Substation Design Control (Protection and Facility Planning)
Substation design management is the process of designing, planning and constructing a substation to ensure that it meets the necessary safety, reliability and performance standards.Substation Design Control, This includes selecting appropriate equipment and layouts, determining power flow and protection schemes, and ensuring compliance with regulations and industry standards.
It also includes coordination with other stakeholders, such as transmission and distribution system operators, as well as managing the construction and commissioning of the substation.
The objective of substation design management is to ensure that a substation is able to safely and reliably transmit and distribute power to the customers it serves. Substation design management training is a type of training that teaches individuals how to design, operate and maintain a substation.
This training typically includes topics such as substation layout and equipment selection, protection and control systems, and electrical safety. Training may also include hands-on experience with substation design software and equipment. Burraq Engineering solution ptovides Substation Design Control (Protection And Facility Planning) Training courses in Lahore. The aim of substation design management training is to equip individuals with the knowledge and skills required to design and maintain safe, efficient and reliable substations

Substation Design Control (Protection and Facility Planning)
- Rs 40,000/-
- Course Duration 1 Month
- Online Session
- On Campus Lecture + Practicle
- Video Lecture Available
- Urdu & English
- 24/7 Support
- TRAINING COURSE HIGHLIGHTS
- EARTHING SYSTEM OF SWITCHYARDS
- EXAMPLE OF SWITCHYARD EARTHING SYSTEM DESIGN
- LIGHTNING PROTECTION OF SWITCHYARDS
- EXAMPLE OF SWITCHYARD LIGHTNING AND SURGE PROTECTION DESIGN
- PROTECTION DESIGN FOR SUBSTATION-1
- EXAMPLES/CASE STUDIES OF MV SUBSTATION PROTECTION
- PROTECTION DESIGN FOR SUBSTATION-2
- EXAMPLES/CASE STUDIES OF HV SUBSTATION PROTECTION
- SWITCHYARD CONTROL AND INTERLOCKING
- EXAMPLE CASE STUDY OF DESIGN OF HV SUBSTATION CONTROL AND AUXILIARY SYSTEMS
- SWITCHYARD-FACILITY PLANNING
- GAS INSULATED SWITCHGEAR (GIS) AS AN ALTERNATIVE TO OUTDOOR SWITCHYARD
Course Fee: 40,000/-
Duration; 1 Month
Timings: 9AM-11AM, 11AM-1PM, 1PM-3PM, 3PM-5PM, 5PM-7PM, 7PM-9PM