Renewable Energy Policy and Regulation Training Course

Duration 10 days 17 modules · 65 contact hours
Level Intermediate Certificate on completion
Who attends Energy Ministry Officials, Energy Regulators and others
Fee from USD 2,200 KSh 190,000 for Kenyan organisations
Where 52 cities + online See dates by city
Next start 16 Nov 2026 Course code SD-ETR-024

Before you join: Participants should have basic familiarity with electricity supply, renewable energy technologies or public policy processes.

Dates & prices

Two start dates a month in every city, and live online on weekdays or weekends. Fees are per participant; classroom fees include tuition, materials, lunch and refreshments, and the certificate.

Suggest a date or city

Showing the next six months. Later dates, other cities and private deliveries for your team are available on request.

Course overview

Renewable energy policy determines which projects are built, how quickly they connect, who bears system costs and whether consumers receive reliable, affordable electricity. Governments and regulators must align national targets with procurement rules, grid investment, land access, environmental safeguards and market incentives. Developers, utilities, lenders and large energy users need to interpret these rules accurately to assess project viability, manage regulatory risk and participate credibly in policy consultations.

This course examines the policy and regulatory architecture behind solar, wind, hydropower, bioenergy, geothermal and energy storage deployment. Participants assess renewable targets, integrated resource plans, auction design, feed-in tariffs, net metering, power purchase agreements, grid codes, licensing, environmental and social permitting, electricity market reform and carbon pricing. They compare regulatory models, identify trade-offs between affordability, reliability and decarbonisation, and build practical approaches for analysing proposed policy changes.

Instruction combines short technical briefings with regulatory cases, document analysis, group work, market-design simulations and structured application planning. Cases draw on utility-scale renewable procurement, distributed generation, transmission planning, corporate renewable procurement and energy-access programmes. Participants progressively develop a renewable energy policy and regulatory assessment for a selected jurisdiction, technology or project type. The final output is a decision-ready policy package containing a regulatory map, policy-gap assessment, procurement or tariff recommendation, implementation roadmap and stakeholder engagement plan.

The course is suited to professionals working in government, regulators, utilities, development finance institutions, project development, corporate energy procurement and sustainability teams. It is particularly valuable where renewable targets are accelerating but rules for grid access, pricing, land, permitting or market participation remain unclear or contested.

What you will be able to do

  • Assess renewable energy policy frameworks against deployment, affordability, reliability and emissions objectives
  • Apply Integrated Resource Planning to test renewable capacity and system adequacy assumptions
  • Design competitive renewable procurement processes using auction rules and bankability criteria
  • Evaluate feed-in tariffs, net metering and contracts for difference using cost-allocation principles
  • Interpret grid connection rules, grid codes and curtailment arrangements for renewable projects
  • Conduct a Regulatory Impact Assessment for a proposed renewable energy policy change
  • Prepare a regulatory risk register for renewable energy investments and power purchase agreements
  • Produce and present a complete renewable energy policy and regulatory implementation package

Benefits of attending

For you

  • Interpret renewable energy laws, regulations and tariff decisions with greater confidence
  • Contribute defensible recommendations to renewable procurement and market-reform discussions
  • Identify policy risks affecting project permits, grid connection and revenue certainty
  • Build a portfolio-ready renewable policy assessment for a real jurisdiction or market
  • Communicate regulatory trade-offs clearly to technical, legal, financial and public-sector stakeholders

For your organisation

  • Improve renewable policy design through clearer links between targets, procurement and grid delivery
  • Reduce investment uncertainty by identifying licensing, tariff and connection risks earlier
  • Strengthen utility and regulator decisions on renewable integration and consumer cost allocation
  • Prepare more bankable renewable procurement programmes and power purchase arrangements
  • Create a common policy vocabulary across government, utility, finance and project teams

Course modules

17 modules over 10 days

Participants can map the institutional and policy foundations shaping renewable energy deployment.

