Excel Dna For Project Finance Modeling
Published 11/2023
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz
Language: English | Size: 5.58 GB | Duration: 9h 43m
Published 11/2023
MP4 | Video: h264, 1920x1080 | Audio: AAC, 44.1 KHz
Language: English | Size: 5.58 GB | Duration: 9h 43m
From Scratch to Pro: Master Project Finance Modeling for Renewables and Navigate from IM to NPV, IRR, CoC, and DSCR.
What you'll learn
Ability to use Excel effectively for financial modeling purposes
Learn how to build a fully integrated 3-statement model from scratch
Hands-on exercises and real-world case study based on a wind farm project
Develop the proficiency and confidence to apply modeling skills
Master essential return KPIs, including Internal Rate of Return (IRR), Net Present Value (NPV), Cash-on-Cash (CoC), and Debt Service Coverage Ratio (DSCR)
Learn how to analyze and interpret key KPIs under various scenarios, enabling you to make informed decisions and assess risk and return profiles
Gain a deep understanding of financial concepts integral to project finance
Gain a competitive edge and stand out from your peers
Explore energy-related topics such as P50, P75, and P90 energy yields, full load hours, and Power Purchase Agreements (PPAs)
Gain expertise in modeling renewable energy projects
Requirements
Excel 2013, 2016, 2019, 2021 or Excel 365 loaded on your computer.
No previous financial modeling or project finance experience needed. You will learn everyting you need to know.
Description
Excel DNA Unleashed!Learn the secrets to becoming a project finance modeling expert with Excel at your fingertips. Whether you're a financial analyst, energy industry enthusiast, or aspiring finance professional, this comprehensive course will equip you with the Excel DNA essential for excelling in project finance modeling.Your Roadmap to Project Finance Modeling ExpertiseExcel Expertise: Dive deep into Excel's functions, formulas, and shortcuts tailored for project finance modeling. From SUMIF and OFFSET to NORM.INV and more, you'll harness the full potential of Excel.Project Finance Essentials: Explore the core principles of project finance modeling, from building models from scratch to arriving at NPV, IRR, CoC, and DSCR.Efficiency with Excel Shortcuts: Transform into an Excel wizard using essential shortcuts for project finance modeling. Save time, reduce errors, and enhance your modeling confidence.Financial Metrics Insight: Develop a profound understanding of key financial metrics and their interpretation, equipping you to make informed decisions in project finance.Project Finance Best Practices: Discover industry-leading practices for structuring project finance models, impressing stakeholders with precise and visually appealing models.Renewable Energy Insights: Dive into renewable energy-related topics such as P50, P75, and P90 energy yields, full load hours, the difference between MW and MWh, Power Purchase Agreements (PPA), Engineering, Procurement, and Construction (EPC), and other related terminology.Hands-On Learning: Immerse yourself in real-world scenarios by constructing a basic financial model from scratch. Starting with the Information Memorandum (IM), navigate through NPV, IRR, CoC, and DSCR analysis, bridging theory with practical application.Integrated Financial Statements: Understand the integrity of the three financial statements (Cash Flow Statement, Income Statement, and Balance Sheet) and how they work together harmoniously to provide a comprehensive financial overview.Course Highlights:Real-World Case Study: Gain practical experience by building a basic project finance model for a wind farm project based on an industry-standard Information Memorandum (IM).Expert Guidance: Benefit from insights and guidance from an industry professional with extensive experience in project finance modeling.Excel Shortcut Cheat Sheet: Receive a downloadable Excel shortcut cheat sheet, your key to efficiency.Certification: Upon course completion, receive a certificate showcasing your Excel DNA for Project Finance Modeling.Unleash your Excel DNA and embark on a journey to master project finance modeling. Enroll today and elevate your skills for a successful career in finance and infrastructure investments.
