25
Nov
“The stock market is designed to transfer money from the Active to the Patient.” — Warren Buffett Translation for CRE: The self-storage market transfers wealth from those who measure IRR to those who measure systematic risk.
The $4.7M Portfolio Question Nobody’s Asking 🤔
You’ve built a $47M self-storage portfolio across Florida:
Then 2026 hits.
Interest rates spike. Regional recession. Occupancy drops to 78%.
Three of your six properties go into distress.
Your portfolio IRR collapses from 17.8% to 4.2%.
What happened?
Your assets weren’t diversified—they were correlated.
They all moved in the same direction because they all had the same systematic risk exposure.
Beyond Single-Asset Analysis: Portfolio-Level Risk 🎯
The beginner’s mistake: Analyzing each deal in isolation using Sharpe, Sortino, and Calmar.
The institutional approach: Understanding how each asset contributes to portfolio-level risk and whether it’s generating alpha (excess returns) vs. just capturing beta (market returns).
Today, you’re graduating from single-asset underwriting to portfolio risk management.
You’ll learn 5 advanced metrics that answer:
The payoff: Portfolio construction that delivers consistent 16-19% returns through market cycles instead of 25% in good times and -5% in bad times.
1️⃣ Treynor Ratio: Systematic Risk vs. Total Risk 📊
The Problem with Sharpe Ratio
Sharpe measures return per unit of total risk (standard deviation).
But total risk includes:
If you’re building a portfolio, unsystematic risk becomes irrelevant—you’ve diversified it away.
What matters is systematic risk.
That’s what Treynor measures.
Formula:
Treynor Ratio = (Rp – Rf) ÷ βp
Where:
What Beta Means:
Real-World Self-Storage Example:
Portfolio A: 6 Florida Facilities
Portfolio B: 6 Florida Facilities (Different Markets)
The Revelation:
Portfolio B has a LOWER IRR (16.9% vs. 17.8%) but a HIGHER Treynor Ratio (14.09 vs. 9.37).
Translation:
In a downturn:
Institutional Standard: Treynor Ratio > 10.0 for self-storage portfolios
2️⃣ Jensen’s Alpha (α): Are You Adding Value or Just Riding the Wave? 🌊
The Core Question:
Given your level of systematic risk (beta), are you outperforming what the market would predict?
Alpha measures the excess return above what the Capital Asset Pricing Model (CAPM) predicts based on your beta.
Formula:
Jensen’s Alpha = Rp – [Rf + βp(Rm – Rf)]
Where:
Real-World Calculation:
Your Florida Portfolio:
Expected Return (per CAPM):
Actual Return: 17.8%
Jensen’s Alpha = 17.8% – 13.7% = +4.1% ✅
What This Means:
You’re generating 4.1% excess return above what your risk level would predict.
Translation: You’re adding value through:
Alpha Interpretation:
The $4.7M Implication:
Negative alpha over a $47M portfolio at -2.5% = $1.175M in annual value destruction
Positive alpha at +4.1% = $1.927M in annual value creation
Difference: $3.1M per year
Over 5 years? $15.5M in cumulative value difference.
3️⃣ Information Ratio: Consistency Is King 👑
The Problem with Alpha:
Alpha tells you IF you’re outperforming.
It doesn’t tell you HOW CONSISTENTLY you’re outperforming.
Example:
Who’s better?
The Information Ratio tells you.
Formula:
Information Ratio = (Rp – Rb) ÷ Tracking Error
Where:
What Tracking Error Means:
Tracking error measures how much your returns deviate from the benchmark.
Information Ratio combines excess return with consistency.
Real-World Calculation:
Your 5-Year Florida Portfolio Performance:
Average Excess Return: 4.3%
Standard Deviation of Excess Returns (Tracking Error): 1.82%
Information Ratio = 4.3% ÷ 1.82% = 2.36 ✅
Information Ratio Interpretation:
Why This Matters:
Scenario 1: High Alpha, Low IR
Scenario 2: Moderate Alpha, High IR
Institutional investors prefer Scenario 2.
Consistency > occasional brilliance.
