Asset Valuation Techniques

Energy Audit Calculations and Process | ASHRAE Level 1: A successful energy audit is built on accurate calculations, systematic analysis, and practical recommendations. I created this infographic to provide a concise reference to the ASHRAE Level 1 Energy Audit methodology, covering both the audit process and the key engineering calculations used to identify energy-saving opportunities. Here I Include: • Utility Bill Analysis • Site Walkthrough & Equipment Inventory • Energy Use Intensity (EUI) • Load Factor Calculation • Specific Energy Consumption (SEC) • Lighting Power Density (LPD) • HVAC COP Evaluation • Demand Cost Analysis • Motor & Transformer Loading • Annual Energy & Cost Savings • ROI, NPV & Payback Period • Carbon Emission Reduction • Energy Conservation Measures (ECMs) Whether you're an energy engineer, facility manager, consultant, or engineering student, I hope this serves as a practical reference for understanding the fundamentals of an ASHRAE Level 1 Energy Audit. #EnergyAudit #ASHRAE #ASHRAELevel1 #EnergyEfficiency #EnergyManagement #EnergyEngineering #BuildingPerformance #BuildingEnergy #CommercialBuildings #IndustrialFacilities #FacilityManagement #Sustainability #GreenBuilding #GreenBuildings #NetZero #Decarbonization #CarbonReduction #ESG #ClimateAction #HVAC #ElectricalEngineering #MEPEngineering #PowerSystems #ISO50001 #EnergyConservation #EnergyAnalysis #EnergyConsultant #Engineering #EngineeringCommunity #ProfessionalDevelopment #sreda #MEP #Solar

If you are preparing for careers in Investment Banking, Valuations, Corporate Finance or Equity Research, one question you can’t escape in interviews is: “How do you value a company?” The most popular method - DCF (Discounted Cash Flow).  Let’s simplify it step by step. How to Value a Company Using DCF (Discounted Cash Flow) 👉 Step 1: Forecast Free Cash Flows (FCF) Think of FCF as the cash left after all expenses, taxes, and investments – the amount available to both debt and equity holders. Formula: FCF = EBIT(1 - Tax) + Depreciation - Capex - ΔWorking Capital Usually projected for 5-10 years. The more realistic your assumptions, the better your valuation. 👉 Step 2: Calculate Terminal Value (TV) Since companies don’t stop after 10 years, we need to capture the value beyond projections. Two approaches: Perpetuity Growth Method: TV = FCF (n+1) / (WACC - g) (g is long-term growth rate, usually linked to GDP growth or inflation.) Exit Multiple Method: Apply an EV/EBITDA multiple to the last projected EBITDA. 👉 Step 3: Discount to Present Value Now, bring future cash flows back to today. Formula: DCF Value = Σ [FCFt / (1+WACC)^t] + TV / (1+WACC)^n Here, WACC = Weighted Average Cost of Capital, the blended return expected by both debt and equity investors. 👉 Step 4: Get Enterprise Value & Equity Value DCF gives Enterprise Value (EV). Equity Value = EV - Net Debt (Debt - Cash). Divide by number of shares - Intrinsic Value per Share. 👉 How to Interpret If DCF Value > Current Market Price - Stock looks undervalued. If DCF Value < Current Market Price - Stock looks overvalued. 👉 Common Mistakes to Avoid Overestimating growth and underestimating risk. Using an unrealistic discount rate. Ignoring working capital changes. Blindly applying exit multiples without industry context. ✅ That’s DCF in a nutshell. If you can explain this in clear, simple words, you’ll impress any interviewer. 👉 Like if this made DCF easier for you. 👉 Comment your doubts or interview tips on valuation. 👉 Repost to help your friends preparing for finance roles. 👉 Follow Yogesh Jangid for more such insights on #finance #business #investing & #markets #CorporateFinance #InvestmentBanking #Valuation #FinancialModeling

