The Certified Energy Manager (CEM) program is designed to provide participants with the knowledge and skills necessary to optimize energy efficiency in commercial, industrial, and institutional facilities. This program covers various energy management principles, auditing techniques, and energy performance metrics, preparing participants to successfully pass the CEM exam and apply these skills in their professional environment.
Energy managers
Facility managers
Engineers
Energy consultants
Sustainability professionals
Project managers involved in energy projects
Understand the principles of energy management and auditing
Learn how to evaluate energy performance in buildings and facilities
Gain insights into energy systems, HVAC, lighting, and renewable energy sources
Develop energy-saving strategies and identify opportunities for energy efficiency
Prepare for the Certified Energy Manager (CEM) exam
Day 1: Fundamentals of Energy Management and Auditing
Session 1: Introduction to Energy Management
Overview of energy management
Role of an energy manager
Importance of energy efficiency in today’s business environment
Regulatory frameworks and policies affecting energy management
Session 2: Energy Auditing Basics
Types of energy audits (walk-through, general, investment-grade)
Steps in conducting an energy audit
Key energy consumption metrics and performance indicators
Use of benchmarking for energy management
Day 2: Energy Systems and Technologies
Session 1: Electrical Systems
Overview of electrical systems in buildings
Energy consumption patterns in electrical equipment
Power factor, demand control, and load management
Energy-saving techniques for electrical systems
Session 2: HVAC Systems and Energy Efficiency
Fundamentals of heating, ventilation, and air conditioning systems
Energy performance in HVAC systems
Key strategies to improve HVAC energy efficiency
Case studies on HVAC energy-saving initiatives
Day 3: Energy Efficiency in Lighting and Controls
Session 1: Lighting Systems
Introduction to energy-efficient lighting technologies
Comparison of lighting systems: LED, CFL, and traditional lighting
Strategies for improving lighting efficiency in commercial and industrial buildings
Session 2: Building Automation and Control Systems
Building energy management systems (BEMS)
Use of automation for energy monitoring and control
Smart controls and sensors for optimizing energy use
Day 4: Renewable Energy and Sustainability
Session 1: Renewable Energy Technologies
Overview of renewable energy sources (solar, wind, biomass)
Integrating renewable energy into facility energy systems
Cost-benefit analysis of renewable energy projects
Case studies on renewable energy implementation
Session 2: Sustainability and Energy Management
Sustainable energy management practices
Energy management’s role in environmental sustainability
Corporate social responsibility (CSR) and energy efficiency
Day 5: Energy Performance and Certification Preparation
Session 1: Energy Performance and Monitoring
Energy performance metrics and KPIs
Using software tools for energy management
Energy consumption analysis and reporting
Continuous improvement in energy management
Session 2: CEM Exam Preparation
Review of key topics for the CEM exam
Practice questions and problem-solving exercises
Tips and strategies for the CEM exam
Final Q&A and wrap-up