Energy Management Course

Lesson 1 • The Business Case for Energy Management

Quantifies financial, environmental, and reputational benefits of managing energy. Equips learners to justify energy programmes to decision-makers.

Lesson 2 • Energy Consumption Patterns and Drivers

Examines how energy is consumed across sectors and what factors drive demand. Connects consumption data to management priorities.

Lesson 3 • Energy Management Frameworks and Standards

Introduces internationally recognised energy management system structures and their core requirements. Sets the governance context for the entire course.

Lesson 1 • Data Collection Planning and Execution

Guides learners through designing a data collection plan, conducting site surveys, and interviewing facility staff. Ensures completeness and accuracy of audit inputs.

Lesson 2 • Audit Reporting and Recommendations

Teaches how to structure audit findings, prioritise opportunities, and communicate results clearly. Bridges data collection to decision-making.

Lesson 3 • Metering and Measurement Techniques

Covers meter types, placement strategies, and data logging methods for accurate energy measurement. Directly supports reliable data collection in audits.

Lesson 1 • Defining Energy Performance Indicators

Explains what makes an effective EnPI, including relevance, measurability, and alignment with organisational goals. Anchors performance tracking to strategic objectives.

Lesson 2 • Benchmarking Against Peers and Standards

Applies internal and external benchmarking to contextualise performance and set stretch targets. Motivates improvement by revealing competitive gaps.

Lesson 3 • Monitoring and Tracking Performance

Introduces monitoring plans, data review cycles, and variance analysis to track EnPI trends. Connects measurement to corrective action.

Lesson 1 • Lighting Systems and Controls

Examines lamp technologies, luminaire efficiency, and control strategies to reduce lighting energy. Demonstrates quick-win opportunities with measurable payback.

Lesson 2 • Building Envelope and Thermal Performance

Analyses insulation, glazing, air sealing, and thermal bridging as drivers of heating and cooling loads. Establishes the physical basis for building energy demand.

Lesson 3 • Building Energy Management Systems

Introduces automated control platforms that integrate building systems for optimised energy use. Links technology to the monitoring and performance tracking skills from Chapter 3.

Lesson 4 • Whole-Building Energy Modelling

Teaches simulation-based approaches to predict energy performance and evaluate retrofit scenarios. Enables evidence-based decision-making for capital investments.

Lesson 1 • Electric Motor Systems Efficiency

Covers motor efficiency classes, sizing, variable speed drives, and system-level optimisation. Motors represent the dominant electrical load in industrial settings.

Lesson 2 • Compressed Air System Optimisation

Identifies leakage, pressure management, and demand-side controls as key savings levers. Compressed air is amongst the most energy-intensive industrial utilities.

Lesson 3 • Industrial Energy Auditing Practices

Adapts audit methodology from Chapter 2 to industrial contexts with complex process loads. Produces facility-specific savings roadmaps for industrial clients.

Lesson 4 • Steam and Heat Distribution Systems

Analyses boiler efficiency, steam trap performance, insulation, and condensate recovery. Addresses thermal energy losses common in process industries.

Lesson 1 • Wind, Biomass, and Other Renewables

Surveys wind, biomass, geothermal, and small hydro technologies for organisational applicability. Broadens the renewable portfolio beyond solar for diverse site conditions.

Lesson 2 • Feasibility Analysis for Renewable Projects

Applies financial and technical screening to rank renewable options by site suitability and return. Connects technology knowledge to investment decision-making.

Lesson 3 • Solar Photovoltaic Systems

Covers PV technology types, system sizing, shading analysis, and grid interconnection requirements. Provides the technical basis for evaluating rooftop and ground-mount installations.

Lesson 4 • Renewable Energy Procurement Strategies

Compares power purchase agreements, green tariffs, and renewable energy certificates as supply options. Enables organisations to meet renewable targets without on-site generation.

Lesson 1 • Energy Cost Forecasting and Risk

Covers energy price forecasting methods, sensitivity analysis, and risk-adjusted return calculations. Prepares learners to defend financial assumptions under scrutiny.

Lesson 2 • Core Financial Metrics for Energy Projects

Defines simple payback, net present value, internal rate of return, and life-cycle cost analysis. Establishes the financial language required for executive-level project approval.

Lesson 3 • Building and Presenting the Business Case

Structures a compelling investment proposal integrating financial, environmental, and strategic arguments. Develops persuasion skills needed to gain leadership commitment.

Lesson 1 • Energy Management Programme Design

Covers programme structure, resource allocation, team roles, and multi-site coordination. Translates policy intent into an operational management system.

Lesson 2 • Continuous Improvement and Programme Maturity

Applies maturity models and management review processes to advance programme sophistication over time. Ensures the energy management system evolves with organisational needs.

Lesson 3 • Energy Policy and Organisational Commitment

Guides development of a formal energy policy aligned with corporate strategy and leadership mandates. Establishes the governance foundation for a durable energy programme.

Lesson 4 • Behavioural Change and Energy Culture

Applies behavioural science to shift employee habits and embed energy awareness into daily operations. Addresses the human factor that determines long-term programme success.