CONVENTIONAL FLUID STATION SERVICE VOLTAGE TRANSFORMER
Resilience and reliability, even in extreme operating conditions
Resilience and reliability,
even in extreme operating conditions
CONVENTIONAL FLUID STATION SERVICE VOLTAGE TRANSFORMER
170 kV
Station Service Voltage Transformers utilizing Conventional Fluid insulation provide low-voltage power directly from HV potential in substations, with the proven Trench design and highest reliability.
CHARACTERISTICS
- For voltage levels up to 170 kV
- Single phase units with power outputs <10 kVA up to 100 kVA
- Complies with the specific requirements of the SSVT standard (dual IEC and IEEE logos)
GENERAL
- Designed and manufactured without partial discharge
- Scalable design with 3 units in 3-phase systems or additional units connected in parallel
- No maintenance for a long life of over 30 years
MAIN FEATURES
Resilience and reliability,
even in extreme operating conditions
Design
A safe and reliable design based on Trench's inductive voltage transformers with conventional liquid insulation. The original design of the VTs has proven itself in practice for over six decades.
Seismic
Exceptional seismic performance as a consequence of the optimized design of the insulator.
High Voltage Insulation
The optimum field grading is achieved by a fine condenser grading system that has been designed specifically for this particular application.
Low voltage Power supply
Optimized high-voltage coil for power output and specially designed low-voltage winding for power output. This allows a correspondingly large cross-section to be connected to the secondary outputs.
Modular design
Allows the use of a reduced number of components.
PRODUCT APPLICATIONS
Trench
CONVENTIONAL FLUID STATION
SERVICE VOLTAGE TRANSFORMER
Main components of
the Conventional Fluid Station Service Voltage Transformer
Based on a design that has proven over decades, Trench's Conventional Fluid Station Service Voltage Transformer provides the perfect combination of an inductive voltage transformer and a small power transformer.