Renewable Energy and Energy Transition Training Course

Participants can compare renewable technologies against resource, operational and commercial requirements.

• Solar photovoltaic configurations compared: rooftop, ground-mounted, floating and agrivoltaic systems
• Wind turbine selection linked to wind regime, hub height and setbacks
• Hydropower options assessed: run-of-river, reservoir, pumped storage and micro-hydro
• Bioenergy feedstocks screened for availability, competing uses, moisture and transport
• Geothermal generation matched to resource temperature, drilling depth and reservoir conditions
• Technology readiness levels used to distinguish proven and emerging options

Participants can interpret resource data and develop defensible annual energy yield assumptions.

• Solar irradiation data interpreted using global horizontal and plane-of-array measures
• Wind resource assessment uses speed distributions, direction roses and turbulence intensity
• Capacity factor calculated from annual generation and installed nameplate capacity
• Production losses quantified for shading, soiling, wake effects, curtailment and downtime
• P50 and P90 energy estimates distinguished for lender and investor decisions
• Seasonal generation profiles compared against facility demand and tariff periods

Participants can identify the grid conditions that determine renewable project feasibility.

• Load curves analysed by baseload, peak demand and daily variation
• Variable renewable generation matched against system demand and dispatch requirements
• Grid connection studies identify voltage, fault level and thermal constraints
• Curtailment risk assessed from congestion, oversupply and network operating limits
• Ancillary services explained: frequency response, reserves, voltage control and inertia
• Transmission expansion requirements linked to renewable resource zones and demand centres

Participants can assess storage and flexibility options for renewable energy integration.

• Battery storage sized using power rating, energy capacity and duration
• Round-trip efficiency, degradation and cycling limits included in storage economics
• Pumped hydro compared with batteries for duration, geography and capital intensity
• Demand response opportunities identified from controllable loads and operational schedules
• Thermal storage assessed for buildings, district energy and industrial heat applications
• Dispatch strategies tested against tariff periods, generation forecasts and reliability needs

Participants can build demand-side assumptions for an integrated transition plan.

• Energy balance constructed from electricity, fuels, heat and process consumption
• Efficiency measures prioritised using avoided energy, cost and implementation complexity
• Electrification options assessed for vehicles, heating, cooling and industrial processes
• Heat pumps evaluated using coefficient of performance and temperature requirements
• Load growth forecast from production plans, electrification and operational changes
• Demand reduction sequenced before renewable capacity and procurement decisions

Participants can map the development stages, approvals and dependencies of renewable projects.

• Project lifecycle mapped from site origination through construction and operations
• Site screening considers resource, land rights, access, grid proximity and constraints
• Permitting registers identify planning, environmental, water, aviation and grid approvals
• Land agreements compared: purchase, lease, easement and community benefit arrangements
• Development schedules built using critical-path dependencies and approval lead times
• Owner's engineer roles distinguished from developer, EPC contractor and operator

Participants can calculate and interpret renewable energy costs using standard project assumptions.

• Levelised cost of energy calculated from lifetime costs and discounted generation
• Capital expenditure separated into equipment, civil works, interconnection and development
• Operating expenditure estimated for maintenance, insurance, land and asset management
• Weighted average cost of capital linked to debt, equity and project risk
• Inflation, escalation and foreign exchange assumptions documented within financial models
• LCOE limitations recognised when comparing dispatchable and variable generation technologies

Participants can prepare a renewable project investment case using discounted cash flow methods.

• Discounted cash flow model structures revenues, costs, taxes and financing
• Net present value and internal rate of return calculated
• Debt service coverage ratio assessed against forecast project cash flows
• Sensitivity analysis tests tariffs, capital cost, generation and financing assumptions
• Scenario analysis compares base case, downside case and upside case
• Investment committee papers state decision criteria, assumptions and approval conditions

Participants can select revenue structures suited to renewable project and buyer requirements.

• Wholesale market pricing explained through merit order and marginal generation
• Feed-in tariffs, contracts for difference and auctions compared
• Merchant revenue risk assessed using price volatility and capture price
• Renewable energy certificates traced through issuance, ownership and retirement rules
• Corporate procurement models compared: onsite generation, PPA and utility green tariffs
• Additionality claims tested against project timing, ownership and contractual evidence

Participants can assess power purchase agreement terms and procurement choices.

