Manufacturer
GE Vernova
GE Grid Solutions focuses on solving power system challenges by combining advanced electrical equipment with digital technologies and services. Its offerings span the entire grid value chain—from planning and design to installation, operation, and maintenance—helping utilities build reliable, efficient, and low-carbon grids. Equipment Portfolio:
The equipment forms the physical backbone of GE’s grid solutions. Key categories include:
Transformers – Power and distribution transformers for voltage conversion and grid stability.
Switchgear – Gas-insulated (GIS) and air-insulated switchgear, circuit breakers, and protection devices.
Disconnectors & Instrument Transformers – For isolation, measurement, and system protection.
Capacitors & Reactors – Used for voltage control and reactive power compensation.
SERVICE: Consulting (Including Diagnostic) Field Services (Including Installation and Commissioning) Parts, Repair, & Workshop RME – Renovation, Modernisation, and Extension Training.
These components ensure safe, reliable, and efficient power flow across transmission and distribution networks.
Power Transformers
GE Vernova’s comprehensive suite of power transformers support a wide range of voltage levels with applications in generation, transmission and distribution. GE Vernova offers a wide variety of power transformers from medium to ultra-high voltage (1200 kV AC and ±1100 kV DC) and from small (5 MVA) to very large power ratings (2750 MVA).
GE Vernova Transformers
GE Vernova’s comprehensive suite of power transformers support a wide range of voltage levels with applications in generation, transmission and distribution. GE Vernova offers a wide variety of power transformers from medium to ultra-high voltage (1200 kV AC and ±1100 kV DC) and from small (5 MVA) to very large power ratings (2750 MVA).
Spiral wound gasket
A spiral wound gasket is manufactured by spirally winding a preformed metal strip and a filler on the outer periphery of metal winding mandrels. The winding mandrel outside diameter forms the inner diameter of the gasket and the superposed metal and non-metallic windings are continually wound until the required outer diameter is attained.
