Renewable Energy Fundamentals Training Course

Participants can screen renewable resources using appropriate data sources and quality checks.

• Solar irradiation measured as global horizontal and plane-of-array values
• Wind speed distributions analysed using Weibull parameters and hub-height adjustment
• Hydrological flow records converted into seasonal hydroelectric generation potential
• Biomass feedstock availability assessed by quantity, quality, distance and seasonality
• Geothermal resource indicators include temperature gradient, permeability and reservoir depth
• Data quality checks address measurement periods, missing values and representativeness

Participants can describe photovoltaic system design choices and estimate their production effects.

• Photovoltaic effect, cell types and module ratings explained clearly
• Fixed-tilt, single-axis tracking and bifacial array configurations compared
• Inverters, transformers and balance-of-system equipment matched to plant scale
• Shading losses identified through horizon, obstruction and row-spacing analysis
• Performance ratio separates irradiation, conversion losses and availability losses
• Rooftop and utility-scale layouts assessed for land, access and maintenance

Participants can assess wind turbine suitability using site, turbine and production characteristics.

• Turbine power curves relate wind speed to electrical output
• Hub height selection considers shear, turbulence and turbine transport constraints
• Wake losses estimated from turbine spacing and prevailing wind direction
• Capacity factor calculated from annual generation and rated capacity
• Wind farm components include turbines, collection systems and substations
• Noise, visual impact and aviation constraints considered during site screening

Participants can distinguish dispatchable renewable technologies and their development constraints.

• Hydropower output calculated from head, flow, efficiency and gravity
• Run-of-river, storage and pumped-storage schemes compared for flexibility
• Tidal range, tidal stream and wave technologies assessed by maturity
• Geothermal plants use dry steam, flash steam or binary cycles
• Reservoir uncertainty, drilling risk and induced seismicity evaluated systematically
• Civil works requirements drive cost, permitting and construction schedules

Participants can evaluate bioenergy pathways using feedstock, conversion and sustainability criteria.

• Feedstock categories include residues, energy crops, wastes and biogas
• Anaerobic digestion converts organic materials into methane-rich biogas
• Combustion, gasification and pyrolysis compared by output and feedstock
• Fuel properties include moisture, calorific value, ash and contaminants
• Lifecycle greenhouse-gas accounting tests biomass carbon and transport assumptions
• Waste hierarchy prevents energy recovery displacing higher-value material uses

Participants can identify renewable heat options for buildings and industrial processes.

• Heat pumps move heat using electricity and refrigeration cycles
• Coefficient of performance varies with source and delivery temperatures
• Solar thermal collectors supply domestic hot water and process heat
• Industrial electrification options include resistance heating, induction and electric boilers
• Heat demand profiles matched with temperature requirements and operating hours
• Thermal storage shifts heat production away from peak electricity periods

Participants can prepare preliminary annual generation estimates with explicit assumptions and losses.

• Annual energy yield calculated from resource, capacity and performance assumptions
• Loss diagrams separate availability, electrical, curtailment and degradation effects
• P50 and P90 estimates communicate production uncertainty to investors
• Degradation rates applied to photovoltaic modules and wind turbine output
• Monthly generation profiles compared with demand and tariff periods
• Sensitivity tables test resource, loss and availability assumptions

Participants can identify grid issues affecting renewable plant design, connection and operation.

• Frequency, voltage and reactive power maintain stable electricity system operation
• Interconnection studies examine fault levels, protection and voltage constraints
• Variable renewable output managed through forecasting, reserves and flexibility
• Curtailment occurs when network capacity or system balancing becomes constrained
• Grid codes specify ride-through, reactive capability and control requirements
• Distribution-level generation changes power flows and protection coordination

Participants can compare storage and demand-flexibility options for renewable integration.

• Battery energy storage sized by power rating, duration and duty cycle
• Lithium-ion battery degradation driven by cycling, temperature and state-of-charge
• Pumped hydro, compressed air and thermal storage compared by application
• Demand response shifts controllable loads using price or dispatch signals
• Storage revenue streams include arbitrage, capacity and ancillary services
• Round-trip efficiency and usable capacity determine delivered storage value

Participants can map the stages, decisions and evidence required for project development.

