Regulated Electric · NYSE
Current Price
$129.08
Intrinsic Value
$146.29
+11.8% margin of safety
As of 2026-07-29, the base-case DCF model estimates the intrinsic value of Duke Energy Corporation (DUK) at $146.29 per share, compared with a market price of $129.08, a margin of safety of +11.8%. The base case assumes 6.5% annual free cash flow growth and a 10.0% discount rate.
Across the sensitivity grid the estimate spans $114.85 to $182.66. Intrinsic value is an estimate built on assumptions, not a fact. A higher discount rate or slower growth pushes the estimate down, while stronger cash flow growth lifts it.
How the DCF works · Recalculate with your own assumptions · What is intrinsic value?
At $129.08, DUK trades about 11.8% below the base-case intrinsic value estimate. That is a real discount, but it stays short of the 30% margin of safety required before calling a stock undervalued.
COMPETITIVE MOAT
↑Regulated Monopoly Infrastructure
Duke Energy operates essential electric and gas infrastructure, granting it a de facto monopoly in its service territories. High capital costs create significant barriers to entry for potential competitors.
↑Essential Service Demand
Electricity and gas are non-discretionary services, ensuring consistent demand regardless of economic cycles. This provides a stable revenue base for the company.
↑Long-Term Contracts and Rate Setting
Regulated utilities operate under long-term contracts and rate-setting mechanisms approved by regulatory bodies. This provides predictability and a degree of pricing power over time.
INVESTMENT RISKS
↓Extreme Weather Events
Severe weather can disrupt operations, cause significant damage to infrastructure, and lead to substantial repair costs and potential service interruptions. This can impact reliability and financial performance.
↓Cybersecurity Threats
As a critical infrastructure provider, Duke Energy is a target for cyberattacks that could disrupt operations, compromise sensitive data, and lead to significant financial and reputational damage.
↓Interest Rate Sensitivity
Utilities are capital-intensive businesses with significant debt. Rising interest rates increase borrowing costs, impacting profitability and the ability to finance new projects.
Base case
Intrinsic Value
$146.29
Margin of safety
+11.8%
Expected annual return
+2.5%
Base case assumptions: 6.5% annual growth, 10.0% discount rate, 15x exit multiple, 5 year projection. Data as of 2026-07-29.
This base case uses default assumptions and is not financial advice. The intrinsic value changes significantly when the growth rate or discount rate changes. Open the calculator to set your own assumptions and see the full sensitivity range.
Adjust the growth rate, discount rate, and exit multiple to see how the intrinsic value and margin of safety for Duke Energy Corporation respond.
Open DCF Calculator for DUKDuke Energy Corporation, an energy provider operating across the United States with its various affiliates, structures its operations into three primary divisions: Electric Utilities and Infrastructure, Gas Utilities and Infrastructure, and Commercial Renewables. The Electric Utilities and Infrastructure division is responsible for generating, transmitting, distributing, and retailing electricity across the Carolinas, Florida, and the Midwestern states. Its power generation relies on a diverse portfolio of fuel sources, including coal, hydroelectric, natural gas, oil, renewable technologies, and nuclear energy. Beyond direct retail sales, it also provides electricity at wholesale rates to various entities such as municipalities, electric cooperative utilities, and other load-serving organizations. This segment caters to approximately 8.2 million customers spanning six states within the Southeastern and Midwestern U.S., encompassing a service area of about 91,000 square miles, and boasts an impressive generating capacity of approximately 50,259 megawatts. The Gas Utilities and Infrastructure segment focuses on the distribution of natural gas to a broad customer base, including residential homes, commercial enterprises, industrial facilities, and power generation plants. It also manages, operates, and invests in essential pipeline transmission networks and natural gas storage facilities. This segment serves around 1.6 million customers in total, with roughly 1.1 million located in North Carolina, South Carolina, and Tennessee, and an additional 550,000 customers in southwestern Ohio and northern Kentucky. Through its Commercial Renewables division, Duke Energy is actively involved in the acquisition, development, construction, ownership, and operation of wind and solar power projects. This includes offering non-regulated renewable energy and energy storage solutions to a variety of clients, such as utility companies, electric cooperatives, municipal governments, and corporate entities. The division's portfolio comprises 23 wind farms, 178 solar installations, two battery storage sites, and 71 fuel cell locations, totaling a substantial capacity of 3,554 MW spread across 22 different states. Established in 1904, the company was initially known as Duke Energy Holding Corp. before adopting its current name, Duke Energy Corporation, in April 2005. Its corporate headquarters are situated in Charlotte, North Carolina.
Revenue/Share (TTM)
$42.79
FCF/Share (TTM)
$8.49
ROIC (TTM)
4.2%
ROE (TTM)
9.9%
P/FCF
15.2x
EV/EBITDA
11.8x
FCF Yield
6.56%
Debt/Equity
1.67x
Based on trailing twelve-month data, DUK shows a free cash flow per share of $8.49 and a ROIC of 4.2%, key inputs for stock valuation using the DCF method. The P/FCF ratio of 15.2x and FCF yield of 6.56% are important context metrics when evaluating DUK's stock valuation relative to peers.
Duke Energy Corporation currently generates $8.49 in free cash flow per share. At the current price of $129.08, a DCF model would discount these cash flows at an appropriate WACC and apply a terminal growth rate to arrive at an intrinsic value. The result depends heavily on your growth and discount rate assumptions — a 1% change in WACC typically shifts the fair value estimate by 10-15%. In MiniValuator the model uses a single discount rate that you can edit directly, 10% by default, rather than a computed WACC.
DUK trades at a P/FCF ratio of 15.2x with a free cash flow yield of 6.56%. This P/FCF is in a moderate range. However, whether DUK is truly undervalued requires comparing the DCF intrinsic value to the current market price and evaluating whether the margin of safety is sufficient for your risk tolerance.
To perform a DCF valuation on Duke Energy Corporation: (1) Start with the trailing free cash flow per share ($8.49) as the base, (2) project future FCF growth over 5-10 years based on Regulated Electric industry trends and company fundamentals, (3) apply a discount rate (WACC) reflecting DUK's risk profile — with a debt-to-equity of 1.67x, capital structure is an important factor, and (4) add a terminal value for cash flows beyond the projection period.
DCF (Discounted Cash Flow) estimates what a company is worth today based on its future cash generation. For Duke Energy Corporation, this means projecting how much free cash flow the company will produce over the next 5-10 years, shaped by Regulated Electric trends, then discounting those amounts to today's dollars. DUK's ROIC of 4.2% means the company's return on invested capital sits below the level that typically clears its cost of capital.
WACC (Weighted Average Cost of Capital) is the discount rate in a DCF model — it reflects the minimum return investors require. For DUK, with a debt-to-equity ratio of 1.67x, the capital structure directly influences WACC. A 1% increase in WACC typically reduces the intrinsic value by 10-15%. At an EV/EBITDA of 11.8x, the market's implied discount rate can be reverse-engineered for comparison. In MiniValuator you set this discount rate yourself as a single editable number, 10% by default, instead of computing a formal WACC.
DCF and P/E value DUK with different methods and assumptions, so the two conclusions can differ. Compare the P/E fair value.
Price as of 2026-07-29. Financial data from Financial Modeling Prep (trailing twelve months) · Valuation methodology by Charlie Wang.
This is an estimate, not investment advice.