Schneider Electric Launched Boost Pro Storage System
The new commercial energy unit offers 215 kWh of capacity to help industrial facilities manage power consumption.
Updated on Sept. 22, 2026 in Electric Vehicles
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Schneider Electric has released the Boost Pro, a scalable energy storage solution tailored for commercial and industrial applications. The system is designed to help businesses optimize energy costs and integrate renewable sources through advanced monitoring and management.
Why it matters
As industrial power demands grow, the Boost Pro provides a standardized method for firms to stabilize energy usage and improve operational efficiency. This system allows companies to better manage their transition toward renewable energy integration and cost reduction.
Each Boost Pro battery unit provides 215 kWh of storage and 100 kW of output power. A single controller can manage up to 10 units for a total capacity of 2.15 MWh and 1 MW of power, while delivering 90.8% round-trip efficiency over 7,300 life cycles.
The players
Schneider Electric
Schneider Electric is a global company specializing in digital automation and energy management for homes, buildings, and data centers.
The details
The system utilizes 264 integrated temperature sensors to maintain thermal safety while coordinating units through Modbus TCP/RTU connectivity. This hardware architecture allows facility managers to link multiple batteries to a single controller for unified power oversight.
Timeline
September 22, 2026: The Boost Pro energy storage system was officially launched.
Roadmap
The introduction of the Boost Pro reflects a broader industrial pivot toward localized energy storage as businesses seek to offset grid reliance. This strategy moves beyond traditional consumer-facing models to target high-demand commercial infrastructure requirements.
For industrial facility managers, the Boost Pro offers a scalable way to reduce peak demand charges through more efficient energy management. The system's Modbus integration facilitates easier installation into existing building management networks.
The takeaway
Commercial entities should evaluate their facility energy consumption patterns to determine if high-capacity storage is a cost-effective strategy for their specific power demands. Implementing thermal monitoring and automated controllers can significantly improve the longevity of industrial power assets.
Further reading
For more on the latest developments in power management technology, explore our Electric Vehicles section.
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