• Physical and virtual PPAs distinguished by delivery and settlement arrangements
• Contracted volume structures compared: pay-as-produced, baseload and shaped supply
• Price clauses reviewed for fixed rates, indexation, floors and caps
• Settlement risk analysed through basis risk, imbalance charges and curtailment
• Credit support requirements assessed through guarantees, collateral and termination rights
• Procurement evaluation matrices score price, emissions claims, risk and flexibility

Participants can account for renewable electricity and assess the credibility of emissions claims.

• GHG Protocol Scope 2 location-based and market-based methods compared
• Emission factors selected using grid data, supplier evidence and reporting boundaries
• Renewable energy certificate quality assessed through vintage, geography and exclusivity
• Avoided emissions claims separated from inventory reporting requirements
• Residual mix factors applied where contractual instruments are unavailable
• Scope 3 electricity-related impacts identified within relevant value-chain categories

Participants can evaluate environmental impacts across renewable energy project life cycles.

• ISO 14040 and ISO 14044 life-cycle assessment stages applied
• Functional units defined for electricity generation and technology comparison
• Life-cycle inventory includes materials, transport, construction, operation and decommissioning
• Impact categories compare climate, water, land, biodiversity and resource depletion
• Environmental and social impact assessment follows screening, scoping and mitigation steps
• Biodiversity mitigation hierarchy applies avoidance, minimisation, restoration and offsetting

Participants can identify social risks and develop responsible stakeholder measures for transition projects.

• Stakeholder mapping identifies affected communities, rights holders and decision-makers
• Free, prior and informed consent principles considered for Indigenous Peoples
• Land acquisition risks assessed through tenure, livelihoods and displacement impacts
• Community benefit agreements define local priorities, governance and benefit allocation
• Just transition analysis considers jobs, skills, affordability and regional development
• Grievance mechanisms designed for accessible reporting, response and remedy

Participants can assess supply-chain risks and end-of-life requirements for renewable assets.

• Critical minerals linked to solar, wind, batteries and grid equipment
• Supplier due diligence reviews traceability, labour conditions and environmental controls
• Procurement specifications include warranties, performance guarantees and spare-parts obligations
• Solar panel end-of-life pathways assess reuse, recycling and disposal requirements
• Battery passport concepts connect material provenance, performance and recycling information
• Circular procurement criteria address repairability, recovery and decommissioning liabilities

Participants can assess renewable molecules and heat solutions for difficult-to-electrify demand.

• Green hydrogen production modelled from electrolyser load and renewable electricity
• Hydrogen value chains assessed across production, storage, transport and end-use
• Biofuels compared using feedstock origin, lifecycle emissions and blending limits
• Renewable heat options include biomass, solar thermal, geothermal and heat pumps
• Industrial heat applications screened by temperature range and process reliability
• Fuel-switching decisions test energy cost, emissions and infrastructure compatibility

Participants can assess how policy and regulation shape renewable energy project viability.

• Renewable portfolio standards and clean electricity standards compared
• Carbon pricing mechanisms assessed through taxes, trading systems and offsets
• Auction design reviewed for qualification rules, pricing and delivery penalties
• Grid codes examined for connection, forecasting and operational compliance
• Permitting reform assessed through approval duration, coordination and legal certainty
• Policy risk register captures regulatory change, enforcement and political exposure

Participants can construct a diversified renewable energy portfolio and manage its principal risks.

• Portfolio diversification compares technologies, locations, counterparties and contract tenors
• Risk register categorises development, construction, operational, market and regulatory threats
• Probability-impact scoring prioritises risks requiring owners and treatment actions
• Monte Carlo simulation introduces uncertainty ranges for generation and price assumptions
• Insurance coverage reviewed for construction, property damage and business interruption
• Transition roadmap sequences quick wins, enabling investments and long-term projects

Participants can establish delivery governance and performance controls for renewable energy programmes.

• Programme governance defines sponsors, decision rights, reporting and escalation routes
• Stage-gate reviews test feasibility, investment readiness, construction readiness and operations
• Key performance indicators track generation, availability, cost, emissions and safety
• Measurement and verification plans define meters, baselines and data quality checks
• Asset performance management uses availability, performance ratio and outage analysis
• Implementation dashboards align project milestones, budget, risks and benefits realisation

Participants can build, review and present a complete renewable energy transition investment proposal.

• Energy baseline and demand forecast consolidated into a decision-ready case
• Technology screening matrix ranks options against resource, cost, grid and emissions
• Generation model combines capacity, capacity factor, losses and seasonal output
• Financial appraisal presents LCOE, net present value and sensitivity results
• Risk register integrates permitting, supply-chain, grid, contract and stakeholder risks
• Implementation roadmap sets governance, milestones, procurement route and performance measures