If you think valuation is just DCF and P/E ratios you’re missing 80% of the real picture. 7 valuation techniques every analyst must master: [1] Discounted Cash Flow (DCF) The classic. Forecast free cash flows → pick the discount rate → discount everything back. If your assumptions are weak, your valuation collapses. [2] Comparable Company Analysis (Comps) Find peers → pull their trading multiples → apply them. This shows how the market values businesses like yours. [3] Precedent Transaction Analysis Study past deals in the same sector → identify transaction multiples → apply. Essential for M&A and deal valuations. [4] Asset-Based Valuation What are the assets worth today? Liquidation value or replacement cost. Works well for asset-heavy companies. [5] Sum-of-the-Parts (SOTP) Perfect for conglomerates. Value each business unit separately → add them all → adjust for holding structure. Simple framework, deep execution. [6] LBO Analysis Private equity’s decision engine. Estimate returns (IRR) using leverage, cash flows, and exit multiples. If the IRR misses the benchmark → no deal. [7] Earnings Multiples The fastest method. Pick an earnings metric (EBIT, EBITDA, Net Income) → find peer multiples → apply. Quick, practical, widely used. If you want to grow in finance, don't just learn valuation terms. Learn how each technique tells a different story about value. ----- Jeetain Kumar, FMVA® Founder, FCP Consulting Helping students break into finance and consulting PS: If you want to start your career in finance, check the link in the comments to book a 1:1 session with me #finance #cfa #investment #valuations #consulting

Many founders get blindsided during valuation discussions. They walk into investor meetings with a number in mind. But they can't defend it. Here's the reality... Investors don't use just one method to value your startup. They use multiple approaches based on your stage, traction, and market. Understanding these 8 methods puts you in control of the conversation. For Pre-Revenue Startups ☑️ The Berkus Method breaks your startup into 5 categories. Your idea, team strength, product progress, market readiness, and strategic relationships. Each gets up to $500K. Add them up for your valuation. ☑️Scorecard Valuation starts with local market averages. Then adjusts up or down based on how you compare to other funded startups in key areas like team quality and market size. ☑️Risk Factor Summation takes a base valuation and adjusts it across 12 risk categories. Strong team? Add $250K. Intense competition? Subtract $250K. For Revenue-Generating Startups ✅ Comparable Transactions looks at recent deals for similar companies. If SaaS startups at your stage get 8x revenue multiples, that becomes your baseline. ✅Discounted Cash Flow projects your future cash flows and discounts them to today's value. Higher risk means higher discount rates and lower valuations. ✅Venture Capital Method works backward from your projected exit. If VCs want 10x returns and see a $100M exit, they need to invest at a $10M valuation. Universal Methods 🔵Cost-to-Duplicate estimates what it would cost to rebuild your startup from scratch. This often becomes the valuation floor. 🔵Book Value simply subtracts liabilities from assets. Rarely used for high-growth startups but relevant for asset-heavy businesses. Don't rely on one method. Triangulate using 2-3 approaches that fit your stage. A pre-seed startup might blend Berkus, Scorecard, and Risk Factor. A Series A company could use Comparable Transactions, light DCF, and the VC Method. Valuation isn't just about the number. It's about showing you understand how investors think. When you can speak their language, negotiations become conversations. And conversations lead to better outcomes. --- Follow me (Nidhi Kaushal) for more fundraising insights that actually work. DM me or click the link in my bio to book a 1:1 call and discuss your fundraising strategy 📞

Business owners often think their companies are worth a lot. Not always true. Fractional CFOs and FP&A advisors know the honest answer. It depends. A business is really only worth what one person is willing to sell it for, that another person is willing to buy it for. Because valuations are driven by assumptions. And just because an owner thinks it's super valuable from his own view point, doesn't mean it's as valuable to someone else. Or maybe it's worth even more to that buyer. This screen shot shows why Advisors rarely rely on a single number. Valuation ranges may change depending on which measures and levers you choose: • Market transactions • Comparable trading multiples • DCF terminal value • DCF perpetuity growth • Implied exit multiples For most small companies, market transactions and comparable trading multiples aren't always wonderful benchmarks. Because many documented transactions are for mid-sized and larger enterprises. They are not always relevant for small companies. But they can still provide data points and indications of value. Why build valuation ranges as I've done here? Because each method may have merit: (1) EBITDA multiples • Transaction comps vs. trading comps often tell different stories. • 6.5x-9.0x multiples on the same EBITDA may widen valuation by millions. (2) Discount rate or weighted average cost of capital (WACC) • 15% WACC assumes meaningful risk and growth volatility. • A few basis points up or down shifts the enterprise value. (3) Terminal period assumptions • 2.5×-4.5× exit multiples brings ranges too. • 0.5%-2.5% growth rate has ranges too. Why does this matter for Fractional CFO / FP&A Advisory work and business owners? • Clarity on how performance and decisions affect the business' value • Ability to test different planning scenarios before executing them • They give an indication of value to the owner throughout the calendar • Ranges give data points, not a definitive answer. The more dynamic, transparent, and well-structured the FP&A model, the more confidence you'll have in the figures it produces, no matter which methods you apply.

