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via Udemy |
Go to Course: https://www.udemy.com/course/financial-modeling-of-25mw-solar-plant-under-ppa-with-state/
Certainly! Here's a comprehensive review, detailed description, and recommendation for the Coursera course titled "Financial Modeling of 25MW Solar Plant under PPA with State": --- **Course Review and Explanation** "Financial Modeling of 25MW Solar Plant under PPA with State" is an expertly designed course tailored for a diverse audience within the solar industry. Whether you are a business person looking to invest in solar projects, an accountant eager to understand the financial statements of a solar power plant, or a technician interested in grasping the financial aspects of solar project management, this course provides valuable insights. **Key Highlights:** - **Comprehensive Curriculum:** The course covers all critical facets of financial modeling specific to a 25MW solar farm operating under a Power Purchase Agreement (PPA) with the state. It systematically guides learners through developing an Excel-based financial model that consolidates all parameters into a master sheet. - **Detailed Parameter Explanation:** Each step begins with formulating initial parameters essential for analysis, including revenue, expenses, and investment costs. The course emphasizes understanding these inputs thoroughly, ensuring accurate modeling. - **Financial Statements & Analyses:** Learners will develop profit and loss statements, compute taxable income with tax implications, and conduct cash flow analyses. These core elements are essential for evaluating project viability. - **Key Financial Metrics:** The course expertly demonstrates how to calculate vital financial indicators such as Internal Rate of Return (IRR), Net Present Value (NPV), and payback periods, enabling investors to make informed decisions. - **Long-term Savings and Viability:** Special focus is given to calculating cumulative savings over a 25-year lifespan, critical for understanding long-term project benefits. - **Sensitivity Analysis:** Recognizing the uncertainties in energy and tariff prices, the course performs sensitivity analyses—particularly examining how Feed-In Tariff (FIT) changes impact IRR, NPV, and payback period—providing learners with a risk-aware perspective. - **Excel Mastery:** All parameters and calculations are clearly explained in Excel sheets, allowing hands-on practice and mastery of financial modeling tools. --- **Why You Should Enroll:** This course is ideal for stakeholders looking to deepen their understanding of financial modeling tailored to solar projects. It demystifies complex calculations and provides practical tools with step-by-step tutorials. The focus on sensitivity analysis and long-term financials makes it especially valuable for investors aiming to assess risks and opportunities effectively. **Final Recommendation:** If you are involved or interested in the solar energy sector and want a solid foundation in financial modeling, this course is highly recommended. Its detailed approach, real-world applicable Excel sheets, and clear explanations make it an excellent resource for enhancing your financial acumen in solar project investments. --- Feel free to ask if you need a shorter summary or specific details about any part of the course!
Welcome to your course "Financial Modeling of 25MW Solar Plant under PPA with State" this course is designed for the Solar Industry Business Persons and Investors who wants to invest in solar project. Solar accountant who wants to learn balance sheet of Solar Project and the solar technicians who wants to learn the financial modeling of solar power plant.This course explains the Following Parameters in Detail:A) Financial Modeling of 25MW of Solar Power Plant under PPA with State In the excel Sheet where all parameters are club together to obtain the Final Master Excel Sheet. - Formulation of Initial Parameters - Profit and Loss Account Statement - Taxable income and Tax Calculation - Cash Flow Analysis - Calculation of Internal Rate of Return - Calculation of Cumulative Saving Over 25 Years Lifespan - Calculation of Net Present Value - Calculation of Exact Payback PointsB] Sensitivity Analysis of Solar Power Plant - Sensitivity Analysis of Feed In Tariff on Calculation of Internal Rate of Return - Sensitivity Analysis of Feed In Tariff on Calculation of Cumulative Saving Over 25 Years Lifespan - Sensitivity Analysis of Feed In Tariff on Calculation of Net Present Value - Sensitivity Analysis of Feed In Tariff on Calculation of Exact Payback Points In the excel Sheet where all parameters are explain very well. - Formulation of Initial Parameters: Parameters are required for financial modeling - Profit and Loss Account Statement: Total Revenue and Expenses - Taxable income and Tax Calculation: Parameters for taxable income and tax calculations - Cash Flow Analysis: Cash in and Out the system - Calculation of Internal Rate of Return: %IRR - Calculation of Cumulative Saving Over 25 Years Lifespan: Equity Turnaround the Project - Calculation of Net Present Value: NPV value - Calculation of Exact Payback Points: Payback Period