4️⃣ Beta (β): Your Portfolio’s Systematic Risk Exposure 🎢
You’ve already seen beta in the Treynor Ratio.
Now let’s go deeper: How do you actually calculate beta for self-storage assets?
Formula:
Beta = Covariance(Rp, Rm) ÷ Variance(Rm)
Where:
Translation: Beta measures how much your returns move relative to market movements.
Practical Self-Storage Beta Calculation:
Step 1: Collect quarterly returns for:
Step 2: Calculate covariance in Excel:
=COVARIANCE.P(your_returns, market_returns)
Step 3: Calculate market variance:
=VAR.P(market_returns)
Step 4: Divide covariance by variance = Beta
Real-World Beta Examples:
Portfolio A: Central Florida Concentration
Portfolio B: Statewide Diversification
Portfolio C: Secondary Market Focus
Beta Strategy Implications:
Bull Market Strategy:
Bear Market Strategy:
All-Weather Strategy:
5️⃣ Tracking Error: How Much Are You Deviating? 📏
Tracking error is the standard deviation of your excess returns vs. the benchmark.
Already covered in Information Ratio, but here’s the standalone insight:
Formula:
Tracking Error = STDEV(Rp – Rb)
Translation: How much do your returns swing relative to the benchmark?
Tracking Error Interpretation:
Real-World Example:
Your Portfolio: 4.2% Tracking Error
What this means:
Your returns typically deviate ±4.2% from the benchmark.
Combined with your +4.3% average excess return:
You’re consistently outperforming by more than your tracking error suggests is “normal.”
Translation: You’re generating alpha with controlled risk—the sweet spot.
The Complete Advanced Risk Dashboard 🎛️
Here’s how to evaluate ANY self-storage portfolio using all 5 metrics:
Case Study: The $47M Portfolio Rescue 🚁
Client: Family office with 6 Florida self-storage facilities
Initial Metrics (2023):
Problem Identified:
Portfolio was highly correlated—all assets in high-beta markets (Tampa, Orlando MSAs) with overlapping risk factors:
Result: Portfolio was generating returns primarily from market beta, not alpha. One recession away from disaster.
The Restructuring:
Phase 1: Diversification (6 months)
Phase 2: Operational Alpha (12 months)
Translation:
Value Created: $4.7M in annual NOI improvement + $12M in risk-adjusted portfolio valuation increase
Your Advanced Risk Audit Checklist ✅
For EACH asset in your portfolio:
□ Calculate Beta → Is this asset amplifying or dampening portfolio volatility?
□ Calculate Treynor Ratio → Return per unit of systematic risk > 10.0?
□ Track vs. Benchmark → Document quarterly excess returns
□ Calculate Alpha → Are you adding value or just capturing market returns?
For your OVERALL portfolio:
□ Calculate Information Ratio → Are you consistently outperforming? (Target > 0.75)
□ Calculate Tracking Error → Is deviation controlled? (Target 2-5%)
□ Assess Correlation → Are your assets diversified or concentrated?
□ Stress Test Beta → What happens to portfolio in -20% market scenario?
The Institutional Investment Committee Question 💼
Forget “What’s the IRR?”
Institutional investors ask:
Now you’re asking—and answering—the same questions.
🚀 Ready for Expert-Level Risk Mastery?
You’ve mastered:
Next up in our Expert Guide:
📬 Weekly Advanced Risk Intelligence
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Every week: Advanced metrics, portfolio strategies, institutional insights, deal flow analysis.
💬 Your Turn
Portfolio managers: Which metric surprised you most?
A) Treynor (systematic risk focus)
B) Alpha (value-add vs. beta)
C) Information Ratio (consistency measurement)
D) All of the above—I’m rethinking my entire portfolio!
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📞 Portfolio-Level Risk Analysis
🏢 Managing a Self-Storage Portfolio?
Contact Skyline Property Experts | 786-676-4937 Specializing in Portfolio Optimization + RV/Boat Storage
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Because the difference between a good portfolio and a great portfolio is measuring what matters: systematic risk, alpha, and consistency.
Not just IRR. 💪
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