  • Energy transition drivers: demand growth, security, affordability and decarbonisation targets
  • Electricity value chain roles from generation through retail settlement
  • Policy instruments classified by price, quantity, mandate and information
  • Jurisdictional mandates of ministries, regulators, system operators and municipalities
  • Technology characteristics: capacity factors, dispatchability, variability and network requirements
  • Stakeholder mapping for utilities, developers, consumers, financiers and communities

Participants can assess whether renewable targets are supported by credible planning assumptions.

  • National energy strategies translated into measurable renewable deployment pathways
  • Integrated Resource Planning balances demand forecasts, reliability, costs and emissions
  • Least-cost expansion modelling assumptions and sensitivity testing methods
  • Scenario design using demand, fuel-price, technology-cost and climate variables
  • Capacity adequacy metrics: reserve margin, LOLE and expected unserved energy
  • Policy sequencing from target setting through procurement and grid delivery

Participants can distinguish market structures and their implications for renewable investment.

  • Vertically integrated utility models and single-buyer market arrangements
  • Wholesale competition, balancing markets and ancillary service procurement
  • Unbundling generation, transmission, distribution and retail business functions
  • Merit-order dispatch effects from low marginal-cost renewable generation
  • Market power controls, price caps and regulatory monitoring arrangements
  • Revenue adequacy challenges under growing variable renewable generation

Participants can compare renewable support mechanisms using cost, risk and deployment criteria.

  • Feed-in tariffs structured through technology bands, digression and contract duration
  • Feed-in premiums linked to wholesale prices and balancing responsibilities
  • Renewable portfolio standards, quotas and tradable certificate mechanisms
  • Contracts for difference allocating price risk between buyers and generators
  • Investment tax credits, production incentives and accelerated depreciation treatment
  • Support-scheme selection against market maturity, fiscal capacity and grid readiness

Participants can design auction rules that balance price competition with project delivery.

  • Auction formats: sealed-bid, descending-clock, hybrid and pay-as-bid designs
  • Prequalification criteria covering land rights, finance, experience and permits
  • Bid evaluation using tariff, delivery, local-content and technical criteria
  • Ceiling prices derived from LCOE benchmarks and affordability constraints
  • Bid bonds, completion guarantees and penalties for delayed commissioning
  • Auction calendars coordinated with transmission capacity and demand forecasts

Participants can identify the regulatory and commercial provisions affecting renewable offtake.

  • PPA allocation of volume, curtailment, credit and change-in-law risks
  • Take-or-pay and take-and-pay provisions for renewable electricity contracts
  • Standardised PPA terms supporting transparent utility-scale procurement programmes
  • Credit enhancement through escrow accounts, guarantees and payment security
  • Corporate renewable PPAs under physical, sleeved and virtual structures
  • Offtaker creditworthiness assessment using payment history and financial indicators

Participants can evaluate renewable cost recovery and consumer protection mechanisms.

  • Cost-of-service regulation, revenue requirements and allowed-return calculations
  • Tariff design using fixed charges, energy charges and time-of-use rates
  • Renewable surcharge mechanisms and transparent public-service obligation accounting
  • Cross-subsidy analysis between customer classes and voltage levels
  • Lifeline tariffs and targeted support for vulnerable electricity consumers
  • Regulatory consultation procedures for tariff reviews and consumer objections

Participants can assess regulatory requirements for renewable grid access and connection.

  • Grid connection queues, application milestones and capacity allocation rules
  • Grid codes covering voltage control, frequency response and fault ride-through
  • Connection cost allocation through shallow, deep and hybrid approaches
  • Transmission planning for renewable resource zones and constrained networks
  • Curtailment rules, compensation principles and dispatch priority arrangements
  • Network access agreements defining technical, commercial and operational responsibilities

Participants can identify regulations needed to integrate variable renewables and storage.

