Power backup
Safeguarding critical auxiliary systems during power outages
A flexible energy storage system for wind turbine auxiliary systems, designed for power ranges from 100–800 kVA.
Built on the MultiCon technology platform, our power backup solution uses a modular design to simplify system integration, support both AC and DC applications without additional equipment, and enable scalable auxiliary power configurations.
Advanced multilevel control and fault isolation work together to maximise battery lifetime and ensure high reliability by limiting capacity loss to a single module.
Key benefits
A modular, fault-isolated design delivers scalable auxiliary power, simplified system integration, extended battery lifetime, and reduced lifecycle costs.
Simplified integration
Faster and simpler system integration with reduced engineering effort.
Scalable power
Scalable capacity and precise peak power aligned with auxiliary power needs.
Operational resilience
High operational reliability with minimal impact from individual module faults.
Extended lifetime
Extended battery lifetime with fewer replacements and service visits.
Lower TCO
Lower total cost of ownership through reduced maintenance and long platform life.
Application flexibility
One platform for multiple auxiliary power configurations.
Technical highlights
- Modular MultiCon technology platform for flexible and scalable system configurations.
- Support for both AC and DC applications without additional equipment.
- Advanced multilevel battery control for optimised energy usage.
- Fault isolation at module level to protect system operation.
- Stable and safe LFP battery technology with integrated battery and converter.
Trusted by leading OEMs
For nearly a decade, we have been developing, manufacturing, and servicing power backup systems for the world's leading wind turbine manufacturers – and delivering them across the globe while ensuring full compliance with all relevant standards.
Our solutions have withstood the test of time, proving their reliability in the harshest offshore environments.
