What You'll Learn
- Understand climate, sustainability, and energy policies plus codes/standards (ASHRAE, IECC, ISO 50001) to guide compliant reporting and decision-making.
- Analyze energy units, procurement, tariffs, and rate structures to evaluate supply options, manage demand charges, and reduce point-of-use energy costs.
- Apply energy audit approaches and instrumentation basics to measure energy and power, track KPIs, and identify energy management measures for facilities.
- Evaluate energy accounting and project economics using time value of money, escalation, depreciation, and methods such as NPV, IRR, LCC, and payback analysis.
- Understand electrical power systems, power factor, motors, and drives to improve efficiency, address power quality, and optimize motor applications for savings.
- Design and assess lighting performance using photometric concepts, standards, retrofits, and controls to optimize visual comfort and energy efficiency results.
- Analyze HVAC systems and building envelope fundamentals to estimate loads, use psychrometrics, and identify efficiency opportunities through design choices.
- Implement building automation and controls concepts, including PID strategies, protocols, EIS, IoT, and AI, to monitor, optimize, and secure energy performance.
- Design and evaluate thermal and electric energy storage strategies, including chilled water, ice, PCM, sizing, and operating approaches with clear limitations.
- Analyze boiler and steam system performance using combustion efficiency, HHV/LHV, economizers, steam traps, condensate return, and heat recovery options.
- Evaluate distributed generation and renewable energy systems, including CHP, solar, microgrids, and building-to-grid integration to improve resilient supply.
- Optimize industrial energy systems by applying principles for pumps, compressed air, process steam, turbines, refrigeration, and waste heat recovery options.
- Implement operations, maintenance, and commissioning practices to quantify losses, improve reliability, and sustain energy performance through verification.
- Apply performance contracting and M&V fundamentals to structure ESPC/UESC projects, assess risk, calculate avoided cost, and verify savings with protocols.
Requirements
- Participants should have a basic understanding of energy use in buildings or industrial operations, proficiency in English, and a strong interest in energy efficiency, utility cost management, energy audits, and improving operational performance through structured analysis and continuous improvement.
Who This Course is For
- Engineering & Technical Energy Roles: For electrical, mechanical, and energy engineers, technicians, and analysts who want a structured, end-to-end view of energy systems—from motors and power quality to HVAC, lighting, and industrial utilities—so they can identify and evaluate efficiency opportunities with confidence.
- Facilities, Operations & Maintenance Teams: For facility managers, building engineers, O&M supervisors, and utility coordinators responsible for day-to-day performance. This course supports practical capability in monitoring usage, reducing losses, improving equipment performance, and sustaining results through maintenance and commissioning practices.
- Energy Auditing, Monitoring & Performance Improvement: For energy auditors and practitioners working with audits, measurement, and KPIs. Participants strengthen their approach to audit levels, instrumentation concepts, data interpretation, and prioritizing energy management measures that are grounded in verifiable performance.
- Sustainability, ESG & Decarbonization Practitioners:For sustainability leads and ESG-aligned roles who need a technical understanding of how policies, GHG accounting, and energy standards connect to real operational improvements—supporting credible reporting and practical progress toward decarbonization goals.
- Project, Finance & Decision-Makers for Energy Initiatives: For project managers, operations leaders, and professionals involved in budgeting and approvals. The course builds capability in energy accounting and economics—using concepts such as lifecycle cost, NPV/IRR, and payback—to compare options and make investment decisions transparently.
- Building Automation, Controls & Energy Information Systems Professionals: For BAS/controls engineers, energy managers, and those working with energy information systems, IoT, and optimization. Learners gain a clearer foundation in control strategies, integration concepts, and managing performance while considering cyber-security and IT coordination.
- Early-Career Learners Entering Energy Management: For students and fresh graduates seeking a comprehensive foundation across energy management topics, including standards, audits, building and industrial systems, and measurement and verification—helpful for understanding how energy performance work is structured in practice.
Your Instructor
ACCREVIA International
Transforming Knowledge Into Recognition
4.5 Instructor Rating
11 Reviews
2,497 Students
2 Courses
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