Advance Electrical Design And Engineering Institute is providing best Online substation Design Training program which will be presented by means of Power Point slides through which all the required theory and equations will be provided.

Online substation design training Course also includes case studies where the participants are required to take part in class activities including system analysis, calculations, relay settings, etc. our trainer will also use training videos for better understanding of the participants. The participants will be progressively assessed during the training course via quizzes, questions, assignments, and worked examples.

The Main online Substation Design Training Course covers the designing and Commissioning of switchgears and switchyards, power transformers, service transformers, switching devices (circuit breakers, disconnect switches, earthing switches, etc.), gantry towers, cable trenches and cable ducts, and substation buildings. The main Topics Discussed in Online substation Design Course also discusses clearance distances, cable and transformer sizing, lightning/switching impulse/power frequency protection (surge arresters and surge diverters), basic insulation level (BIL), instrument transformer types, substation geotech and feasibility studies, substation location, and load studies. In this training seminar the participants will have the opportunity to discuss the pros and cons of different busbar configurations and build up single line diagrams and layout diagrams as the main tools for system analysis. The participants will also have the opportunity to determine the system voltage profile together with the technical specifications of switchgears, outdoor circuit breakers and busbars, power cables, etc.

We will give detail design training on Online substation Design Course based on substation components like will discusses some popular protection earthing systems, batteries and battery chargers, AC and DC auxiliary systems and panels, power factor compensation (PFC) techniques, power quality issues (such as harmonics, voltage flicker, sag, swell, etc.), and the impacts and applications of embedded generation. In this training course, the participants will have the opportunity to calculate fault currents and system impedances by means of Per Unit system, and practice power system circuitry analysis, fault root cause analysis, propose appropriate protection schemes and choose suitable CT’s, VT’s, and relays for different scenarios through industry-based practical worked examples and mini projects to achieve an optimized and coordinated operation of control and protection devices in typical complex power systems.

Syllabus Outline of Substation Design Course (Online and Offline)

• Preparation of Key SLD, PSLD for switchyards, Main ACDB & DCDB SLD
• Preparation of EHV HV Substation Design (Layouts For up to 400kv)
• Substation Earthing calculation-Design calculation and Layout IEEE -80 & IS 3043(Indian Standard)
• Bus Bar Sizing Calculation IEC-865P-1,IEEE 605-2008, IEC 1597
• Short Circuit Force Calculation IEC-865 P-1, IS 802
• DSLP Calculation IEEE 998-1996 IS 2309
• SAG and Tension Calculation IS-802P-1
• Cantilever Strength Calculation IEC-60865 P-1, IS-802 P-1
• Transformer Sizing
• CT/PT Sizing(VA - Burden & Knee Point Voltage).
• Cable Sizing Calculation.
• Load Flow Analysis & Short Circuit Analysis
• Vendor Drawing, GTP Review in line with Tender, GTP/Specification & Client Meeting.
• Conductor sizing, Power cables sizing & Voltage drop calculations.
• CT & PT Sizing and Battery Sizing Calculation.
• Earthing & Direct stroke lightning protection (DSLP) design calculation.
• Short Circuit force (SCF) & Sag tension calculation.
• Auxiliary Load calculation for substation.
• Indoor and outdoor lighting design calculation, lighting design calculation for road.
• IEEMA Calculation