The Revolution Battery is a high-power industrial battery energy storage system designed for seamless integration with generators, other batteries, or mains connections. Compatible with 16, 32, or 63 A mains supplies, it can power large dynamic equipment such as cranes, reducing or eliminating the need for generators.

Key benefits include:
– Lower fuel consumption with smaller, more efficient generators
– Smooth operation of heavy-duty equipment
– Reduced emissions and operational cost savings

The Revolution Battery is particularly effective in construction, mining, and off-road applications with frequent start-stop cycles and high peak power demands.

The Peak Power 200 flywheel energy storage system captures kinetic energy during deceleration and releases it during acceleration or peak demand, smoothing power delivery and reducing strain on primary power sources. It provides instantaneous power response with minimal energy loss, making it ideal for applications requiring rapid charge and discharge cycles and high-rate peak lopping.

The PowerSkid is a second-life battery energy storage system repurposing automotive batteries with 70–80% capacity retention. Designed for mobile and off-grid applications, it delivers continuous power up to 160 kW and can operate alongside diesel generators, mains power, or independently.

Typical applications include:
– Construction sites, festivals, and events
– Off-grid EV charging stations
– Renewable energy storage and grid support

PowerSkid extends battery life, reduces waste, and supports sustainable energy storage.

The EnergySkid is a high-capacity battery energy storage system engineered for off-grid and static industrial applications. Each unit typically delivers 900 kW power and 1600 kWh energy storage, supporting:

– Grid trading and renewable energy storage
– Peak shaving and large-scale grid support
– Large events requiring significant energy storage

Its scalable design also supports hydrogen production and other industries needing energy buffering and load balancing.

Our Power Factor Correction System optimises power factor and power angle to improve electrical efficiency. Benefits include:

– Reduced energy losses and operational costs
– Avoidance of penalties for poor power factor
– Support for greener, more efficient energy use

The system integrates easily with existing electrical infrastructure, ensuring maximum performance.