Schneider Electric, a global energy technology company, has announced the UK launch of Schneider Boost Pro, a battery energy storage system (BESS) designed for commercial and industrial buildings.
The system will be presented in the UK for the first time at the Commercial Vehicle Show, taking place at the NEC Birmingham from 21–23 April 2026.
Schneider Boost Pro is intended to support energy management across sites by storing electricity for later use, helping to manage demand and maintain operational continuity.
The launch comes as the UK continues to increase its use of renewable energy. According to the National Energy Systems Operator, renewables now account for 44% of the country’s electricity generation.
However, variability in supply and ongoing grid modernisation present challenges for consistent energy delivery.
The battery storage system is designed to improve flexibility and stability in power supply, particularly in environments with fluctuating demand or intermittent renewable generation.
It is also suited to depot environments, where it can support the charging of heavy-duty vehicles, including buses and lorries.
In addition, it can be deployed within transport infrastructure, such as along highways, where high-capacity charging is required.
Supporting flexible energy use across sites
Schneider Boost Pro can be scaled from 200kWh to 2MWh by combining multiple units, allowing it to adapt to changing energy requirements.
The system enables several operational use cases. First, it can store surplus renewable energy for later use, helping to increase on-site energy consumption.
It also allows sites to balance demand by drawing on stored energy when required and can provide backup power during outages.
In addition, the system supports tariff management by charging during off-peak periods and discharging during peak pricing periods, helping to manage electricity costs.
Schneider Boost Pro integrates with EcoStruxure Microgrid Advisor, a cloud-based platform that provides forecasting and energy management insights based on factors such as weather conditions, site demand, and market signals.
The system also incorporates cybersecurity measures designed to protect data and communications, alongside installation, maintenance, and remote support options.
Battery energy storage is playing an increasing role in balancing electricity demand and supporting the integration of renewable energy.
Systems such as Schneider Boost Pro are being deployed to help reduce pressure on the grid during peak periods, while enabling more flexible energy use across commercial and industrial sites.
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