UPCOMING SESSIONS
Energy audits and their associated fundamental energy-related understanding have become essential subjects to combat climate change, achieve net-zero by 2050, and improve industrial and commercial bottom-line savings. The energy auditor uses the systems approach to assess significant energy uses in companies. International best practices are used to balance the effort of auditing energy systems and the value-added to the company with due regard to cost, savings, and risks. Energy audit results should be calculated, packaged, and presented in such a way as to convert potential into realised savings.
This ETC training course covers industrial and commercial facilities, focusing on energy systems, including electric motors, lights, heating, ventilation, air conditioning, fans, pumps, boilers, and compressors. The delegates will evaluate and analyse energy use in a facility and identify energy efficiency measures to make recommendations to minimise energy costs.
The energy auditor will understand the energy-related science and systematically assess energy systems in a facility. The delegates will identify, quantify, and recommend energy-saving opportunities where consumption can be reduced or optimised. Whether building new knowledge or validating experience, energy audit workshop participants will learn theoretical concepts based on many years of international practical experience.
By the end of this training course, the participants will be able to:
- Conduct energy audits with confidence in industrial and commercial facilities
- Optimise the use of energy in buildings, plants, and systems
- Package and recommend financially feasible energy savings opportunities for implementation
- Understand electrical-, thermal-, and mechanical –energy systems
- Develop baseline adjustment models according to ISO50001 and international Measurement & Verification guidelines
This training course will use various proven learning techniques to ensure maximum understanding, comprehension and retention of the information presented. The training course will follow a participative workshop format. It will be focused on developing practical skills that delegates can apply in real-life business situations on return to their organisation.
Upon completion of this course, the organisational impact would be:
- Improved technical capacity of the workforce on energy systems and its associated optimisation
- Improved financial competitiveness and productivity
- Improved operational management
- Reduced greenhouse gas emissions and environmental impact
- Improved marketing position due to net-zero by 2050 target alignment
On the successful completion of this training course, the delegate will be able to:
- Appreciate the effects of climate change and the positive solution to a successful outcome
- Understand the basics of energy, efficiency, conversion, and balance
- Understand energy systems that may encounter at a facility and their associated optimisation
- Assess and investigate a facility’s energy systems operations with confidence
- Package and recommend identified potential energy savings opportunities
- Communicate an identified energy management project in the language of financial decision-makers
Professionals that are involved in undertaking and assessing energy auditing projects. The delegates that influence the operation of significant energy-consuming equipment, utility management, or energy optimisation implementation projects.
This ETC training course is suitable to a wide range of professionals but will greatly benefit:
- Energy Managers
- Operational or Building Managers
- Maintenance Managers
- Building or Process Operators
- Energy Engineering Consultants and Project Engineers
DAY ONE: GLOBAL ENERGY TRENDS AND ENERGY FUNDAMENTALS
- Global Energy and Market Trends
- The Road to Net Zero by 2050
- Alternative Generation and Energy Storage
- Drivers and Barriers to Energy Efficiency
- Basics of Energy
- Energy Efficiency
- Energy Conversion
- Energy Investigation Tools and Software
DAY TWO: ELECTRICAL ENERGY
- Electrical Fundamentals
- Power Factor
- Motor Systems Optimization
- Motor Efficiencies
- Power Quality
- Variable Speed Drives and Affinity Laws
- Lighting Fundamentals, Terminology, and Types
- Lighting Control and Opportunities
DAY THREE: THERMAL ENERGY
- Properties of Fluids
- Psychrometric Charts
- Vapour Compression Cycle
- Heating, Ventilation, and Air-Conditioning
- Chillers and Refrigeration
- Building Envelope
- Heat Transfer
- Steam Systems Optimisation
DAY FOUR: MECHANICAL ENERGY
- Pump Systems Optimisation
- Pump and System Performance Characteristics
- Fan Types its and Applications
- Fan Systems Optimisation
- Compressed Air Supply Side: Compressed Air and Compressor Applications
- Compressed Air Treatment and Distribution
- Compressed Air Demand-Side: Eliminate Waste
- Compressed Air System Optimisation
DAY FIVE: ENERGY AUDITS AND ENERGY MANAGEMENT
- Energy Audits: Methodology
- Energy Audit Types
- Data Analysis and Tariffs
- Instrumentation and Controls
- Financial Life Cycle Cost Analysis and Business Case Development
- Energy Management Systems
- Measurement & Verification
- Baseline Adjustment Determination and Regression Analysis
