. Suitable for high, industrial energy users who want to maximise their energy, lower costs and generate revenue.

Benefits of battery energy storage systems

Battery energy storage systems can be used for multiple applications bringing a range of benefits.

Reduce energy costs

By storing excess renewable generation or energy from the grid when prices are lower, battery energy storage systems can help reduce energy bills and protect from grid price volatility.

Revenue generation

Battery energy storage systems can help businesses tap into multiple revenue streams through the energy wholesale market including frequency response, arbitrage, peak shaving, and grid services.

Renewable enhancements

Maximise solar generation and ensure excess green energy is not wasted by storing energy during times of high generation to use later.

Overcome grid capacity constraints

Increase available power capacity on-site without lengthy grid connection delays and costs, helping businesses to scale.

Decarbonisation

Battery energy storage can contribute to sustainability targets by increasing your use of cleaner energy. And with a system made using second life batteries, you're reducing carbon from the offset.

Enable EV charging

Get the additional power needed for electric vehicle charging. Our systems can store available power from the grid to help manage the site load and provide flexibility for constrained sites.

Case study

Enabling high-powered charging at Volvo's dealerships

Two Volvo Truck & Bus dealerships encountered grid capacity limitations while planning to install high-powered charge points. Connected Energy’s E-STOR systems are providing the additional power required.

Case study

Creating an energy management system for Cranfield University

Connected Energy worked with the energy team at Cranfield University to help them reimagine how they balance their energy onsite. Three battery energy storage systems are being used to help smooth out interactions between the site’s solar farm, air source heat pump, gas CHP and the import of energy.

Case study

Battery storage to reduce solar energy waste and promote the decarbonisation at the North Tyneside site.

Connected Energy worked with the North Tyneside Council to maximise the value of their PV array and work towards the decarbonisation of the Killingworth site. One battery energy storage systems is being used to store excess solar energy, power the building during the night, and provide a reliable source of energy for their EV charging ports.

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