At a glance
Storage engineered around how your site really operates.
Use cases
Energy shifting, peak management, renewable firming and backup support.
System scale
From site-level installations to utility-scale storage concepts.
Integration
Battery, PCS, transformer, protection and energy management as one system.
Lifecycle
Design, commissioning and operational support for the life of the asset.
Where storage creates value
Five ways a well-designed battery system earns its place.
Energy shifting
Store energy when it is available or economically attractive, then dispatch it when demand or market conditions call for it.
Peak management
Help manage site demand and reduce exposure to short periods of high power use.
Renewable integration
Coordinate storage with solar and wind generation to support smoother, more controllable energy delivery.
Resilience support
Design storage as part of a wider site power strategy, within the required backup architecture and operating limits.
Grid services
Explore participation in eligible flexibility and grid-support programmes where market rules and connection conditions allow.
How it works
A four-step path from site review to live operation.
01
Assess
Review load, generation, connection capacity, site constraints and operating goals.
02
Design
Select system architecture, capacity, power rating and protection strategy.
03
Integrate
Coordinate battery racks, PCS, transformers, controls and safety systems.
04
Operate
Commission, monitor and support the system against agreed operating requirements.
System components
Every layer of the storage system, coordinated.
Battery modules and racks
Battery management system (BMS)
Power conversion system (PCS)
Transformers and switchgear
Energy management system (EMS)
Thermal management, fire protection and site monitoring
FAQ
Energy storage questions, answered.
Can’t find what you need? Our engineers are happy to talk through your project.