Energy Baseline Development
Build an organisational energy-performance baseline.
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Program 7 of 8Integrated Program
Advanced Carbon and Energy Management
Develop integrated capability across organisational energy performance and carbon management—from energy assessment and greenhouse-gas accounting through efficiency, low-carbon technologies, project economics, monitoring and implementation.
Category
Integrated Program
Duration
~80 h
Modules
12
Key areas
Energy managementEnergy auditingCarbon accountingScope 1, 2 and 3Energy efficiencyRenewable energyDecarbonisationProject economicsPerformance monitoringGovernance
12 Modules
About the Program
Advanced Carbon and Energy Management equips participants with the technical and strategic capability to evaluate, manage and improve organisational energy performance and greenhouse-gas emissions within a single integrated framework.
The program connects energy assessment, carbon accounting, efficiency improvement, renewable and low-carbon technologies, project economics, performance monitoring and organisational implementation.
Participants learn how to move from fragmented energy and emissions data toward structured decision-making, practical decarbonisation actions and sustained performance improvement.
The emphasis is on applied carbon and energy management, not sustainability theory alone.
What You Will Learn
- Explain the relationship between energy performance, greenhouse-gas emissions and organisational strategy.
- Identify major energy users and establish appropriate energy-performance indicators.
- Develop organisational energy and emissions baselines.
- Apply structured energy-audit methods.
- Develop and interpret Scope 1, Scope 2 and relevant Scope 3 inventories.
- Evaluate data quality, assumptions and uncertainty.
- Identify energy-efficiency and demand-reduction opportunities.
- Evaluate renewable-energy, electrification and low-carbon energy options.
- Identify major emissions hotspots and decarbonisation levers.
- Develop structured carbon and energy reduction pathways.
- Evaluate improvement projects using technical and economic criteria.
- Apply CAPEX, OPEX, payback and NPV considerations.
- Establish appropriate carbon and energy KPIs.
- Develop monitoring and measurement approaches.
- Design governance and implementation structures.
- Prioritise competing improvement initiatives.
- Communicate carbon and energy performance effectively.
- Develop an integrated organisational carbon and energy management roadmap.
Program Curriculum
12 modules · ~80 h indicative total
Energy and Carbon Management Fundamentals~6 h10 topics
- Energy and emissions fundamentals
- Energy-carbon relationship
- Organisational boundaries
- Management objectives
- Operational performance
- Carbon intensity
- Energy intensity
- Baselines
- Performance indicators
- Strategic context
Energy Systems, Consumption and Performance~6 h12 topics
- Energy flows
- Electricity and fuel consumption
- Major energy users
- Boilers and steam
- Motors and drives
- Pumps
- Compressed air
- HVAC and refrigeration
- Process heating
- Load profiles
- Energy intensity
- Performance benchmarking
Energy Auditing and Opportunity Assessment~6.5 h11 topics
- Audit scope and objectives
- Historical energy data
- Facility walkthroughs
- Metering and measurements
- Utility-system review
- Energy-loss identification
- No-cost and low-cost measures
- Capital improvement measures
- Savings estimation
- Opportunity registers
- Audit reporting
Organisational Carbon Accounting~6.5 h11 topics
- GHG accounting principles
- Organisational boundaries
- Operational boundaries
- Scope 1
- Scope 2
- Scope 3
- Activity data
- Emission factors
- Inventory periods
- Baseline years
- Inventory consolidation
Carbon Data, Emission Factors and Inventory Quality~6 h11 topics
- Data-quality principles
- Source-data evaluation
- Emission-factor selection
- Assumptions
- Estimation methods
- Missing data
- Uncertainty
- Documentation
- Audit trails
- Internal controls
- Inventory review
Energy Efficiency and Demand Reduction~7 h11 topics
- Process optimisation
- Utility efficiency
- Equipment loading
- Demand reduction
- Heat recovery
- Energy-loss reduction
- Operating discipline
- Maintenance impacts
- Controls and automation
- Low-cost versus capital measures
- Efficiency prioritisation
Renewable Energy and Low-Carbon Energy Systems~6.5 h11 topics
- Renewable electricity
- Onsite generation
- Solar and wind considerations
- Electrification
- Energy storage
- Fuel switching
- Low-carbon fuels
- Grid interaction
- Technical constraints
- Operational integration
- Technology-selection considerations
Decarbonisation Strategy and Pathways~7 h10 topics
- Emissions hotspots
- Reduction levers
- Target-setting principles
- Abatement pathways
- Sequencing initiatives
- Short-, medium- and long-term actions
- Operational constraints
- Technology readiness
- Scenario development
- Decarbonisation roadmap design
Techno-Economic Evaluation of Carbon and Energy Projects~7 h12 topics
- CAPEX
- OPEX
- Energy savings