  • Flexibility resources: storage, demand response, interconnection and flexible generation
  • Balancing-market participation rules for wind, solar and battery assets
  • Capacity mechanisms: strategic reserves, reliability options and capacity auctions
  • Battery storage classification as generation, network asset or consumer load
  • Ancillary service products for frequency control, reserves and voltage support
  • Forecasting obligations and imbalance settlement for variable renewable generators

Participants can formulate regulatory approaches for distributed renewable energy and prosumers.

  • Net metering, net billing and buy-all sell-all compensation models
  • Distributed generation interconnection standards and simplified approval pathways
  • Rooftop solar hosting-capacity assessments and local network upgrade triggers
  • Community energy models, energy sharing and cooperative ownership rules
  • Smart-meter data access, privacy protections and consumer consent requirements
  • Distribution system operator roles under growing prosumer participation

Participants can map permitting pathways and identify approval risks for renewable projects.

  • Generation licensing thresholds, exemptions and licence-condition compliance requirements
  • Environmental and Social Impact Assessment screening and scoping procedures
  • Land acquisition, easement agreements and rights-of-way for transmission lines
  • Biodiversity mitigation hierarchy: avoid, minimise, restore and offset impacts
  • Water rights, aviation constraints and cultural heritage approval requirements
  • One-stop permitting systems and statutory decision-time limits

Participants can integrate community, labour and equity considerations into renewable policy decisions.

  • Free, prior and informed consent principles for affected indigenous communities
  • Stakeholder engagement plans with disclosure, grievance and response mechanisms
  • Benefit-sharing models including community funds, royalties and local ownership
  • Just transition planning for workers, regions and fossil-fuel dependent communities
  • Local-content rules assessed against cost, capability and trade obligations
  • Gender and inclusion criteria within renewable access and employment programmes

Participants can assess interactions between renewable regulation, carbon policy and energy attribute markets.

  • Carbon taxes, emissions trading systems and allowance allocation methods
  • Renewable energy certificates, guarantees of origin and attribute tracking
  • Additionality tests for corporate renewable procurement and emissions claims
  • Paris Agreement Article 6 mechanisms and corresponding adjustment concepts
  • IFRS S1 and IFRS S2 climate-related disclosure implications
  • Policy interactions between carbon prices, subsidies and electricity tariffs

Participants can prepare evidence-based assessments for proposed renewable energy regulations.

  • Regulatory Impact Assessment problem statements, objectives and baseline definition
  • Options appraisal using cost-benefit analysis and multi-criteria decision analysis
  • Distributional analysis identifying consumer, utility, developer and fiscal impacts
  • Consultation design covering affected parties, evidence requests and response periods
  • Drafting regulatory instruments with definitions, obligations and enforcement provisions
  • Ex post review metrics for implementation, compliance and market outcomes

Participants can evaluate regulatory bankability and prepare risk responses for renewable investments.

  • Regulatory risk register covering tariff, permitting, grid and currency exposures
  • Change-in-law clauses and stabilisation provisions in project agreements
  • Political risk insurance, partial risk guarantees and credit enhancement
  • Lender due diligence on licences, concessions and regulatory approvals
  • Bankability indicators for auctions, PPAs and grid connection agreements
  • Risk allocation matrices linking owners, mitigations and contingency actions

Participants can develop implementation arrangements that convert policy commitments into measurable results.

  • Implementation roadmaps assigning actions, owners, budgets and delivery milestones
  • Key performance indicators for capacity, generation, access and affordability
  • Compliance monitoring through reporting, inspections, audits and data validation
  • Enforcement tools: warnings, penalties, licence suspension and remedial orders
  • Regulatory data systems for project pipelines, tariffs and grid connections
  • Adaptive management triggers based on market evidence and implementation results

Participants can build, review and present a complete renewable energy policy and regulatory implementation package.

  • Define the jurisdictional problem, policy objectives and binding constraints
  • Map institutions, laws, licences, tariffs and market participation rules
  • Diagnose gaps using Regulatory Impact Assessment and stakeholder evidence
  • Select support mechanisms, procurement rules and grid access reforms
  • Prepare implementation roadmap, risk register and monitoring indicator set
  • Present recommendations for review by regulators, utilities and investment stakeholders

Exercises and examples are adapted to each cohort's sectors and roles.

