Fully online technical training designed around real industry demand, so you can specialize at your own pace.
10/31/2026
Start Date
2 months
Duration
100
Total Hours
6 Modules
Program
Duration
Total Hours
Program
Start Date
ICTESS’s Course in Economic Analysis of Renewable Energy Projects provides specialized training in the financial evaluation and economic feasibility of clean energy facilities. The program covers the analysis methodologies used by investors, developers, and financial institutions to value solar, wind, and energy storage projects.
You’ll learn to structure CAPEX and OPEX, calculate key indicators such as LCOE, payback period, NPV, and IRR, analyze revenue models through PPAs and on-site generation, assess financial risk with sensitivity analysis, and prepare documentation for investor presentations. The course includes a Capstone Project where you’ll build a full economic analysis of a real renewable energy project.
The renewable energy sector needs professionals who can evaluate a project’s economic viability before it moves forward. Investment decisions for solar, wind, or storage facilities require rigorous financial analysis to compare alternatives, identify risks, and justify feasibility to stakeholders and lenders.
The purpose of this course is to train professionals to carry out complete economic evaluations of renewable energy projects. You’ll build skills to structure investment and operating costs, apply internationally recognized financial analysis methodologies, model revenue scenarios under different market frameworks, and quantify risk through sensitivity analysis and probabilistic simulations.
The training includes hands-on use of advanced spreadsheets and financial models used across the sector for project valuation, and culminates in a Capstone Project where you’ll develop a full economic analysis applying every skill built throughout the program.
This course qualifies you for financial analysis roles at project developers, energy-focused investment funds, business development departments at renewable energy companies, and energy due diligence consultancies. You can work as a renewable energy investment analyst, economic feasibility lead, or financial consultant specialized in the energy sector.
The training prepares you to build complete financial models for renewable energy projects: structuring CAPEX by breaking down equipment, engineering, and construction costs, calculating OPEX including maintenance and insurance, projecting revenue under PPAs or spot market sales, determining profitability indicators, and assessing bankability for lenders.
You’ll also build skills to run sensitivity analysis on production, energy price, or interest rate variations, prepare valuation reports for investment committees, and design optimal financing structures.
Study from anywhere with no commuting required. Balance your technical specialization with your current professional schedule.
Organize your study around your own availability. Move through modules at your own speed and revisit topics whenever you need extra practice.
Work with professional Excel templates and case studies based on real renewable energy projects evaluated by investors.
Technical video lessons, regularly updated downloadable materials, forums staffed by specialized tutors, and hands-on valuation exercises.
With ICTESS, you’ll get specialized training in economic analysis focused on professional practice and designed to help you master the financial evaluation methodologies that developers, investors, and lenders in the renewable sector demand.
What you'll achieve
Structure the CAPEX and OPEX of renewable energy projects, breaking down investment components and construction, operating, and maintenance costs across the project lifecycle.
Calculate key financial indicators (LCOE, payback period, NPV, IRR), applying internationally recognized methodologies to assess the profitability of renewable energy facilities.
Analyze energy commercialization models through corporate PPAs, on-site generation with net metering, and spot market sales, projecting realistic revenue streams.
Assess financial risk through sensitivity analysis and scenario modeling, identifying critical variables that affect a project’s economic viability.
Prepare professional financial documentation for presentations to investors, investment committees, and lenders, applying bankability criteria.
A Market Moving Toward Complex Financial Structures: Corporate PPAs, contracts for differences, hybrid projects paired with storage, and new on-site generation models call for versatile professionals who can model increasingly sophisticated revenue scenarios and assess their impact on a project’s overall returns.
Completing the Course in Economic Analysis of Renewable Energy Projects positions you in a high-demand professional niche where the financial sector and the energy transition intersect. Developers, investment funds, and financial institutions actively seek technical profiles who can evaluate the profitability of renewable energy projects with methodological rigor.
Mastery of Internationally Recognized Methodologies: Working with indicators such as LCOE, NPV, IRR, and sensitivity analysis under sector standards lets you communicate with institutional investors and lenders using the technical language they expect in project evaluations.
Ability to Evaluate Investment Opportunities: You’ll build skills to analyze the viability of renewable energy projects from an investor’s perspective, identifying risks, optimization opportunities, and financing structures that maximize returns.
This course is designed for professionals and graduates looking to specialize in the financial evaluation and economic feasibility analysis of renewable energy projects. Recommended profiles include:
Program details
The Capstone Project is the culminating stage of the program and brings together every skill developed throughout the course. It involves preparing a complete economic analysis of a real renewable energy project, applying the valuation methodologies and financial models used by investors and developers in the sector.
The project includes a detailed CAPEX breakdown covering equipment, engineering, construction, and grid connection, along with an OPEX estimate across the lifecycle accounting for maintenance, insurance, and operating costs. You’ll calculate the key financial indicators (LCOE, payback period, NPV, IRR), model revenue under the selected commercialization approach (PPA, on-site generation, or spot market), and run a sensitivity analysis identifying the critical variables affecting profitability.
The project also includes preparing cash flow projections, evaluating financing structures with debt-to-equity ratios, and preparing documentation for investor presentations following professional sector standards. The final documentation must meet the format and level of detail expected by investment committees and lenders, demonstrating your ability to produce rigorous economic analyses that support investment decisions in renewable energy projects.
The Course in Economic Analysis of Renewable Energy Projects focuses on mastering advanced Excel financial models, the standard tool used by investors, developers, and financial institutions to value renewable energy projects. You’ll learn to build professional spreadsheets with CAPEX and OPEX structures, cash flow projections, automated calculation of indicators (LCOE, NPV, IRR, payback period), sensitivity analysis using data tables, and multiple scenarios. You’ll also work with real sector financial model templates that you can adapt to your own analyses. The hands-on approach helps you master the modeling techniques employers look for when evaluating candidates for energy investment analysis positions.
A specific finance background is not required, though a basic understanding of financial mathematics and spreadsheet skills is recommended. The course is designed for technical professionals in the renewable sector (engineers, project technicians) who want to build economic analysis skills, as well as for finance profiles looking to specialize in energy. The content starts from fundamental investment valuation concepts and progressively moves into methodologies specific to the renewable sector. If you have professional experience in energy projects or a technical engineering background, you’ll be able to follow the program without difficulty even without prior finance training.
The ICTESS professional certificate validates your specialization in renewable energy project economic analysis and is recognized by employers in the sector as high-level continuing education. While it is not an accredited academic degree, the certificate documents highly in-demand technical skills: CAPEX and OPEX structuring, financial indicator calculation using internationally recognized methodologies, revenue scenario modeling, risk analysis, and investor documentation preparation. Project developers, specialized investment funds, and energy due diligence consultancies particularly value this practical training because it demonstrates the ability to produce rigorous economic evaluations using the methodologies and formats they rely on day to day.
This Course in Economic Analysis of Renewable Energy Projects stands out for its specific focus on the financial valuation of renewable energy facilities, combining technical knowledge of the energy sector with investment analysis methodologies. While generalist finance courses don’t cover the particularities of renewable energy projects (cost structures, PPAs, energy regulation), and technical renewable energy programs don’t go deep into economic evaluation, this course brings both perspectives together. You’ll learn to structure sector-specific costs, model revenue under different commercialization frameworks, apply indicators such as LCOE that are standard across the renewable industry, and assess risks unique to these projects (resource variability, market price trends, regulatory changes).
