Critical Industrial Infrastructure
Pyrotechnic switching actuators enable safe and ultra-fast disconnection of loads in energy and process systems – preventing secondary damage, system failures and costly downtime.
Maximum reliability for operators of critical infrastructure
Operators of power plants, industrial facilities and interconnected energy networks require highly reliable switching actuators that trigger within milliseconds in the event of a fault. Only then can faulty primary lines be immediately disconnected from the grid or switched to redundant power paths – before secondary damage, system failures or costly operational disruptions occur.
As energy infrastructures become more decentralised, the need for highly dynamic protection mechanisms is growing.
Fast and reliable shutdowns help to isolate fault sources, maintain operational continuity and proactively minimise both technical and financial risks.
RWS addresses these challenges with tailored pyrotechnic actuators designed for longevity and precision:
- Millisecond-level disconnection: Fault current isolation within just a few milliseconds – prevents grid instability, avoids equipment damage and delivers clear ROI by reducing outage costs
- Long-term standby stability: Reliable activation even after 20 years in standby – reduces testing requirements, lowers insurance costs and increases planning reliability
- Engineered for modern grids: Ideal for critical energy and industrial infrastructures in highly networked, decentralised supply architectures
