Financial Modeling Of 1mw Solar Captive Power Plant In Excel
MP4 | Video: h264, 1280x720 | Audio: AAC, 44.1 KHz
Language: English | Size: 735.79 MB | Duration: 1h 24m
Learn Financial Modeling and Sensitivity Analysis of 1 MW Solar Captive Power Plant
What you'll learnFinancial Modeling of 1MW of Solar Power Plant considering Capex Model
Formulation of Initial Parameters in Excel Sheet
Profit and Loss Account Statement in Excel Sheet
Taxable income and Tax Calculation in Excel Sheet
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 Points
Calculation of Accelerated Depreciation
Calculation of AD Benefits in Tax
Sensitivity Analysis of Feed In Tariff on %IRR
Sensitivity Analysis of Feed In Tariff on Savings
Sensitivity Analysis of Feed In Tariff on NPV
Sensitivity Analysis of Feed In Tariff on Payback Period
Requirements
Basic understanding of solar PV systems (preferred but not mandatory)
Familiarity with Microsoft Excel or spreadsheets
No prior finance background required - everything will be taught step-by-step
Enthusiasm to learn
Description
Are you ready to master the financial modeling of solar projects under the Captive Power Plant model? This hands-on course is designed to give you complete clarity on the financial, technical, and business aspects of a 1MW Solar Captive Power Plant using Excel.In today's energy sector, captive solar projects are becoming a key strategy for industries and businesses seeking energy independence, cost savings, and sustainability. Understanding how to build a master financial model and perform sensitivity analysis will give you the edge to make data-driven decisions in real-world projects.Through a step-by-step Excel-based approach, this course will teach you how to:Formulate Initial Parameters for a 1MW solar projectBuild Profit & Loss (P&L) Account StatementsCalculate Taxable Income and perform Tax CalculationsPerform Cash Flow Analysis to assess project healthCompute Internal Rate of Return (IRR), Net Present Value (NPV), and Payback PeriodEstimate Cumulative Savings over a 25-year lifespanConduct Sensitivity Analysis on Feed-in Tariff for IRR, NPV, Payback, and Cumulative SavingsBy the end of this course, you will be able to confidently analyze and evaluate solar captive projects from a business, financial, and technical perspective.PrerequisitesBasic understanding of solar PV systems (preferred but not mandatory)Familiarity with Microsoft Excel or spreadsheetsNo prior finance background required - everything will be taught step-by-stepWho Should Take This Course? (Audience)Solar Industry Business Persons & Investors - planning to invest in captive solar projectsIndustrial Owners & Entrepreneurs - aiming to reduce power costs and gain energy independenceSolar Accountants & Finance Professionals - seeking to master balance sheet and project evaluationSolar EPC Companies & Technicians - interested in understanding financial modeling alongside technical executionEngineering Students & Graduates (Electrical, Mechanical, Renewable Energy) - looking for a career edge in the solar business and finance sectorWhy Take This Course? (Benefits)Hands-On Excel Training - Build your own financial models from scratch step by stepComprehensive Coverage - Learn IRR, NPV, Payback, and Cumulative Savings in one placeReal-World Applications - Modeled on actual project parameters used in the solar industrySensitivity Analysis Mastery - Evaluate the impact of tariff and business decisions on profitabilityCareer Growth - Gain a unique skill set valued by investors, EPC companies, consultants, and industriesBy enrolling in this course, you're not just learning theory-you're gaining practical, business-ready financial modeling skills to design, evaluate, and optimize solar captive projects with confidence.This course explains the Following Parameters in Detail:A) Financial Modeling of 1MW of Solar Power Plant under captive domain 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
Solar Industry Business Persons & Investors - planning to invest in captive solar projects,Industrial Owners & Entrepreneurs - aiming to reduce power costs and gain energy independence,Solar Accountants & Finance Professionals - seeking to master balance sheet and project evaluation,Solar EPC Companies & Technicians - interested in understanding financial modeling alongside technical execution,Engineering Students & Graduates (Electrical, Mechanical, Renewable Energy) - looking for a career edge in the solar business and finance sector,MB A Students,Mechanical Students,Electrical Students,Solar PV Designer,Solar Sales Person
Financial Modeling Of 1mw Solar Captive Power Plant In Excel
