Voltage Regulator with Precision (VRP)
A journey into the VRP’s inner and outer world
TSi Power’s IGBT-based PWM Static Voltage Regulator with Precision (VRP) ensures continuous seamless voltage correction with stability amid grid problems and circuit disruptions.
Core features/benefits of the products:
- It offers a static design with no moving parts.
- It delivers step-less voltage correction.
- There’s instant real-time, precision voltage correction.
- It has efficient voltage sag elimination.
- It offers an effective suppression of surges and spikes.
- It eliminates voltage overshoot during the mains cycle.
- Outstanding load compatibility is available.
- It delivers exceptional handling of regenerative loads while maintaining stability
- It utilizes the built-in fast automatic AC-AC Converter bypass system in case of a fault condition.
- It has a smooth and soft switch-on.
- It offers effortless servicing and installation with a plug-and-play functionality.
- Its exceptional reliability combines high dependability with extreme cost-effectiveness.
Variants
Three Phase VRP
Introducing our Three -Phase VRP Series, offered in sizes from 3KVA up to 300 KVA with 6KVA to 300KVA available in the ± 13% model, 160KVA to 200KVA available in the ± 18% model, 3KVA to 130KVA available in the ± 20% model and 6.5KVA to 120KVA available in the ± 26% model. This series boasts remarkable power efficiency, ranging from 95% to over 97% during voltage regulation and even higher during normal voltage conditions.
Single Phase VRP
Discover our Single-Phase VRP Series, with standard sizes available from 1KVA up to 15 KVA available in the ± 20% and 3KVA to 10KVA in the ± 26% model. Higher sizes up to 100 KVA can also be made available upon request. This series is known for its impressive power efficiency, achieving 95% to 96% during regulation and surpassing that under normal voltage conditions.
Three Phase– HPS VRP
Presenting our Three-Phase HPS VRP Series, offered in capacities from 3KVA to 50KVA in a ± 20% model. This series stands out for its outstanding power efficiency, achieving levels of over 96% during voltage regulation, and even higher under normal voltage conditions.
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