The 9 pole CBGS 36kV switchgear by Schneider Electric shown in the photo is just leaving our test hall. The Factory Acceptance Test (FAT) procedure is a key stage in which we uncompromisingly verify the quality of each connection and the correctness of the automation.
Why are we doing this? Because there is no room for guesswork in the energy industry. Sound preparation in the factory means peace of mind for the customer on site.

We would like to thank our client for the trust and the professionally executed project 
📦 Direction: Installation at the customer's premises!
#RSwitchgear #Engineer #OTechnical Acceptance #FAT #EnergySolutions #Quality #SchneiderElectric 

The CBGS-0 switchgear (or its variants in the CBGS series) from Schneider Electric is one of the most advanced medium-voltage solutions, particularly appreciated in the industrial sector, commercial power generation and critical infrastructure.
Why CBGS? 

Because it is a switchboard that provides : 

Compact and space-saving design
- Gas insulation (GIS): Thanks to the use of SF6 gas as an insulating medium, the distances between phases are significantly smaller than in air-insulated switchgear (AIS). This allows the dimensions of the entire substation to be drastically reduced.
- Modularity: The design allows for easy configuration and optimal use of available space inside containers or buildings.
Maximum safety and reliability
- Resistance to external influences: as all live conductive components are enclosed in a hermetic stainless steel container, the switchgear is completely resistant to dust, moisture, air salinity and chemical contaminants.
- Arc protection: The device is designed to protect the operator in the event of an internal arc (IAC classification) by directing post-arc gases into safe zones.
- No access to live parts: The hermetic housing excludes the risk of accidental contact with live parts.
Low Total Cost of Ownership (TCO)
- Maintenance-free SN compartment: the gas tank is “sealed for life” (sealed for life), which means that it does not require gas top-ups or main contact maintenance for decades (up to 30-40 years).
- Long life: Robust construction and the lack of corrosion effects on internal components translate into very infrequent periodic maintenance.
4. Advanced digitalisation and SMART Ready
- Thermal monitoring: Can be fitted with wireless contact temperature sensors to detect failures before they occur (predictive maintenance).
- Easy integration: the switchgear works with modern field controllers (e.g. the Easergy series) and SCADA master systems, allowing full remote control and diagnostics.
5. flexibility of installation and expansion
- Busbar system: The CBGS allows easy interconnection of bays, facilitating possible future expansion of the switchgear without the need for complex engineering work.
- Wide performance range: The switchgear can cope with high rated currents (up to 2000 A and more depending on the version) and high short-circuit currents.