Solid State Protection

The biggest concern with DC is safety. Traditional fuses or electromechanical breakers that provide protection against short circuits do not break DC in a fast enough way to guarantee safety. Our state-of-the-art solution prioritizes just that.

For over 10 years, we have innovated in the field of DC and we have redefined protection with the following unique features of DC:

• Power electronics
  With the advancement in technology, semi-conductors are improving the quality of devices and providing quicker and more accurate protection in case of a fault. Compared with traditional electromechanical breakers, solid state technology enhances DC protection.
• Ultra-fast tripping
  Short circuit protection occurs within microseconds, much faster than traditional fuses, and does not result in arc flash. This also reduces incident energy during faults as well as the resulting damage that it imposes on equipment.
• Selectivity
  Allowing several loads on a multi-vendor system to be connected based on Current/OS principles, while providing the highest level of selectivity.
• Increase of DC distributed sources
  With more DC loads and sources in our daily ecosystem, managing communication and power is simplified using solid state protection.
• Native metering and communication
  Solid State technology has capabilities to take measurements as well as communicate with devices remotely. This simplifies the maintenance and troubleshooting processes for electrical professionals.

Our products combine vital features such as selectivity and resilience with solid state protection to provide a complete DC system.

• Current Router: a replacement of the traditional electromechanical breaker. Available in 16A 700V DC & 350V DC, it ensures ultra-fast breaking as well as full selectivity, allowing upstream and downstream devices to remain unaffected when a fault is created.

• AFE: a bi-directional AC/DC converter equipped with protection from the Current Router. The Active Front End comes with a grid interactive system combined with electrical power, utilized in DC microgrid applications.