Renewable Energy Trends and Strategy Training Course

Participants can compare major renewable technologies against operational and strategic requirements.

• Solar photovoltaic configurations: rooftop, ground-mounted, floating and agrivoltaic systems
• Onshore and offshore wind turbine characteristics, siting and yield factors
• Hydropower, geothermal and sustainable bioenergy technology selection criteria
• Green hydrogen production pathways, electrolyser economics and end-use demand
• Marine energy and advanced geothermal maturity assessed using technology readiness levels
• Technology screening matrix balancing cost, maturity, emissions and local constraints

Participants can interpret resource data and estimate generation uncertainty for renewable projects.

• Solar irradiance measures: GHI, DNI, plane-of-array and seasonal variability
• Wind resource assessment using hub-height speeds, direction and turbulence intensity
• Capacity factor calculated from expected generation and rated asset capacity
• P50 and P90 yield estimates applied to lender risk assessment
• Loss assumptions covering shading, soiling, wake effects and availability
• Satellite datasets, meteorological stations and bankable measurement campaign requirements

Participants can assess solar PV design, performance and delivery considerations.

• Site constraints assessed through orientation, shading, land-use and geotechnical reviews
• Module technologies compared: monocrystalline, bifacial, thin-film and degradation rates
• Inverter selection, DC-AC ratio and clipping loss calculations
• Performance ratio used to diagnose solar plant generation efficiency
• Preliminary layout considers access roads, drainage, setbacks and cable routes
• Construction risk register covering procurement, weather, permits and commissioning

Participants can assess wind project viability from site screening through operating performance.

• Wind farm micrositing balances energy capture, wakes, setbacks and access
• Turbine power curves translated into annual energy production estimates
• Wake-loss modelling assumptions tested against layout and prevailing wind direction
• Environmental surveys address birds, bats, noise and visual impact
• Balance-of-plant scope includes foundations, roads, substations and collection systems
• Operations plans cover predictive maintenance, spare parts and availability guarantees

Participants can determine where storage and demand flexibility improve renewable energy value.

• Lithium-ion battery architecture: cells, modules, inverters and battery management systems
• Storage duration matched to peak shifting, arbitrage and resilience requirements
• Round-trip efficiency, degradation and cycle life included in economics
• Dispatch strategy compares self-consumption, demand charges and market revenues
• Demand response baselines established from interval-metered consumption data
• Pumped hydro, thermal storage and long-duration alternatives compared systematically

Participants can identify grid constraints and integration measures for variable renewable projects.

• Interconnection studies examine hosting capacity, fault levels and voltage control
• Curtailment risk quantified using grid congestion and dispatch assumptions
• Frequency response, inertia and reserve requirements for inverter-based generation
• Grid codes specify ride-through, reactive power and protection settings
• Transmission planning links renewable resource zones with demand centres
• Flexibility stack combines storage, interconnection, demand response and forecasting

Participants can calculate and interpret project costs, revenues and economic performance measures.

• Levelized cost of energy calculated from lifecycle costs and generation
• CAPEX breakdown covers equipment, civil works, interconnection and development costs
• OPEX assumptions include maintenance, insurance, land leases and asset management
• Net present value and internal rate of return compared
• Sensitivity analysis tests power price, yield, inflation and capital cost
• Merchant revenue forecasts separated into energy, capacity and ancillary-service streams

Participants can structure an investment case and assess financing risks for renewable projects.

• Project finance cash flows distinguish construction, operations and debt service
• Debt service coverage ratio tested against downside generation scenarios
• Equity returns assessed through distributions, residual value and exit assumptions
• Weighted average cost of capital reflects country, technology and contract risk
• Term sheets reviewed for covenants, security, repayment and reserve accounts
• Investment committee papers present assumptions, sensitivities and approval conditions

Participants can assess regulatory exposure and plan permissions for renewable energy projects.

• Renewable support mechanisms compared: auctions, feed-in tariffs and tax credits
• Auction design influences bid pricing, completion risk and market concentration
• Permitting sequence maps land rights, environmental approvals and grid consent
• Environmental and social impact assessment identifies material project effects
• Local-content rules and import duties tested within procurement strategies
• Regulatory risk register assigns owners, triggers and response actions

Participants can select procurement routes that match demand, risk appetite and emissions objectives.