💡 How Do You Value a Business? It Depends on What You're Really Trying to See. As a CFO, I get asked this question all the time: “What’s this business worth?” My answer? It depends on the method, the assumptions, and the purpose. Because business valuation isn’t just a technical exercise. It’s a lens. And each lens gives you a different angle. In my latest guide, I’ve broken down the five most widely used valuation methods and when each one matters most: 🧮 1. Discounted Cash Flow (DCF) This method gives you the intrinsic value based on future free cash flows. It’s powerful but also sensitive to assumptions. Miss the WACC or terminal growth rate, and the whole model skews. ✅ Best for: Long-term investors who believe in the fundamentals ⚠️ Watch out for: Overconfidence in your forecast 📊 2. Comparable Company Analysis (CCA) This one is about market mood. You look at peers, ratios like EV/EBITDA or P/E, and ask: What are similar businesses worth today? ✅ Best for: Fast benchmarking and market-aligned estimates ⚠️ Watch out for: Differences in business models or risk profiles 🤝 3. Precedent Transaction Analysis (PTA) Here, we look at recent M&A deals to benchmark value. Think of it as a real-world yardstick. ✅ Best for: Negotiating in M&A scenarios ⚠️ Watch out for: Unique deal terms or outdated data 🏗️ 4. Asset-Based Valuation Strip away the forecasts and trends. This approach values the net assets, which are what you own minus what you owe. ✅ Best for: Asset-heavy businesses or liquidation scenarios ⚠️ Watch out for: Undervalued intangibles and obsolete assets 🧠 5. Real Options Valuation This is the most advanced and strategic approach. It values flexibility in your decisions based on how the future plays out. ✅ Best for: High-risk, high-reward projects with optionality ⚠️ Watch out for: Overengineering a model based on hypotheticals ✅ The best valuation method? It depends on the question you’re trying to answer. Are you selling? Investing? Raising capital? Planning for growth? Each scenario deserves a tailored lens. 📥 Download the full guide to see a practical breakdown of each method, including pros, cons, and where I’ve seen them applied effectively. 💬 What valuation method do you rely on most, and why? #CFOInsights #BusinessValuation #DCF #ComparableCompanies #MergersAndAcquisitions #StrategicFinance #ExecutiveLeadership #CorporateValuation

Are You Truly Measuring Energy Savings Scientifically? In any ISO 50001-compliant Energy Management System (EnMS), Establishing an Energy Baseline (EnB) and selecting Energy Performance Indicators (EnPIs) are the absolute foundation. Without them, you cannot reliably prove energy savings or demonstrate continuous improvement. Let us see clear breakdown of these critical steps: 🔹 1. Establishing the Energy Baseline (EnB) The EnB is your quantitative reference point: "How much energy would we have used today if no improvements had been made?" Data Collection: Gather at least 12 months of historical data (energy consumption + relevant variables like production volume, degree days) to capture seasonality. Normalization: Avoid simple static baselines (e.g., last year’s total). Identify and account for key drivers (weather, output levels) that significantly affect consumption. Regression Analysis (Best Practice): Use linear or multivariable regression to build a model (e.g., y = mx + c). This lets you calculate expected vs. actual energy use under current conditions. 🔹 2. Selecting Energy Performance Indicators (EnPIs) EnPIs should be hierarchical — from facility-wide down to specific equipment ,and focus on efficiency, not just total consumption. A. High-Level (Facility-Wide) Energy Use Intensity (EUI): Total energy ÷ floor area (kWh/m²/yr) — ideal for buildings. Energy Intensity (EI): Total energy ÷ production output (e.g., kWh/unit) , standard in manufacturing. B. System & Equipment Level (Significant Energy Users) Chillers: kW/ton or COP Boilers: Combustion efficiency (%) or steam intensity Compressed Air: Specific power (kW/100 cfm) C. Productivity Metrics Link energy to value: kWh/kg of product or energy cost per unit sold. The Process in a Nutshell Identify Significant Energy Users (SEUs) Determine key driving variables Build the EnB using regression on historical data Choose EnPIs that track true efficiency Getting these steps right turns energy management from guesswork into data-driven success. And a final question for energy managers, sustainability leaders, and facility engineers: what has your experience been with baselines and EnPIs? Have you encountered common pitfalls, or found go‑to tools, for regression analysis? If you have a question, insight, or story to share, feel free to comment. #EnergyManagement #ISO50001 #EnergyEfficiency #Sustainability #EnMS #EnergyPerformance #NetZero

