PRACTICAL APPLICATION FOR ENERGY MANAGEMENT AND EFFICIENCY IN ELECTRICAL EQUIPMENT
20 - 21 JULY 2026
16 CDP Approved by ST
COURSE INTRODUCTION
This practical programme shows how electrical-energy data can be turned into measurable operating-cost improvements. Participants learn the fundamentals of energy auditing, maximum-demand and power-factor management, high-efficiency motors and variable-speed drives before applying energy checks to common fan, blower and compressed-air systems. Case-based examples help teams identify realistic efficiency opportunities and support better decisions on electrical assets.
COURSE OBJECTIVES
By the end of this programme, participants should be able to:
- Plan the essential data collection steps for an electrical-energy audit.
- Interpret electrical-energy, demand and power-factor information.
- Identify opportunities to reduce maximum-demand and power-factor penalties.
- Evaluate the application of high-efficiency motors and variable-speed drives.
- Assess common efficiency opportunities in fan, blower and compressed-air systems.
- Recommend practical electrical-energy improvements supported by operating data.
WHO SHOULD ATTEND
This programme is suitable for electrical and energy managers, engineers, chargemen, technicians, facilities and maintenance teams, and supervisors responsible for electrical assets, energy audits or operating-cost improvement.
COURSE CONTENT
- Electrical-energy audit principles and data-collection planning
- Energy, demand, tariff and operating-cost calculations
- Maximum-demand monitoring and peak-demand management
- Power-factor principles, correction methods and asset benefits
- High-efficiency motor construction, losses and efficiency evaluation
- Variable-speed drive principles, benefits and application limits
- Energy checks for fan and blower systems
- Energy checks for compressed-air systems
- Case-based identification and prioritisation of efficiency measures