• Load profile analysis identifies baseload, peaks and operational flexibility
• Onsite generation screened against roof area, land access and demand coincidence
• Physical PPAs compared with sleeved, virtual and direct-wire structures
• Contract-for-difference mechanics separate fixed-price certainty from market settlement
• Renewable energy certificates evaluated for quality, vintage and retirement evidence
• Procurement decision tree matches contract structures to organisational priorities

Participants can review PPA commercial terms and identify material risk allocation issues.

• PPA pricing models include fixed, indexed, floor-and-collar and pay-as-produced
• Volume risk allocated through shaped, baseload and as-generated delivery terms
• Settlement provisions address imbalance charges, curtailment and negative pricing
• Credit support covers parent guarantees, letters of credit and collateral
• Change-in-law clauses allocate policy, tax and regulatory exposure
• Contract review checklist identifies termination, force majeure and step-in rights

Participants can connect renewable procurement decisions with credible greenhouse-gas reporting.

• GHG Protocol Scope 2 location-based and market-based methods compared
• Quality criteria assess contractual instruments, exclusivity and certificate retirement
• Residual mix factors prevent double counting in electricity emissions claims
• Avoided-emissions estimates separated from reported inventory emissions reductions
• Carbon accounting controls document meter data, contracts and assurance evidence
• Claims review distinguishes renewable electricity use from carbon neutrality statements

Participants can address supply-chain, environmental and community risks in project planning.

• Critical minerals exposure assessed for lithium, nickel, copper and rare earths
• Supplier due diligence reviews labour, traceability and environmental performance evidence
• Lifecycle assessment compares embodied emissions, operations and end-of-life treatment
• Circularity plans cover module reuse, turbine blades and battery recycling
• Stakeholder mapping identifies affected communities, authorities and rights holders
• Benefit-sharing mechanisms include local jobs, community funds and ownership models

Participants can assess physical climate risks and build resilience measures into renewable assets.

• Physical risk assessment considers heat, flooding, drought, storms and wildfire
• Climate scenarios test asset performance under changing weather distributions
• Site design adapts drainage, cooling, foundations and fire protection measures
• Insurance requirements reflect catastrophe exposure, deductibles and business interruption
• TCFD-aligned disclosures connect climate risks with financial planning assumptions
• Business continuity plans define outage response, communications and recovery priorities

Participants can formulate a phased renewable energy strategy using strategic and financial evidence.

• Energy baseline combines consumption, costs, emissions and contractual commitments
• Abatement cost curve ranks measures by cost, carbon and implementation timing
• Strategic scenarios compare self-generation, PPAs, certificates and efficiency investments
• Portfolio diversification balances technologies, geographies, counterparties and contract tenors
• Decision criteria weight economics, resilience, emissions, feasibility and stakeholder acceptance
• Strategy roadmap sequences quick wins, development projects and long-term commitments

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

• RACI matrix assigns decision rights, approvals and delivery accountabilities
• Stage-gate governance controls progression from screening through investment approval
• Work breakdown structure defines development, procurement, construction and operations tasks
• Risk register scores probability, impact, mitigations and accountable owners
• Key performance indicators track generation, savings, emissions and delivery milestones
• Benefits-realisation plan links project outputs with financial and carbon outcomes

Participants can use operational data to monitor renewable performance and improve decisions.

• SCADA data architecture connects sensors, meters, gateways and supervisory systems
• Generation forecast accuracy measured using mean absolute percentage error
• Performance benchmarking compares actual yield against budget and weather-normalised expectations
• Availability losses classified by grid, equipment, weather and planned maintenance
• Dashboard design links executive metrics with operational exception reporting
• Data-quality checks identify missing intervals, meter errors and timestamp inconsistencies

Participants can prepare decision materials that address financial, technical and stakeholder concerns.

• Board paper structure states decision, rationale, options and recommendation
• Investment narrative connects energy costs, resilience, emissions and strategic priorities
• Waterfall charts explain savings drivers, cost changes and uncertainty ranges
• Risk heat maps communicate material exposures and planned mitigations
• Stakeholder messages adapted for finance, operations, communities and regulators
• Approval presentation rehearses challenge questions on assumptions and trade-offs

Participants can build, review and present a complete renewable energy strategy pack for a defined organisation or asset portfolio.

• Define organisational demand baseline, strategic objectives and decision constraints
• Select technology and procurement options using weighted evaluation criteria
• Build lifecycle cost model with yield, price and financing assumptions
• Prepare implementation roadmap, governance structure and risk response plan
• Review emissions claims against GHG Protocol Scope 2 requirements
• Present investment recommendation, sensitivities and decision requests to stakeholders