- Carbon savings
- Cost avoidance
- Simple payback
- NPV
- Lifecycle considerations
- Risk
- Sensitivity
- Project comparison
- Prioritisation
Carbon and Energy Performance Monitoring~6 h11 topics
- Energy KPIs
- Carbon KPIs
- Metering
- Sub-metering
- Measurement and verification
- Dashboards
- Variance analysis
- Target tracking
- Corrective action
- Performance reporting
- Continuous improvement
Governance, Reporting and Organisational Implementation~6 h11 topics
- Roles and responsibilities
- Management structures
- Policies
- Accountability
- Internal reporting
- Stakeholder communication
- Decision rights
- Governance processes
- Implementation planning
- Change management
- Embedding performance into operations
Integrated Carbon and Energy Management Capstone~9.5 h9 topics
- Energy baseline
- Carbon inventory
- Hotspot analysis
- Energy-efficiency opportunities
- Low-carbon options
- Economic evaluation
- Prioritisation
- Implementation roadmap
- KPI framework
Who Should Attend
Energy and carbon managersSustainability and ESG professionalsProcess and chemical engineersMechanical and electrical engineersEnvironmental engineersOperations and facilities managersUtility specialistsDecarbonisation practitionersProject and development engineersTechnical consultantsHSE and environmental managersCorporate strategy and performance professionalsTechnical leaders responsible for energy, emissions or resource efficiency
Prerequisites
- Basic familiarity with engineering, energy, operations, environmental management or sustainability
- Basic numerical and spreadsheet skills
- General understanding of organisational energy use or greenhouse-gas emissions
Prior exposure to energy auditing or carbon accounting is helpful but not mandatory. Participants should be comfortable working with technical data, calculations and applied case studies.
Practical Learning
Participants apply the program through substantial analytical and decision-making exercises.
Major Energy User Assessment
Identify significant energy users and priority performance gaps.
Carbon Inventory Exercise
Develop Scope 1, Scope 2 and selected Scope 3 calculations.
Energy Audit Exercise
Assess a simulated facility and identify efficiency opportunities.
Decarbonisation Opportunity Assessment
Compare efficiency, electrification, renewable-energy and fuel-switching options.
Project Economics Exercise
Evaluate CAPEX, OPEX, savings, payback and NPV.
Scenario and Pathway Analysis
Compare alternative decarbonisation pathways.
KPI Development Exercise
Design an integrated carbon and energy performance framework.
Integrated Capstone Project
Integrated Carbon and Energy Management Plan
The program concludes with a substantial organisational scenario containing energy-consumption data, fuel use, electricity use, production/activity data, utility-system information, Scope 1 and 2 emissions, selected Scope 3 activities, operational constraints, improvement opportunities and indicative project costs.
Applied workflow
- Energy baseline
- Carbon inventory
- Hotspot analysis
- Efficiency opportunities
- Low-carbon options
- Project economics
- Prioritisation
- Implementation roadmap
- KPI and monitoring
- Governance framework
Final deliverable includes
Resources Included
Representative resources for the website (the full internal toolkit may be broader):
Energy Baseline Template
Major Energy User Register
Energy Audit Checklist
GHG Inventory Workbook
Scope 3 Screening Matrix
Emission Factor Register
Carbon Hotspot Assessment Template
Decarbonisation Opportunity Matrix
Project Economics Worksheet
Scenario Analysis Template
Carbon and Energy KPI Dashboard Template
Implementation Roadmap Template
What You Will Gain
Develop the capability to integrate energy performance, greenhouse-gas accounting, efficiency improvement, low-carbon technologies and project evaluation into a practical organisational management framework.
- Stronger energy-management capability
- Practical carbon-accounting experience
- Ability to identify efficiency and decarbonisation opportunities
- Improved understanding of renewable and low-carbon energy options
- Stronger project-economics capability
- Practical KPI and monitoring skills
- Structured implementation and governance methods
- Experience developing an integrated carbon and energy roadmap
Industry Applications
ManufacturingEnergy and utilitiesMining and resourcesChemicals and petrochemicalsOil and gasWater and wastewaterFood and beveragePharmaceuticalsInfrastructureTransport and logisticsCommercial facilitiesPublic-sector organisationsMulti-site operations
Delivery Options
Live Virtual Training
Interactive instructor-led delivery incorporating exercises, analysis and discussion.
Instructor-Led Classroom Training
Face-to-face delivery with practical activities, case work and direct instructor interaction.
Corporate Cohorts
Organisation-specific delivery with examples and scenarios adapted to relevant operational or technical contexts where appropriate.
Blended Delivery
A combination of instructor-led sessions and structured independent activities or applied project work.