Valuation isn’t one-size-fits-all. It evolves with the stage of the business and the purpose of valuation. Early-stage startups burning cash? > Revenue multiples, scorecard/Berkus methods make more sense than EBITDA-based models. High-growth companies scaling fast? > EV/Sales and DCF with sensitivity analysis help capture future potential. Mature, stable businesses generating steady profits? > EV/EBITDA, P/E, and cash-flow–driven DCF models work best. Declining or distressed firms? > Net Book Value, Price-to-Book, or Liquidation methods become more relevant. The key takeaway: Choose the valuation method based on where the company is in its lifecycle and why you’re valuing it—whether for funding, acquisition, taxation, or restructuring. Using the wrong method at the wrong stage doesn’t just misprice a business—it distorts decision-making. _______________________________________________________ #Valuation #CorporateFinance #EquityResearch #InvestmentAnalysis #FinanceProfessionals #MBAFinance

When it comes to evaluating wind-solar-storage hybrid projects, the Internal Rate of Return (IRR) is a key financial metric used to determine the attractiveness and viability of the investment. Here are key parameters related to IRR that are commonly considered in such projects: 1. Project Size: The total capacity of the wind, solar, and storage components of the project. 2. Capital Cost. 3. Operating Costs. 4. Revenue Stream: Various sources of revenue such as electricity sales, Renewable Energy Credits (RECs), capacity payments, etc. 5. Energy Generation. Expected annual energy production from wind, solar, and storage components. 6. Capacity Factor: The ratio of actual energy generated to the maximum potential generation over a period of time. 7. Tariffs and Incentives. Feed-in tariffs, tax incentives, or other subsidies that may impact project revenues. 8. Electricity Prices. Future price projections for electricity sales, which can significantly impact revenue. 9. Battery Degradation. Rate of degradation of the storage system over time, affecting its performance and revenue potential. 10. Grid Connection Costs. Costs associated with connecting the project to the grid, including transmission upgrades. 11. Financing Costs. Interest rates and fees associated with project financing, impacting overall project returns. 12. Insurance Costs. Premiums for insuring the project against operational risks, natural disasters, etc. 13. Economic Lifespan. The duration over which the project is expected to operate and generate revenue. 14. Inflation Rates. Expected inflation rates for operating costs and revenues over the project lifespan. 15. Tax Rates: Applicable tax rates for the project, impacting net revenues and overall financial performance. 16. Reserve Margin: Buffer capacity or operational reserves maintained to ensure grid stability and reliability. 17. Demand Response Value: The ability of the project to respond to grid demand fluctuations and earn additional revenue. 18. Regulatory Environment: Policies, regulations, and market structures that can impact project revenues and profitability. 19. Technology Risk: Risks associated with the performance and reliability of wind, solar, and storage technologies. 20. Exit Strategy: Options for divesting or exiting the project at a future date, impacting overall returns on investment. These parameters collectively influence the IRR of wind-solar-storage hybrid projects and are crucial for investors and developers to assess the financial viability and risks associated with such ventures. It's important to conduct a comprehensive analysis considering these factors to make informed investment decisions in the renewable energy sector. #IRR #RENEWABLES

Maximizing Fired Heater Efficiency — Simplified Methods & Real-World Example Fired heaters are core assets in refining and petrochemical operations — and their efficiency directly impacts fuel consumption, emissions, and profitability. I’ve compiled a technical guide that simplifies two major efficiency calculation methods: 1. Direct Method – comparing energy absorbed by the process fluid to fuel input. 2. Indirect (Losses) Method – accounting for stack losses, radiation, convection, and incomplete combustion. The guide also includes: • API 530-based radiation & convection loss estimation • Fuel heating value comparisons (HHV vs. LHV) • A detailed worked example showing how to calculate actual heater efficiency step. #ProcessEngineering #FiredHeater #EnergyEfficiency #Refining #Petrochemicals #HeatTransfer #OperationsExcellence