Overview
Section 1: Course Introduction
Lecture 1 Course Introduction
Lecture 2 Course Objective
Lecture 3 Learning Outcomes
Section 2: Project Finance Basics
Lecture 4 Project Finance Basics
Lecture 5 Role of a Special Purpose Vehicle (SPV) in Project Finance
Lecture 6 Differentiation of Equity Investors and Debt Providers (Lenders)
Lecture 7 Non-Recourse Financing in Project Finance
Lecture 8 Navigating the Due Diligence Process in Project Finance
Section 3: Introduction to Case Study & Analysis Tasks
Lecture 9 Introduction to the Case Study & Information Memorandum
Lecture 10 Case Study - Analysis Tasks
Section 4: Introduction to Excel for Financial Modeling
Lecture 11 Benefits of Using Shortcuts
Lecture 12 Mastering the Name Manager in Excel
Lecture 13 Excel: EOMONTH() Function
Lecture 14 Excel Start File - Basic Formatting & Technical Inputs
Lecture 15 Construction & Operation Dates
Lecture 16 Harnessing the Power of Flags in Financial Models
Lecture 17 Excel: IF(), AND() & OR() Function
Lecture 18 Model Timeline & Conditional Formatting
Lecture 19 Model Currency
Section 5: Model Inputs & Renewable Energy Basics
Lecture 20 Engineering, Procurement, and Construction (EPC) Agreement
Lecture 21 Construction & Development Costs
Lecture 22 Excel: ISBLANK() Function
Lecture 23 Excel: OFFSET() Function
Lecture 24 Integrating Multiple Scenarios into the Model
Lecture 25 MW vs. MWh: Clarifying the Difference
Lecture 26 Unveiling Full Load Hours
Lecture 27 Comparing P50, P75, and P90 Energy Yield
Lecture 28 Standard Uncertainty and its Influence on Energy Yield Distribution
Lecture 29 Excel: NORM.INV() Function
Lecture 30 Excel: SUMIF() Function
Lecture 31 Power Generation & Revenue Inputs
Lecture 32 Power Purchase Agreements (PPAs) and Their Variants
Lecture 33 PPA Inputs & Inflation Assumptions
Lecture 34 Construction Payment Plan, Conditional Formatting & First Checks
Lecture 35 Electricity Price Forecast
Lecture 36 Implementing Integrity, Signal & Master Check
Lecture 37 Operational Expenditures (Opex) - Fixed Costs Inputs
Lecture 38 Operational Expenditures (Opex) - Variable Costs Inputs
Lecture 39 Debt Inputs
Lecture 40 Equity & Tax Inputs
Section 6: Understanding the Financial Statements: CFS, I/S, and BS
Lecture 41 Interlinking the Financial Statements CFS, I/S, and BS
Lecture 42 Understanding the Cash Flow Statement (CFS)
Lecture 43 Undertanding the Income Statement (I/S)
Lecture 44 Understanding the Balance Sheet (BS)
Section 7: Uses & Sources of Funds
Lecture 45 Excel: MIN() Function
Lecture 46 Uses of Funds
Lecture 47 Sources of Funds
Section 8: Electricity Generation & Revenues
Lecture 48 Excel: SUMPRODUCT() Function
Lecture 49 Electricity Generation & Generation Allocation
Lecture 50 Excel: INDEX() Function
Lecture 51 Excel: MATCH() Function
Lecture 52 Excel: LOOKUP() Function
Lecture 53 Revenue Prices & Total Revenue
Section 9: Operational Expenditures (Opex)
Lecture 54 Operational Expenditures (Opex) Flags
Lecture 55 Operational Expenditures (Opex) Real Terms
Lecture 56 Operational Expenditures (Opex) Nominal Terms
Section 10: Depreciation, Amortization, Goodwill, and Corporate Taxes
Lecture 57 Understanding Depreciation, Amortization, and Goodwill
Lecture 58 Income Statement, Depreciation, Amortization, and Goodwill
Lecture 59 Balance Sheet & Corporate Taxes
Section 11: Senior Debt & Equity
Lecture 60 Senior Debt
Lecture 61 Interpreting the Debt Service Coverage Ratio (DSCR)
Lecture 62 Excel: AVERAGE() Function
Lecture 63 Modeling the Debt Service Coverage Ratio (DSCR)
Lecture 64 Excel: ROUND() Function
Lecture 65 Equity Funding & Balance Sheet Check
Lecture 66 Excel: MAX() Function
Lecture 67 Cash Account, Dividend Distribution, and Interlinking CFS, IS & BS
Section 12: Return Metrics & Case Study Scenario Analysis
Lecture 68 Understanding the Internal Rate of Return (IRR)
Lecture 69 Excel: XIRR() Function
Lecture 70 Modeling the Internal Rate of Return (IRR)
Lecture 71 Interpreting the Net Present Value (NPV)
Lecture 72 Excel: XNPV() Function
Lecture 73 Modeling the Net Present Value (NPV)
Lecture 74 Understanding Cash-on-Cash Return (CoC)
Lecture 75 Modeling the Cash-on-Cash Return (CoC)
Lecture 76 Case Study Scenario Analysis
Lecture 77 Final Financial Model Wrap-Up & Additional Case Study Exercises
This project finance modeling course is meant for all levels from beginner to advanced. Power users should skip basic theory chapters.,The content is geared towards financial modeling and financial analysis used in project finance, infrastructure investing, investment banking, private equity, and more.