Session one :

Introduction and start up 1. Introduction to Key Factors for Design PSH and Equipment Sizing Module Technology Performance Ratio (PR) Calculations Mounting Selection Criteria Grid-Connected Inverter Sizing MPPT Balancing & Buck Boost Concepts Verification with PVsyst Reports 2. Introduction to Utility Scale Power Equipment Power SLD Structure Grid Code Compliance Voltage Category & Protection Features Types of Solar Companies: Clarified roles—EPC, OWNER, DISTRIBUTOR. Contract Types: PPA and EPC. 3. MV Switchgear Cubicle Types Circuit Breaker (CB) Sizing Coupler Operation Riser Functionality Main CB Operation and Positions Earth Switch Positions and Operations Surge Arrestor Sizing and Selection Operating Hand Tools Power SLD (2 out of 3) Reliability and Cost Optimization Session two : Deep Dive with MV SG 🔹 1. MV Switchgear Revision Types of Cubicles & MV CB Sizing Bus Coupler Operation (2 out of 3) CB Operation (Service - Maintenance) Earth Switch Positions & Hand Tools 🔹 2. Advanced MV Switchgear Topics Power & Control SLD Protection Relay Circuit & Flag Relay Operation SCADA Signal List & Upstream Communication CT & VT Sizing & Wiring FAT Procedures & Construction SAT Stages 🔹 3. CAD File Implementation for MV Systems Creating Layers Power & Service SLD MV/HV SLD Development Session three : MV Components CAD Layers allocation & properties for PV stations (DC, AC LV, AC MV, Civil, Mech, Elec) works. Design and Key Specs for MV Components MV Cable Sizing & Specifications. Overhead Transmission Lines (OHTL) Tension Towers, Suspension Towers, ASCR. Load Break Switch (LBS) & Surge arrestors . Ring Main Unit Power & Protection Circuits. Transformer Stations Specifications, Protection ,(SLD). MV SLD, FAT, and SAT for all components. Session four: LV Components LV Cable Sizing AC SDB MDB SPECS , Types , 2 Windings connections to the Transformer secondary side Earthing detailed calculations String and central inverters Weather Station , Data loggers , RTU , Signal list from Inverters , Transformer station , MV SG . final Week sessions ( 5&6) , we brought everything together: generate a full technical package for a 50MW / 59MWp PV plant with Key Deliverables: ✅ PV Layout & Mech , Civil Drawings ✅ Transformer & Inverter Allocation ✅ Detailed AC & DC Single Line Diagrams ✅ AC & DC Voltage Drop Calculations ✅ SC Levels & Earthing detailed calculations ✅ Communication Diagram – SCADA, RTU & Monitoring system integration. ✅ Legends & Symbols – Standardized engineering clarity. ✅ Bill of Materials – Main equipment & accessories listed. ✅ PV Syst Report – Performance analysis for large-scale solar farms. ✅ Created dynamic project tracking tools for real-time progress and financial monitoring. ✅ Exported a detailed project timeline to define EPC responsibilities at every phase. ✅ Finalized the full project scope, specifications, and commissioning checklists to ensure a smooth execution.