• Development sequence progresses through screening, feasibility, consent, construction and operation
• Site control secured through ownership, lease, easement or concession agreements
• Fatal-flaw screening tests resource, grid, land, permitting and community risks
• Feasibility studies define design basis, surveys, estimates and implementation schedule
• Project governance assigns decision rights, approvals and escalation routes
• Stage-gate reviews determine whether projects proceed, pause or stop

Participants can identify environmental and social requirements for early project planning.

• Environmental and social impact assessment identifies material project effects
• Baseline surveys cover biodiversity, water, cultural heritage and livelihoods
• Mitigation hierarchy applies avoidance, minimisation, restoration and offsetting
• Stakeholder mapping identifies affected groups, interests, influence and concerns
• Free, prior and informed consent considered for Indigenous Peoples
• Permitting registers track approvals, evidence, conditions and responsible parties

Participants can compare renewable options using cost, value and financial performance measures.

• Capital expenditure separates development, equipment, construction and connection costs
• Operating expenditure includes maintenance, insurance, land rent and administration
• Levelised cost of energy discounts lifecycle costs and electricity output
• Net present value and internal rate of return assess investment returns
• Discount rates reflect financing costs, risk perceptions and capital structure
• Sensitivity analysis tests energy yield, tariffs, costs and delays

Participants can distinguish the commercial structures used to sell or procure renewable electricity.

• Merchant revenue depends on market prices, capture rates and volume
• Power purchase agreements allocate price, volume, credit and curtailment risks
• Corporate procurement options include sleeved contracts, physical supply and certificates
• Feed-in tariffs, auctions and contracts-for-difference shape project revenues
• Behind-the-meter projects value avoided purchases, demand charges and resilience
• Guarantees of origin and renewable energy certificates support electricity claims

Participants can interpret renewable project financing structures and lender requirements.

• Project finance relies on contracted cash flows and limited recourse
• Equity, senior debt, mezzanine debt and grants compared by risk
• Debt service coverage ratio tests cash flow against debt obligations
• Lenders review resource studies, contracts, permits and technical due diligence
• Bankability depends on allocation of construction, operating and revenue risks
• Financial close conditions precede drawdown, notice-to-proceed and construction mobilisation

Participants can select procurement routes and identify key contract interfaces.

• EPC contracts allocate design, construction, schedule and performance responsibilities
• Multi-contract delivery separates equipment supply, civil works and installation packages
• Technical specifications define outputs, standards, testing and acceptance criteria
• Tender evaluation combines price, technical quality, delivery record and risk
• Performance guarantees address energy output, availability and liquidated damages
• Change-control procedures manage scope, cost, schedule and approval impacts

Participants can identify operational controls that protect renewable asset performance and value.

• Construction schedules sequence surveys, procurement, civil works and commissioning
• Commissioning verifies safety systems, controls, protection and performance tests
• SCADA systems collect operational data, alarms and equipment status
• Preventive maintenance plans use manufacturer intervals and condition indicators
• Availability, performance ratio and forced outage rate track asset performance
• Asset management plans cover warranties, spares, inspections and lifecycle budgets

Participants can prepare a structured risk assessment for a renewable energy project.

• Risk registers record causes, events, consequences, owners and controls
• Probability-impact matrices prioritise risks requiring active management attention
• Technical risks include resource uncertainty, equipment failure and grid constraints
• Commercial risks cover price exposure, counterparty credit and inflation
• Political risks include policy change, permitting delay and currency restrictions
• Decision logs document assumptions, evidence sources, approvals and unresolved issues

Participants can build, review and present a complete preliminary renewable energy project assessment pack.

• Define project objective, demand context, site boundary and decision criteria
• Select technology using resource, demand, grid and site evidence
• Calculate annual generation, capacity factor, losses and demand matching
• Develop preliminary LCOE, cash-flow assumptions and investment recommendation
• Prepare risk register, stakeholder map, permitting actions and delivery milestones
• Present assessment pack with assumptions, sensitivities and management decision request