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Module 1: Introduction to Renewable Energy Infrastructure in India
1-Renewable-Energy-and-Transmission-Infrastructure-Construction-Management
Overview of India’s Renewable Energy Mission (Solar, Wind, Hydro Goals)
Policy Framework and MNRE Guidelines
Project Lifecycle in Renewable Energy Construction
Module 2: Site Selection and Land Development for Renewable Projects
2-Site-Selection-and-Land-Development-for-Renewable-Projects
Criteria for Site Identification (Topography, Soil, Wind/Solar Resource)
Land Acquisition Procedures and Clearances
Earthwork, Grading, and Drainage Planning for Power Parks
Module 3: Civil Works for Solar Power Plants
3-Civil-Works-for-Solar-Power-Plants
Design and Construction of Module Mounting Structures Foundations
Road, Drainage, and Boundary Infrastructure in Solar Parks
Cable Trench, Inverter Pad, and Control Building Construction
Module 4: Wind Farm Civil Works and Foundation Design
4-Wind-Farm-Civil-Works-and-Foundation-Design
Wind Turbine Foundation Design and Construction Sequence
Access Road, Crane Pad, and Tower Erection Logistics
Quality and Safety Practices during Wind Farm Construction
Module 5: Hydro Power Civil Infrastructure
5-Hydro-Power-Civil-Infrastructure
Construction of Intake, Penstock, and Powerhouse Structures
RCC and Steel Works in Small Hydro Projects
River Diversion, Cofferdam, and Flood Control Measures
Module 6: Electrical Infrastructure in Renewable Energy Projects
6-Electrical-Infrastructure-in-Renewable-Energy-Projects
Cable Laying, Earthing, and Internal Power Distribution
Inverter Stations, Transformers, and Control Panels
Electrical Quality Checks and Commissioning Procedures
Module 7: Substation Construction and Commissioning
7-Substation-Construction-and-Commissioning
Layout and Civil Foundation for 33/132/220/400 kV Substations
Equipment Installation: Circuit Breakers, Isolators, CTs, PTs
Testing, Commissioning, and Synchronization with Grid
Module 8: Transmission Line Construction Management
8-Transmission-Line-Construction-Management
Tower Spotting, Foundation, and Erection Techniques
Conductor Stringing, Sagging, and Safety Protocols
Coordination with Power Grid and Local Authorities
Module 9: Coordination between EPC, Civil, and Electrical Teams
9-Coordination-between-EPC-Civil-and-Electrical-Teams
Interface Management between Design, Procurement, and Execution
Progress Monitoring and Technical Issue Resolution
Site Coordination Meetings, Documentation, and Handover Process
Module 10: Quality Control and Inspection in Renewable Projects
10-Quality-Control-and-Inspection-in-Renewable-Projects
Civil and Electrical QA/QC Checklists
Material Inspection and Testing Protocols (Concrete, Steel, Cables)
Pre-Commissioning Quality and Final Acceptance
Module 11: Health, Safety & Environment (HSE) in Renewable Construction
11-Health-Safety-and-Environment-in-Renewable-Energy-Construction
HSE Guidelines for Solar, Wind, and Hydro Sites
PPE, Work-at-Height, and Electrical Safety Procedures
Environmental Protection and Waste Management
Module 12: Project Planning, Costing & Resource Management
12-Project-Planning-Costing-and-Resource-Management
Planning, Scheduling, and Cost Estimation Techniques
Resource Optimization for Large-Scale Renewable Projects
Budget Control, Progress Reporting, and Variance Analysis
Module 13: Risk Management & Regulatory Compliance
13-Risk-Management-and-Regulatory-Compliance-in-Renewable-Energy-Projects
Construction and Environmental Risks in Renewable Projects
Mitigation Strategies for Weather, Delay, and Design Risks
Compliance with Local and National Energy Regulations
Module 14: Operation, Maintenance & Performance Monitoring
14-Operation-Maintenance-and-Performance-Monitoring
Civil and Electrical Maintenance Schedules
Inspection and Upkeep of Transmission Lines and Substations
Performance Tracking and Asset Management Practices
Module 15: Case Studies and Future of Renewable Infrastructure
15-Case-Studies-and-Future-of-Renewable-Infrastructure
Case Studies: Major Solar, Wind, and Hydro Projects in India
Lessons Learned and Execution Challenges
Emerging Trends in Renewable Construction and Transmission Expansion
