Introduction:

Energy auditing and retrofitting are critical to enhancing energy efficiency, reducing consumption, and improving the sustainability of buildings and industrial facilities. This 5-day course is designed to equip participants with the knowledge and skills needed to perform energy audits, assess energy performance, and implement retrofitting strategies to optimize energy use. The course will cover the principles of energy auditing, tools for measurement and analysis, and practical approaches to upgrading existing systems for improved energy efficiency. Participants will also learn how to identify energy-saving opportunities and apply cost-effective solutions that meet environmental and economic goals.

Objectives:

By the end of this course, participants will:

1. Understand the fundamentals of energy auditing, its objectives, and the auditing process.
2. Gain the skills to assess energy consumption and identify inefficiencies in buildings and industrial systems.
3. Learn to use energy audit tools and techniques, including data collection and analysis.
4. Understand retrofitting strategies for improving energy efficiency, including insulation, HVAC systems, lighting, and renewable energy integration.
5. Be able to develop and implement an energy-saving action plan for retrofitting projects.
6. Learn about financial incentives, regulations, and standards related to energy audits and retrofitting.
7. Explore the latest trends and technologies in energy efficiency and retrofitting.

Who Should Attend:

This course is ideal for professionals in energy management, building design, and facilities management, including:

• Energy Auditors and Consultants
• Facility Managers and Building Operators
• Engineers (Mechanical, Electrical, Civil)
• Architects and Designers
• Contractors involved in energy efficiency and retrofitting projects
• Sustainability and Environmental Consultants
• Professionals seeking to expand their knowledge of energy management and retrofitting strategies

Course Outline:

Day 1: Introduction to Energy Auditing

• Session 1: What is an Energy Audit?
  • Definition and Importance of Energy Auditing
  • Key Benefits of Energy Audits: Cost Savings, Environmental Impact, Regulatory Compliance
  • Types of Energy Audits: Walkthrough Audits, Comprehensive Audits, and Investment-Grade Audits
• Session 2: Energy Audit Process and Methodology
  • Steps in Conducting an Energy Audit: Pre-Audit Planning, Data Collection, Analysis, and Reporting
  • Tools and Equipment for Energy Auditing: Energy Meters, Thermal Imaging Cameras, Flow Meters
  • Identifying Key Performance Indicators (KPIs) for Energy Consumption
• Session 3: Understanding Energy Consumption in Buildings and Systems
  • Types of Energy Use: Heating, Ventilation, Air Conditioning (HVAC), Lighting, Water Heating, and Appliances
  • Calculating Energy Usage and Efficiency for Building Systems
  • Energy Data Interpretation: Using Utility Bills, Energy Management Systems (EMS), and Benchmarking
• Activity: Group Discussion – Exploring Energy Consumption in Different Building Types (Residential, Commercial, Industrial)

Day 2: Energy Audit Tools and Techniques

• Session 1: Data Collection and Measurement Techniques
  • Conducting Site Visits: Identifying Energy Sources and Consumption Patterns
  • Using Energy Meters and Submetering for Data Collection
  • Measuring Temperature, Humidity, and Airflow in HVAC Systems
• Session 2: Energy Analysis and Identifying Inefficiencies
  • Performing Load Analysis: Peak Load vs. Baseline Consumption
  • Analyzing HVAC, Lighting, and Water Systems for Energy Waste
  • Identifying and Calculating Energy Losses in Building Envelope (Walls, Windows, Roofs)
• Session 3: Reporting and Recommendations for Energy Efficiency
  • Documenting Findings and Energy Use Profiles
  • Preparing Energy Audit Reports: Executive Summary, Recommendations, and Action Plans
  • Cost-Benefit Analysis and Payback Period for Energy Efficiency Improvements
• Activity: Hands-on Exercise – Conducting a Simple Energy Audit on a Mock Facility and Generating a Report

Day 3: Energy Retrofitting Strategies

• Session 1: Introduction to Retrofitting
  • What is Retrofitting and Its Role in Improving Energy Efficiency?
  • Types of Retrofitting: Structural, Mechanical, and Electrical
  • Benefits of Retrofitting: Energy Savings, Improved Comfort, Environmental Impact, and Value Addition
• Session 2: Retrofitting Building Envelope
  • Insulation: Types of Insulation Materials and Their Applications
  • Windows and Doors: Energy-Efficient Windows, Glazing, and Sealing
  • Air Sealing: Techniques to Minimize Air Leakage and Improve Building Efficiency
• Session 3: Retrofitting HVAC, Lighting, and Electrical Systems
  • Upgrading HVAC Systems: High-Efficiency Boilers, Heat Pumps, and Energy Recovery Ventilators
  • Retrofitting Lighting Systems: LED Lighting, Daylighting, and Occupancy Sensors
  • Optimizing Electrical Systems: Variable Speed Drives (VSDs) and Energy-Efficient Motors
• Activity: Case Study – Identifying Key Retrofit Measures in an Existing Building and Estimating Potential Savings

Day 4: Renewable Energy Integration and Smart Systems

• Session 1: Renewable Energy Systems for Retrofitting
  • Solar Energy: Photovoltaic (PV) Systems for Residential and Commercial Buildings
  • Wind Energy: Small-Scale Wind Turbines for Urban and Rural Areas
  • Other Renewable Technologies: Geothermal, Biomass, and Combined Heat and Power (CHP)
• Session 2: Smart Systems for Energy Management
  • Smart Thermostats, Energy Management Systems (EMS), and Building Automation
  • IoT and Smart Meters: Real-Time Energy Monitoring and Optimization
  • Demand Response Programs and Dynamic Pricing in Energy Systems
• Session 3: Financial and Regulatory Considerations for Retrofitting
  • Understanding Energy Efficiency Incentives, Rebates, and Tax Credits
  • Analyzing Financial Models for Retrofitting Projects: Initial Investment, ROI, and Savings
  • Energy Performance Standards: LEED, Energy Star, and ISO 50001 Certifications
• Activity: Workshop – Designing a Retrofit Plan with Renewable Energy Integration and Smart Systems

Day 5: Advanced Retrofitting Techniques and Case Studies

• Session 1: Advanced Retrofitting Technologies
  • Retro-commissioning: Evaluating and Optimizing Existing Building Systems
  • Energy Recovery Systems: Heat Recovery, Combined Heating and Power (CHP), and District Energy Systems
  • Smart Grid Integration and Electric Vehicle Charging Stations
• Session 2: Case Studies in Energy Auditing and Retrofitting
  • Real-World Examples of Successful Retrofitting Projects in Residential, Commercial, and Industrial Sectors
  • Key Challenges and Solutions in Implementing Energy Efficiency Measures
  • Lessons Learned from Large-Scale Retrofitting Projects
• Session 3: Final Review and Action Plan Development
  • Recap of Key Concepts and Strategies Learned
  • Developing Action Plans for Energy Audits and Retrofitting Projects
  • Steps to Take in Starting or Improving an Energy Audit and Retrofitting Business or Career
• Activity: Final Project – Developing an Energy Audit and Retrofitting Action Plan for a Sample Building

Course Delivery:

• Interactive Lectures: Detailed sessions on energy auditing principles, tools, and retrofitting strategies.
• Hands-on Exercises: Practical applications through case studies, group projects, and energy audit simulations.
• Workshops: Collaborative sessions focused on developing real-world energy audit and retrofitting plans.
• Site Visits (Optional): If possible, visits to retrofit projects or energy-efficient buildings to see best practices in action.
• Group Discussions: Opportunities to share experiences and ideas with industry peers.