Skip to content

Vistra VST Texas — Amortization of nuclear fuel

Other segment segments

East
$90M+12.5%

Similar metrics at other companies

EVR
EVRGAmortization of Nuclear fuel
$16.7M+3.1%
Xcel Energy logo
XELNuclear Fuel Amortization
$27M-6.9%
EVR
EVRGAmortization of Nuclear fuel
$16.7M+3.1%
PNW
PNWNuclear Fuel, Net of Amortization
$116.74M+4.0%
Southern Company logo
SOSouthern Power — Depreciation And Amortization Excluding Nuclear Fuel
$278M+82.9%
American Electric Power logo
AEPPayments for Nuclear Fuel
$13M-63.9%

Other financials

Income statement

See full
Revenue$5.6B+43.4%
Operating income$1.5B+1,349%
Net income$1.0B+484%
EPS (diluted)$2.87+409%

Balance sheet

See full
Cash & equivalents$677.0M+13.6%
Total debt$19.2B+6.7%
Total equity$5.6B+16.0%
Total assets$41.3B+8.1%

Cash flow

See full
Operating cash flow$1.2B+100%
CapEx$883.0M+15.0%
Free cash flow$316.0M+287%

Valuation

See full
Market cap$56.57B-9.9%
Enterprise value$75.06B-6.4%
P/E25.2×-0.6×
P/S2.9×-0.6×

Profitability

See full
Operating margin18.1%-3.3pp
Net margin11.5%-1.9pp
FCF margin9.3%-4.4pp

Returns & leverage

See full
Return on equity43%-3.3pp
Debt / equity3.4×-0.3×
Current ratio0.9×0.0×

Where this comes from

Reported directly by Vistra in its filing.

Tagged under the XBRL concept us-gaap:AmortizationOfNuclearFuelLease.

The official record: Vistra’s 10-Q, filed May 8, 2026, on SEC EDGAR. View the filing →

Ask your AI about Vistra's texas — amortization of nuclear fuel.

Connect your AI assistant and compare segments, right in your chat.

Connect your AI
Harbor at dusk
Claude

Questions, answered.

What is Vistra's texas — amortization of nuclear fuel?
Vistra (VST) reported texas — amortization of nuclear fuel of $36M in Q1 2026.
How has Vistra's texas — amortization of nuclear fuel changed year-over-year?
Vistra's texas — amortization of nuclear fuel increased by 16.1% year-over-year, from $31M to $36M.
What does texas — amortization of nuclear fuel mean?
This metric represents the systematic allocation of the cost of nuclear fuel assemblies used in the Texas generation segment over their estimated useful life. It reflects the non-cash expense associated with the consumption of nuclear fuel as it is burned in reactors to produce electricity. This figure is critical for understanding the true operational cost of nuclear power generation within the Texas market.