Energy Fundamentals & Management
1. Training Introduction
Energy is a critical driver of economic development and technological advancement. Understanding energy fundamentals and management practices is essential for efficient utilization, cost optimization, and sustainability. This programme provides participants with a solid foundation in energy types, conversion, storage, efficiency, and management principles, preparing them to implement effective strategies for energy optimization in industrial, commercial and utility sectors.
Participants will gain practical skills in energy auditing, monitoring, policy application, and management systems, alongside knowledge of renewable integration and emerging technologies in energy management.
2. Training Objective
By the end of this programme, participants will be able to:
- Understand fundamental concepts of energy, its forms, and applications.
- Analyze energy conversion, storage, and efficiency principles.
- Apply energy management techniques and auditing practices.
- Identify opportunities for energy savings and optimization.
- Integrate renewable energy and emerging technologies into energy strategies.
- Evaluate economic and environmental impacts of energy management decisions.
- Develop actionable plans for sustainable and efficient energy utilization.
3. Targeted Group
This programme is suitable for:
- Energy managers and coordinators
- Facility and operations managers
- Industrial engineers and plant personnel
- Sustainability and environmental specialists
- Utility and energy consultants
- Graduate students specializing in energy, electrical, or mechanical engineering
4. Course Duration
- Total Duration: 2 Weeks
- Weekly Commitment: 16 Hours (Lectures + Labs + Exercises)
Total Learning Hours: ~40–45 hours
5. Training Methodology
Blended learning approach combining:
- Instructor-led theoretical sessions
- Practical exercises and energy auditing case studies
- Group workshops and scenario-based exercises
- Assignments and exercises using energy management tools
- Capstone project integrating energy management concepts
Assessment includes quizzes, lab reports, assignments, and a final capstone project.
6. Course Modules & Content
Module 1 — Energy Concepts & Fundamentals
- Forms of energy: electrical, thermal, mechanical, chemical
- Energy units and conversion
- Primary and secondary energy sources
- Energy efficiency and conservation principles
Activity: Identify energy flows in a typical facility
Module 2 — Energy Conversion & Storage
- Principles of energy conversion
- Storage technologies: batteries, thermal storage, pumped hydro
- Energy losses and efficiency optimization
- Selection of appropriate conversion and storage systems
Workshop: Evaluate storage options for a sample facility
Module 3 — Energy Management Principles
- Energy management systems (EnMS) and ISO 50001
- Energy policy, planning, and organizational roles
- Key performance indicators for energy efficiency
- Continuous improvement in energy management
Exercise: Develop an energy management plan framework
Module 4 — Energy Auditing & Monitoring
- Types of energy audits: preliminary, detailed, and investment-grade
- Measurement and data collection techniques
- Monitoring and targeting energy performance
- Benchmarking and gap analysis
Lab: Conduct a sample energy audit for a facility
Module 5 — Energy Efficiency in Systems & Equipment
- Efficiency improvement in electrical, thermal, and mechanical systems
- Motors, HVAC, lighting, and process equipment efficiency
- Loss identification and mitigation strategies
- Best practices in energy utilization
Hands-On: Identify efficiency measures in a sample system
Module 6 — Renewable Energy & Emerging Technologies
- Solar, wind, biomass, and small hydro integration
- Hybrid energy systems
- Smart energy solutions and IoT-enabled monitoring
- Environmental and sustainability considerations
Workshop: Design a renewable integration scenario for a facility
Module 7 — Economic & Environmental Analysis
- Cost-benefit analysis of energy projects
- Energy pricing, tariffs, and financial planning
- Carbon footprint and environmental impact assessment
- Regulatory frameworks and compliance
Exercise: Evaluate the economic impact of energy-saving measures
Module 8 — Capstone Project: Integrated Energy Management Plan
- Apply concepts to a real or simulated facility
- Conduct energy audit, identify savings opportunities, and recommend solutions
- Evaluate economic, technical, and environmental benefits
- Present findings and improvement plan
Deliverable: Capstone project report and presentation
7. Expected Outcomes
Participants completing this programme will:
✔ Understand energy fundamentals, conversion, and storage
✔ Apply energy management principles and auditing techniques
✔ Identify and implement energy-saving opportunities
✔ Integrate renewable and emerging energy technologies
✔ Evaluate economic and environmental impacts of energy projects
✔ Develop actionable energy management plans
✔ Present comprehensive energy optimization strategies
8. Certificate of Completion
Participants who:
- Attend at least 80% of sessions
- Complete all module assignments and lab exercises
- Submit and present the capstone project
will receive a Certificate of Completion from:
FOTADE Training, Research and Resource Development Centre
Certificate Includes:
- Participant’s Full Name
- Programme Title: Energy Fundamentals & Management
- Duration & Completion Date
- Summary of Skills Acquired
- Official Seal & Signature of Programme Director
