BE II (Semester VIII) – – SWITCHGEAR & Students will be able to The student will be able PROTECTION know construction, working to: principle and applications in knowledge of circuit system of different types breakers and relays in of circuit breakers and relays substation & construction, with their protection. working principle and applications in power system of different types of circuit breakers and relays with their protection. ELECTRICAL To learn how to design a The student will be able MACHINES DESIGN transformer and an induction to: design a transformer motor and synchronous and an induction and motor. synchronous motor. UTILIZATION & The student should know The student will be able ENERGY about electric traction, to: know about electric CONSERVATION control of electric drives, to traction, control of study different heating and electric drives, to study welding methods and energy different heating and management and audit by welding methods and visiting a industry. energy management and audit. HVDC The student will know The student will be able advantages, limitations of to: HVDC transmission over Apply knowledge of EHVAC. To study HVDC for protection of overvoltage and over current HVDC substation, its protection of HVDC system advantages over EHVAC and reactive power wherever DC power is compensation, harmonics available. and filters, grid control and characteristics. Project PII To put the engineering He will demonstrate the knowledge into a real-time skills of plan, design and application. develop an electrical or electronics project to test his engineering learning.
BE – II (Semester – VIII) SWITCHGEAR & PROTECTION Students will be able to know construction, working principle and applications in system of different types of circuit breakers and relays with their protection. The student will be able to: knowledge of circuit breakers and relays in substation & construction, working principle and applications in power system of different types of circuit breakers and relays with their protection. ELECTRICAL MACHINES DESIGN To learn how to design a transformer and an induction motor and synchronous motor. The student will be able to: design a transformer and an induction and synchronous motor. UTILIZATION & ENERGY CONSERVATION The student should know about electric traction, control of electric drives, to study different heating and welding methods and energy management and audit by visiting a industry. The student will be able to: know about electric traction, control of electric drives, to study different heating and welding methods and energy management and audit. HVDC The student will know advantages, limitations of HVDC transmission over EHVAC. To study overvoltage and over current protection of HVDC system and reactive power compensation, harmonics and filters, grid control and characteristics. The student will be able to: Apply knowledge of HVDC for protection of HVDC substation, its advantages over EHVAC wherever DC power is available. Project PII To put the engineering knowledge into a real-time application. He will demonstrate the skills of plan, design and develop an electrical or electronics project to test his engineering learning.