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GIS Substation Explained: IEEE-Compliant Design Across EHV, HV & MV Voltage Classes
From 345 kV transmission backbones to 4 kV industrial distribution, IEEE standards govern every discipline in substation engineering — grounding, seismic, lightning protection, cybersecurity, and more. In this video, we walk through how IEEE-compliant design is applied across EHV, HV, and MV substations including GIS and hybrid AIS-GIS configurations.
Full breakdown: https://keentelengineering.com/ieee-compliant-ehv-hv-mv-substation-design-services-by-keentel-engineering
0:34 Why IEEE Standards Matter
1:12 Key Standards Applied
2:34 Engineering Process
3:36 Voltage Class Expertise
4:33 Case Study 01 — 230/34.5 kV Solar + BESS Substation
5:27 Case Study 02 — Urban Brownfield GIS Expansion
6:17 Case Study 03 — Mobile Substation Engineering
Видео GIS Substation Explained: IEEE-Compliant Design Across EHV, HV & MV Voltage Classes канала Keentel Engineering
Full breakdown: https://keentelengineering.com/ieee-compliant-ehv-hv-mv-substation-design-services-by-keentel-engineering
0:34 Why IEEE Standards Matter
1:12 Key Standards Applied
2:34 Engineering Process
3:36 Voltage Class Expertise
4:33 Case Study 01 — 230/34.5 kV Solar + BESS Substation
5:27 Case Study 02 — Urban Brownfield GIS Expansion
6:17 Case Study 03 — Mobile Substation Engineering
Видео GIS Substation Explained: IEEE-Compliant Design Across EHV, HV & MV Voltage Classes канала Keentel Engineering
GIS substation IEEE 80 grounding substation grounding grid EHV substation design transmission substation design IEEE substation standards high voltage substation seismic substation design substation engineering power systems engineering gas insulated switchgear IEEE 693 seismic IEEE 998 lightning substation design
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