Industrial Energy Audit Course

Lesson 1 • Industrial Energy Supply Infrastructure

Maps the utility systems that deliver energy to plant processes. Provides context for understanding metering points and billing structures.

Lesson 2 • Energy Conversion and Loss Mechanisms

Examines how energy transforms between forms and where losses occur. Connects thermodynamic principles to real plant inefficiencies.

Lesson 3 • Regulatory and Standards Landscape

Surveys mandatory reporting obligations and voluntary efficiency standards relevant to industrial sites. Positions compliance as a driver of audit scope.

Lesson 4 • Energy Forms and Industrial Applications

Covers thermal, electrical, mechanical, and chemical energy as used in manufacturing. Establishes the vocabulary needed for all subsequent audit work.

Lesson 1 • Metering Technologies and Selection

Reviews electrical, thermal, and flow meters used in industrial settings. Guides selection based on accuracy requirements and installation constraints.

Lesson 2 • Data Logging and Monitoring Systems

Explains continuous and interval logging hardware and software platforms. Links real-time monitoring to identifying consumption anomalies.

Lesson 3 • Data Quality and Validation

Establishes methods to detect missing, erroneous, or inconsistent energy data. Ensures audit conclusions rest on reliable evidence.

Lesson 4 • Utility Bill Analysis and Interval Data

Extracts consumption patterns from utility invoices and interval meter data. Reveals demand charges, power factor penalties, and seasonal trends.

Lesson 1 • Energy Balance and Loss Quantification

Constructs a facility-wide energy balance to locate and size losses. Provides the quantitative foundation for prioritising improvement opportunities.

Lesson 2 • Audit Report Writing and Presentation

Structures findings, recommendations, and financial analysis into a professional report. Prepares auditors to communicate results to technical and executive audiences.

Lesson 3 • On-Site Walkthrough and Inspection

Guides systematic observation of equipment, controls, and operating practices during site visits. Trains auditors to spot visible waste and anomalies quickly.

Lesson 4 • Audit Types and Scope Definition

Distinguishes walkthrough, preliminary, and detailed audit levels and their deliverables. Aligns audit depth with client objectives and budget.

Lesson 1 • Demand Management and Peak Shaving

Applies load scheduling, storage, and curtailment strategies to reduce peak demand charges. Directly reduces electricity costs without changing total consumption.

Lesson 2 • Industrial Lighting Efficiency

Compares lighting technologies, controls, and daylighting strategies for industrial spaces. Lighting upgrades often deliver fast payback with minimal disruption.

Lesson 3 • Compressed Air System Optimisation

Identifies leaks, pressure mismatches, and control inefficiencies in compressed air systems. Compressed air is among the most expensive industrial utilities per unit of work.

Lesson 4 • Power Factor and Reactive Power Management

Explains causes of poor power factor and methods to correct it. Reducing reactive power lowers utility penalties and frees distribution capacity.

Lesson 1 • Pinch Analysis and Heat Integration

Applies pinch methodology to minimise external heating and cooling utility demand. Enables systematic identification of heat exchanger network improvements.

Lesson 2 • Steam System Optimisation

Covers steam generation, distribution losses, trap failures, and condensate recovery. Steam systems frequently account for 30–50% of industrial energy use.

Lesson 3 • Combustion Systems and Efficiency

Analyses burner performance, excess air, and flue gas losses in boilers and furnaces. Combustion tuning is often the highest-impact thermal measure.

Lesson 4 • Waste Heat Recovery Technologies

Surveys recuperators, regenerators, economisers, and heat pumps for capturing waste heat. Matches technology to temperature grade and application requirements.

Lesson 1 • Integrated HVAC and Process Heat Strategies

Explores using process waste heat for space heating and coordinating HVAC with production schedules. Integration multiplies savings beyond individual system improvements.

Lesson 2 • Industrial HVAC System Overview

Maps the components and control logic of industrial ventilation and space conditioning systems. Distinguishes process ventilation from comfort conditioning requirements.

Lesson 3 • Building Envelope Thermal Performance

Quantifies heat gain and loss through walls, roofs, glazing, and doors. Envelope improvements reduce both heating and cooling loads simultaneously.

Lesson 4 • Industrial Refrigeration and Cooling Systems

Analyses chiller, evaporative cooling, and refrigeration system performance. Covers coefficient of performance and opportunities for load reduction.

Lesson 1 • Operational Controls and Competency

Establishes procedures, training, and behavioural controls for significant energy uses. Ensures efficiency gains are maintained through daily operations.

Lesson 2 • Objectives, Targets, and Action Plans

Translates energy review findings into measurable targets and documented action plans. Connects strategic goals to operational improvement projects.

Lesson 3 • EnMS Framework and Plan-Do-Check-Act Cycle

Introduces the management system structure and the PDCA improvement cycle. Establishes how systematic management sustains efficiency gains over time.

Lesson 4 • Energy Review and Significant Energy Uses

Guides the energy review process to identify significant energy uses and their drivers. Focuses management attention on the highest-impact consumption areas.

Lesson 1 • Capital Cost and Implementation Estimation

Covers methods for estimating equipment, installation, and project management costs. Realistic cost estimates prevent over-optimistic payback projections.

Lesson 2 • Portfolio Prioritisation and Roadmap Development

Ranks multiple projects using multi-criteria scoring and builds a phased implementation roadmap. Enables organisations to sequence investments for maximum strategic impact.

Lesson 3 • Financing Mechanisms and Incentives

Surveys energy performance contracts, green loans, grants, and utility rebate programmes. Financing options can eliminate upfront capital barriers to project implementation.

Lesson 4 • Energy Cost and Savings Calculation

Translates physical energy savings into monetary values using tariff structures. Accurate cost calculations are the foundation of any financial justification.