C.R. Technology Systems has a long-time international experience in the construction of electrical switchgear.
The most chosen by our customers is Normal Clad: a medium-voltage (MV) metal-clad air-insulated (AIS) switchgear, designed for primary distribution grids.
It is equipped with metallic segregated compartments and withdrawable components. It can be supplied as standard or Internal Arc-Classified IAC AFLR.
Tailor-made Solution
Remote control
Safety
MAIN APPLICATIONS
-
Oil & gas
-
Railway sector
-
Smart grid
-
Primary distribution grids
-
Mobile substations
-
Renewable solutions (photovoltaic and hydroelectric plants, wind power stations)
Apart from the main applications, we implement customized switchgears:
-
NORMAL CLAD IP65 (UP TO 40,5kV)
Ideal for mines and locations subject to severe ambient conditions
-
NORMAL CLAD 40,5kV
Ideal for electric-arc furnaces in steelwork
-
DUPLEX SWITCHGEAR
Ideal for installations in environments and cabins where the space optimization is mandatory (such as naval applications, offshore platforms)
-
DOUBLE BUSBAR SWITCHGEAR
Ideal for primary distribution electrical substations
MAIN COMPONENTS IN AN ELECTRICAL CUBICLE
-
Circuit-breaker and MV contactor
-
Voltage and current transformers
-
Surge arresters
-
Main busbar
-
Earthing switches
-
Space heaters
-
Low-voltage panel, including:
Protection relays
Low-voltage (LV) protection and circuit-breakers
Command and control devices
SMART EQUIPMENT
-
Temperature and humidity detection sensors and communication to SCADA system
-
Arc fault detection with ultra-fast extinction of the same
OUR MAIN PROJECTS
MAIN COMPONENTS IN AN ELECTRICAL CUBICLE
-
Circuit-breaker and MV contactor
-
Voltage and current transformers
-
Surge arresters
-
Main busbar
-
Earthing switches
-
Space heaters
-
Low-voltage panel, including:
Protection relays
Low-voltage (LV) protection and circuit-breakers
Command and control devices
SMART EQUIPMENT
-
Temperature and humidity detection sensors and communication to SCADA system
-
Arc fault detection with ultra-fast extinction of the same