What's New

Eaton Nova NX-T Recloser

The NOVA NX-T recloser builds on the proven solid epoxy and vacuum interrupter technology of the NOVA recloser platform by incorporating a robust and reliable actuator design with integrated load-side resistive voltage sensors. In addition, the weather-resistant cable connector system helps protect cables from weather elements.

-16 kA rating for 15 kV and 27 kV applications with six integrated sensors                                                                                                                                                                                                                                                                      -Multiple control options available                                                                                                                                                                                                                                                                                                                                                                  -Site-ready options available to reduce installation time and cost

Read More

Oldcastle Duravault FRP

The Duravault FRP family of enclosures are produced in a unique hybrid process bonding strong, polymer concrete rings with high-impact resistant fiberglass sidewalls, forming a monolithic body. Paired with polymer concrete lid, select units are suitable for light or heavy incidental traffic. Specifiers can meet expected load ratings while installers can handle and modify with ease.

Read More

Eaton VisoVac Padmount Switchgear

Eaton’s VisoVac fault interrupter uses advanced, proven vacuum technology which provides the highest interrupting ratings in the industry. The device includes visible isolation and grounding for an all-in-one compact design—to handle the demands of underground and subsurface environments.

Read More

AMSC Distribution Volt-VAR Optimizer

Distribution Volt-VAR Optimizer

D-VAR VVO™ optimizes power electric grids at the distribution level, providing the essential flexibility and responsiveness needed as electric grids evolve towards a distributed generation (DG) architecture. DG refers to electricity generation within the distribution system itself, as opposed to the stream of electricity generated from centralized power plants, which is delivered to substations via the transmission grid and then delivered to customers via the distribution grid. Sources of DG include biomass, wind turbines, solar (photovoltaic, PV) panels and electric vehicles.

Read More

Trench Power Voltage Transformer

Trench Power Voltage Transformers (Power VTs) combine the attributes of an inductive voltage transformer with the application of a small power transformer. Therefore, they are the  perfect solution wherever low voltage with power in the range of 100 kVA is needed and high voltage is available.

Read More