Industry & Research Training on Sustainable Hybrid Energy System Design and Analysis

25 June-05 July 2026 | 7:30 PM IST | Online| Certificate

About the Training

This 10-day online industry and research training program provides participants with practical knowledge and hands-on experience in designing and optimizing hybrid renewable energy systems. The course covers renewable resource assessment, hybrid system modeling, techno-economic analysis (TEA), life cycle assessment (LCA), multi-objective optimization, and real-world case studies using HOMER Pro software. Participants will gain industry-relevant skills applicable to renewable energy projects, research, consulting, and sustainable development initiatives.

What You Will Learn

• Fundamentals of Hybrid Renewable Energy Systems (HRES)

• HOMER Pro software and energy system simulation

• Solar, wind, biomass, hydro, and battery integration

• Resource assessment and load profile development

• Techno-Economic Analysis (TEA)

• Life Cycle Assessment (LCA)

• Multi-objective optimization techniques

• Environmental impact assessment

• Hybrid system design and operation strategies

• Real-world renewable energy case studies

Course Features

• Live online training sessions

• Daily practical exercises using HOMER Pro

• Lecture recordings and study materials

• PPTs, toolkits, research PDFs, and templates

• Project work and case studies

• Career guidance and policy insights

• Certificate upon successful completion

• Lifetime access to recordings and templates
  

Learning Outcomes

• Design and simulate hybrid renewable energy systems

• Optimize energy systems using HOMER Pro

• Conduct techno-economic and environmental assessments

• Evaluate renewable energy project feasibility

• Perform sensitivity and scenario analyses

• Develop sustainable and cost-effective energy solutions

• Apply renewable energy concepts in industry and research projects

• Enhance career opportunities in clean energy and sustainability sectors
  

Who Can Join

• Engineering Students (B.Tech, BE, M.Tech, ME)

• PhD Scholars and Research Fellows

• Renewable Energy Engineers

• Energy Analysts and Planners

• Government and Policy Professionals

• Development Sector Professionals

• Entrepreneurs and Startups in Clean Energy

• Urban and Regional Planners

• Students aspiring for careers in sustainable energy

Course Fee

Indian Participants: ₹ 2500
International Participants: 130 USD

Course Module

Day 1 – Introduction to Hybrid Renewable Energy Systems (HRES)

• Overview of renewable energy sources: solar, wind, biomass, hydro

• Basics of SPV, wind, battery, and diesel systems

• Hybrid system configurations and rural electrification
  

Day 2 – HOMER Pro & LCA/TEA Concepts

• Optimization and techno-economic analysis

• Life Cycle Assessment (LCA)

• HOMER Pro interface and workflow

• Simulation, optimization, and sensitivity analysis
  

Day 3 – Load Profile Development & Demand Management

• Residential, commercial, industrial, and community loads

• Daily, seasonal, and annual load profiles

• Demand-side management strategies
  

Day 4 – Resource Assessment & Hybrid Topology Design

• Solar irradiance and wind resource assessment

• Resource databases (NASA, NREL, SolarGIS, Meteonorm)

• Component modeling and system design

• AC/DC coupling and dispatch strategies
  

Day 5 – Hybrid System Design & Integration

• Control strategies and system operation

• Load following and cycle charging

• Inverter management and integration
  

Day 6 – Economic Assessment & Optimization

• NPC, COE, and LCOE calculations

• Financial analysis of energy systems

• Multi-criteria optimization
  

Day 7 – Sensitivity Analysis & LCA Integration

• Fuel cost and inflation sensitivity analysis

• Environmental footprint assessment

• Scenario comparison techniques
  

Day 8 – System Performance & Environmental Impact

• Performance evaluation of HRES

• Peak shaving and backup systems

• Policy considerations and net metering
  

Day 9 – Case Studies & Mini Project

• Location-specific energy system modeling

• Simulation and optimization exercises

• Troubleshooting and peer discussions
  

Day 10 – Project Showcase & Program Wrap-Up

• Final project completion

• Presentation and result interpretation

• Future applications, research opportunities, and open discussion

LOCATION

Vikas Nagar, Lucknow