HVAC Energy Management Professional

Join our HVAC Energy Management Professional

Institute of Energy Management

Noblesville, IN 46060. USA

Course Overview: HVAC Energy Management Professional (HEMP)

The HVAC Energy Management Professional (HEMP) course is designed to equip engineers, energy managers, and facility professionals with the technical expertise and analytical skills required to manage, optimize, and sustain energy performance in heating, ventilation, and air-conditioning (HVAC) systems.

In modern buildings, HVAC systems typically account for 40–60% of total energy consumption—making them the most critical target for energy conservation and operational efficiency. This professional program bridges engineering principles with sustainable energy management practices, focusing on both design efficiency and operational optimization.

Through a blend of theory, real-world case studies, and practical energy audit exercises, participants learn how to analyze system performance, identify inefficiencies, and implement proven strategies to reduce energy consumption while maintaining occupant comfort and indoor air quality.

The course emphasizes data-driven decision making, building automation, and smart control technologies—empowering professionals to transition from conventional maintenance to intelligent, predictive, and sustainable HVAC management

What You’ll Learn:

How HVAC systems consume and waste energy across different building types.
Methods for conducting detailed HVAC energy audits and developing corrective action plans.
Techniques for optimizing chilled-water systems, air distribution, and controls.
How to integrate renewable energy systems and energy recovery into HVAC design.
Application of Building Management Systems (BMS) and Energy Management Systems (EMS) for monitoring and control.
Understanding of international standards such as ASHRAE 90.1, ISO 50001, and LEED energy credits.
Evaluation of system efficiency through performance indicators such as COP, EER, SEER, and IPLV.
Strategies for developing energy-saving projects and retrofit proposals with measurable ROI.

Why Take This Course:

Learn to reduce HVAC energy costs by up to 30% through analytical and engineering methods.
Gain recognized certification in energy management—valued globally in the MEP and facilities industries.
Stay aligned with global sustainability initiatives and green building practices.
Enhance your career as an Energy Manager, HVAC Engineer, Sustainability Consultant, or Facilities Professional.
Apply knowledge directly to real building projects through guided case studies and simulation-based exercises.

Who Should Enroll:

HVAC Design & Maintenance Engineers
Energy Auditors and Consultants
Facility & Building Managers
Mechanical Engineers and MEP Professionals
Sustainability and LEED Professionals
Project Managers involved in energy or retrofitting projects

Course Format:

Mode: Online / Hybrid / Classroom
Duration: 6–8 Weeks
Structure: 10 Modules + Case Studies + Final Project
Assessment: Module Quizzes, Assignments, Energy Audit Project, and Final Certification Exam

Certification:

Upon successful completion, participants receive the “HVAC Energy Management Professional” Certificate—demonstrating proficiency in advanced energy management, system optimization, and sustainable HVAC practices in alignment with ASHRAE Standards, ISO 50001, and LEED standards.

Course Title: HVAC Energy Management Professional

About This Course:

The HVAC Energy Management Professional course provides a deep understanding of energy-efficient HVAC system design, operation, maintenance, and optimization techniques. It bridges engineering principles with sustainable energy practices to help professionals reduce energy costs, improve system performance, and support green building goals.

Key Learning Outcomes:

By the end of this course, learners will be able to:

Understand energy consumption patterns in HVAC systems.
Apply energy auditing and benchmarking methods for HVAC systems.
Design and retrofit systems for enhanced energy efficiency.
Utilize advanced control strategies and automation (BMS/EMS).
Implement renewable and sustainable HVAC technologies.
Evaluate energy performance using key performance indicators (KPIs).
Align HVAC operations with international standards such as ASHRAE, LEED, and ISO 50001.