What you take back to work

  1. Renewable energy policy diagnostic template
  2. Integrated Resource Planning scenario model
  3. Renewable auction design checklist
  4. Grid connection regulatory assessment matrix
  5. Renewable investment regulatory risk register
  6. Policy implementation roadmap and monitoring dashboard

Who should attend

  • Energy Ministry Officials — responsible for renewable targets, policy instruments and implementation programmes
  • Energy Regulators — setting tariffs, licensing rules, grid access conditions and consumer protections
  • Utility Managers — planning procurement, network investment and renewable system integration
  • Renewable Project Developers — assessing permitting, offtake, connection and regulatory risks
  • Development Finance Professionals — appraising policy readiness and bankability for energy investments
  • Corporate Energy and Sustainability Managers — procuring renewable electricity under regulated market conditions

Skills and tools covered

Renewable policy analysisElectricity market regulationAuction designGrid access assessmentRegulatory risk managementPolicy implementation planning

Tools and standards

Integrated Resource Planning (IRP), Regulatory Impact Assessment (RIA), Levelized Cost of Energy (LCOE), IFRS S1 and IFRS S2

How the course runs

Training methodology

The course uses short instructor briefings to establish policy, regulatory and electricity-market concepts, followed by case work based on renewable procurement, tariff reform, grid congestion and permitting decisions. Participants examine policy documents, auction rules, sample power purchase agreements and regulatory determinations. Group exercises test policy choices through stakeholder negotiations and market-design simulations. Throughout the programme, participants apply each tool to a selected jurisdiction, technology or project context and refine a practical policy and regulatory implementation package.

Requirements and prerequisites

Participants should have basic familiarity with electricity supply, renewable energy technologies or public policy processes. Experience in an energy ministry, regulator, utility, developer, lender, corporate energy team or sustainability function is useful. Participants should be comfortable reading policy papers, tariff schedules, project summaries and simple financial assumptions. Prior knowledge of power-system engineering, econometric modelling, electricity-market trading or project finance modelling is not required. The course explains essential technical concepts before applying them to regulatory and policy decisions.

A typical training day

08:30 – 10:30First session
10:30 – 10:45Refreshment break
10:45 – 12:30Second session
12:30 – 13:30Lunch and networking
13:30 – 15:00Third session
15:00 – 15:15Refreshment break
15:15 – 16:30Workshop and daily review

Live online deliveries follow the same structure in East Africa Time, with shorter screen blocks and longer breaks.

What the fee includes

  • Instruction by a practitioner facilitator
  • Full course workbook and materials
  • Exercise files, templates and case studies
  • Refreshments and lunch on classroom deliveries
  • Certificate of completion
  • Post-course application plan

Frequently asked questions

Participants need basic familiarity with electricity supply, renewable technologies or public policy processes. Specialist power-system engineering, legal drafting and project finance knowledge are not required.

Participants should bring a laptop and, where possible, a current policy issue, project pipeline or regulatory question from their organisation. Course materials and case documents are provided.

The course suits ministry officials, regulators, utility managers, developers, lenders and corporate energy professionals. It is designed for people who influence renewable investment, procurement, market rules or implementation decisions.

Technical courses focus on technology design and system engineering, while project finance courses focus on financial modelling and transaction structures. This programme focuses on the policy rules, regulatory institutions and market arrangements that determine whether renewable projects can proceed and operate.

Participants can use the policy diagnostic, auction checklist, regulatory risk register and implementation roadmap when reviewing regulations or developing renewable programmes. The capstone package is structured around a real jurisdiction, project type or organisational priority.

The first part establishes policy, market, procurement, tariff and grid-access foundations while participants begin their applied work. The later part addresses permitting, social requirements, climate policy, risk, implementation and the final capstone presentation.

Questions about this course?

Ask about dates, fees, group bookings or running it for your team. Our training team replies by email.