Why Attend
This training course will help the public and private sectors leverage global best practices to evaluate, structure, and finance clean energy projects to assess its technical and economic feasibility and see what threats need to be mitigated to maximize returns. Clean energy projects can use local resources—ranging from solar irradiation to wind to natural gas to running water—to diversify energy resource portfolios; to make a community more resilient and energy self-reliant; to create value locally in terms of local tax revenues, local industries, and local services; and reduce transmission losses which can sap 20% of the energy potential traversing those lines through heat loss at times of peak load. If a clean energy project is feasible, it can be financed through various structures to assign risk fairly, leverage interested parties' strengths to find financing solutions, and find that fabled win-win with a bankable project that benefits all parties.
Instructor-led training that uses interactive learning methods, including class discussion, small group activities, and role-playing
Better understand clean energy resources and conversion technologies; Know how to assess the public sector’s commitment to and support of clean energy in the long run, and their motivations behind this commitment; Understand the link between an end user's load profiles and the most appropriate configuration of clean energy technologies, energy storage systems, advanced controls, and grid connectivity Conduct basic clean energy project assessment and development; Know the various de-risking tools and approaches to increase investor and lender confidence, maximize returns, and create win-wins for all vested parties
This training course is ideal for corporations interested in investing in clean, renewable energy as an environmentally and socially responsible measure and public and private sector stakeholders who can assess, develop, and finance those investments. Corporations interested in Environmental, Social, and Governance (ESG) Drivers and Screens; Corporations engaged in Corporate Social Responsibility (CSR); Parties interested in Accessing ESG and CSR Bonds; Commercial, Institutional, and Industrial End-Users (users of the projects’ generated energy); End-user Market Sector Associations; Clean Energy Product Manufacturers; Clean Energy Services Offerors; Clean Energy Project Developers; Clean Energy Financial Institutions and Lenders; Clean Energy Equity Investors; Clean Energy Industry Associations; Credit Enhancement Service Providers; National and Sub-National Elected Officials; Public Sector Agency, Ministry, and Authority Officials; Electric Utilities and Regulators
n/a
Day 1
CLEAN ENERGY RESOURCES
Clean Energy Resources Overview
Solar
Wind
Water
Biomass
Biofuels
Hydrogen
Natural Gas
Resource Information, e.g., from the International Renewable Energy Agency (IRENA)
Country Profiles
Clean Energy Corridors
Global Geothermal Alliance
Renewables Readiness Assessments
Small Island Developing States (SIDS) Lighthouses
Global Atlas for Renewable Energy
Sustainable Energy Marketplace
Localized Clean Energy Resource Data
Capacity Factors
Geographic Dispersion
Day 2
CLEAN ENERGY GENERATION TECHNOLOGIES
Centralized vs. De-centralized Generation
Renewable Energy Generation Technologies
Solar Photovoltaic (PV)
Concentrating Solar Power (CSP)
Wind Turbines
Geothermal
Hydropower (dammed and run-of-river)
Wave, Current, and O-TEC
Fuel Cells
Hydro/Solar Seasonal Complementarity
Natural Gas Energy Generation Technologies
Natural Gas Combustion: Boilers, Steam Generators, Turbines, and Engines
Natural Gas Combined Heat & Power
District Energy, Cooling, and Heating
Campuses
Industrial parks
Cities
Energy Storage Technologies
Ride-through vs. Short-term vs. Long-term Dispatch Needs
Flywheels
Lithium-Ion
Nickel-cadmium
Lead Acid
Vanadium Flow Batteries
Iron Flow Batteries
Pumped Hydro
Dammed Hydro
Clean Energy Data from the International Energy Agency (IEA)
Fuels and Technologies
Analysis
Data
Analysis
World Energy Outlook
Day 3
EVALUATING CLEAN ENERGY PROJECTS
Market Assessment
Trends in Energy Use
Need for Storage Based on Load Profiles
Avoided Grid Electricity Tariffs
Time of Use/Time of Day Rates
Market Sector Strength and Projected growth
Ability to Pay
Enabling Policy & Regulatory Environment
Policy Price Support Mechanisms
Single-Buyer Paradigm
Renewable Portfolio Standards
Feed-In Tariffs
Competitive Procurement
Grant Programs
Subsidy Programs
Net Metering
Community Energy
Time of Use/Time of Day
Taxes
Depreciation/MACRS
Making Renewable Energy Projects Bankable Through Due Diligence
Modeling
Project Preparation Facility
ODI Model
Load Assessment
Electricity, Heating, Cooling, and Process Heat
Net - Zero Energy
Residential
Commercial & Institutional
Industrial
Electricity
Process heat
Cooling
Electric Vehicle Charging
Energy Storage and Controls Systems
Technical Feasibility
Available Resources
Global Atlas for Renewable Energy
Need for Local Data Acquisition
Capacity Factors
Translating CF Into Spreadsheet Analyses
Variable Renewable Energy and Grid Stability
Modeling, e.g., with PV Syst, System Advisor Model
Economic Feasibility
Clean Energy Cost Trends
Power Purchase Agreements
The Creditworthiness of the End-user/Off-taker
Cashflow
Metrics, e.g., ROI and payback
Day 4
DEVELOPING CLEAN ENERGY PROJECTS
Permits, ESIA, etc.
Contract Enforceability
Regulatory Steps
Ease of Doing Business Rating
ESIA
Land permits
Air permits
Contract Enforceability
Grid impact studies
PSS/E model
Electricity Transmission & Distribution Grid
Off-Grid vs. On-Grid
Grid as Battery/Buffer
Islanding
Advanced Controls Systems
Energy Access
Grid Arrival
Ability to Pay
DISCO
Cultural Sensitivities
Cost-Reflective Tariffs
Collection Rates
Customer Regularization
DISCO/Generator/Procurement Agency/Investor/Lender chain
Financing (Next Section) and Procurement
Centralized vs. IPP vs. de-centralized
Power Purchase Agreement
Single-buyer
Feed-in Tariffs
RPS SRECs
Competitive procurement, e.g., Reverse Auction
IPPs
Commissioning
Operations & Maintenance
Contract
Optimizes Performance and Returns
Decommissioning
Day 5
Debt/Equity Ratios
ROI, Payback Period, et al. metrics
Financing Models Overview
CAPEX
Debt-Equity Ratios
Self-Financed
Project Financing
Leasing
Renewable Energy Service Companies (RESCO)
Independent Power Producers (IPP)
PAYGO
Crowdfunding
Public-Private Partnerships
Private Sector Assets and Motivations
Access to Capital and Credit
Skilled Workforce
Know-How
Public Sector Assets and Motivations
Land
Municipal/Green Bonds
Models:
BOT (build–operate–transfer)
BOOT (build–own–operate–transfer)
BOO (build–own–operate)
BLT (build–lease–transfer)
DBFO (design-build–finance–operate)
DBOT (design-build-operate–transfer)
DCMF (design-construct–manage–finance)
ESG Bonds
Visa Expands Commitment to Sustainability Through Inaugural $500 Million Green Bond Issuance
Google parent Alphabet Inc. Issuance aligns with growing investor focus on social and environmental matters at very low rates
Corporate Sustainability Responsibility
De-Risking Instruments
PCOAs
PRGs
PRI
Sovereign Guarantee
Credit Enhancement
Project Financing
Project Preparation Facility