Course Module Structure

Module 1: Introduction to HVAC Energy Management

Importance of Energy Management in HVAC Systems
Energy Demand in Buildings and HVAC Contribution
Energy Efficiency and Sustainability Concepts
Role of the Energy Manager

Module 2: Fundamentals of HVAC Energy Consumption

HVAC System Components and Energy Flows
Cooling and Heating Loads and Energy Relationship
Thermodynamics of Energy Efficiency
Coefficient of Performance (COP), EER, SEER, IPLV
Power Factor and Electrical Energy Basics

Module 3: Energy Auditing for HVAC Systems

HVAC Energy Audit Procedures
Types of Energy Audits (Preliminary, Detailed, Investment-grade)
Measurement and Verification (M&V) Techniques
Data Logging and Energy Metering Equipment
Identifying Energy Losses in HVAC Systems

Module 4: HVAC System Optimization Techniques

Load Management and Control Strategies
Variable Air Volume (VAV) and Variable Refrigerant Flow (VRF) Systems
Chilled Water System Optimization (Pumps, Cooling Towers, Chillers)
Air Distribution Optimization and Duct Leakage Control
Free Cooling, Heat Recovery, and Economizers

Module 5: Energy-Efficient Design and Retrofits

Retrofit Opportunities in Existing Buildings
High-Efficiency Chillers, Boilers, and Heat Pumps
Efficient Fans, Motors, and Drives (VFD Integration)
Advanced Insulation and Duct Design
Life Cycle Cost Analysis (LCCA)

Module 6: Building Automation and Control Systems

Role of BMS and EMS in Energy Management
Control Strategies: Temperature, Pressure, and Flow Optimization
Smart Sensors, IoT Integration, and Predictive Control
Data Analytics for Energy Optimization
Case Study: Energy Savings via Smart Building Controls

Module 7: Renewable Integration & Sustainable HVAC Systems

Solar Cooling and Heating Applications
Geothermal Heat Pump Systems
Hybrid HVAC Systems (DOAS + VRF + ERV)
Energy Storage Systems in HVAC (Thermal & Electrical)
Carbon Footprint Reduction in HVAC

Module 8: Standards, Benchmarking & Compliance

ASHRAE Standards (90.1, 189.1, 62.1)
LEED & Green Building Rating Systems
ISO 50001: Energy Management System Framework
Benchmarking Tools: ENERGY STAR, RETScreen
National Energy Codes and Regional Standards

Module 9: Energy Performance Monitoring & Reporting

Key Performance Indicators (KPIs) for HVAC Energy Efficiency
Energy Dashboards and Reporting Techniques
Data Interpretation and Energy Benchmarking
Continuous Energy Improvement Programs

Module 10: Case Studies & Practical Applications

Case Study 1: Chilled Water Plant Optimization in a High-Rise Building
Case Study 2: Retrofitting an Existing HVAC System for Energy Savings
Case Study 3: BMS Integration for Energy Efficiency
Case Study 4: Solar-Assisted HVAC System for a Commercial Facility

Formulas & Key Metrics (examples):

COP = Cooling Output (kW) / Power Input (kW)
Energy Efficiency Ratio (EER) = BTU/hr ÷ Watts
Chiller Efficiency (kW/TR) = Power Input (kW) ÷ Cooling Load (TR)
Energy Saving (%) = (Baseline Energy – Reduced Energy) / Baseline × 100

Assessments & Evaluation:

Module Quizzes: Multiple-choice and short-answer tests per module
Assignments: Energy audit reports, optimization calculations, BMS case analysis
Practical Task: Develop an energy management plan for a sample building
Final Project: Energy Efficiency Improvement Proposal for a commercial HVAC system

Suggested Duration Plan:

Total Duration: 6–8 Weeks
Weekly Commitment: 3–4 Hours
Delivery Mode: Online / Blended / Classroom
Final Week: Case Study Presentation & Certification Exam

Certification & Benefits:

Upon successful completion, participants will receive:

Certificate: HVAC Energy Management Professional (HEMP)
Recognition of competency in sustainable and energy-efficient HVAC operation
Eligibility to work as an Energy Manager / HVAC Efficiency Specialist / Sustainability Consultant
Alignment with MEP Education frameworks