Commodity ratio · live
US Commercial Electricity to Natural Gas Futures Ratio
The us commercial electricity to natural gas futures ratio is 4.819 — US Commercial Electricity at $13.54 per Kilowatt Hour divided by Natural Gas Futures at $2.81 per Million British Thermal Units.
Prices as of Aug 24, 2026, 12:23 PM UTC. Change either side of the calculator to price any other pair from 170+ commodities.
US Commercial Electricity to Natural Gas Futures ratio
1.000 kWh of us commercial electricity = 4.819 MMBtu of natural gas futures
Inverse (NG-FUT/ELEC-COM-US): 0.2075 — one Million British Thermal Units of natural gas futures buys that much us commercial electricity.
Above its 1 year average. (83th percentile of the last 1 year)
US Commercial Electricity
$13.54
per Kilowatt Hour
Natural Gas Futures
$2.81
per Million British Thermal Units
Unit basis: USD per Kilowatt Hour ÷ USD per Million British Thermal Units. The ratio reads as Million British Thermal Unitss of natural gas futures per Kilowatt Hour of us commercial electricity. Prices as of Mon, 24 Aug 2026 12:23:56 GMT.
1Y average
4.114
median 4.266
1Y low
2.782
Dec 1, 2025
1Y high
4.924
May 1, 2026
Normal band
3.399–4.830
mean ± 1 std dev
Deviation from mean
+0.98σ
6 observations
US Commercial Electricity to Natural Gas Futures ratio charts
Pick a range once — it applies to the ELEC-COM-US/NG-FUT ratio line, the OHLC candles and the US Commercial Electricity / Natural Gas Futures price chart below.
ELEC-COM-US/NG-FUT ratio line
How many MMBtu of Natural Gas Futures one kWh of US Commercial Electricity buys, over 1Y.
ELEC-COM-US/NG-FUT ratio candles
Open, high, low and close of the ELEC-COM-US/NG-FUT ratio for each period in the last 1Y.
US Commercial Electricity and Natural Gas Futures prices
Both legs of the ratio on their own axes, so you can see which one moved over 1Y.
How to calculate the us commercial electricity to natural gas futures ratio
US Commercial Electricity to Natural Gas Futures ratio = US Commercial Electricity price per Kilowatt Hour ÷ Natural Gas Futures price per Million British Thermal Units
The two legs use different units, so the result is a rate — Million British Thermal Unitss of natural gas futures per Kilowatt Hour of us commercial electricity — rather than a plain count.
Worked example, live prices: $13.54 ÷ $2.81 = 4.819. The inverse is 0.2075.
The flagship commodity ratios
Each of these has its own dedicated page with live pricing, a full year of history and range statistics.
Live prices behind the ratio
| # | Symbol | Name | Rate (USD) |
|---|---|---|---|
| 1 | XAU | Gold | 4655.18 |
| 2 | XAG | Silver | 69.27 |
| 3 | WTIOIL-FUT | Crude Oil WTI Futures | 85.69 |
| 4 | BRENTOIL-FUT | Crude Oil Brent Futures | 92.99 |
| 5 | NG-FUT | Natural Gas Futures | 2.81 |
| 6 | PL | Platinum | 1887.51 |
| 7 | PA | Palladium | 1353.70 |
Frequently asked questions
What is the us commercial electricity to natural gas futures ratio today?
The us commercial electricity to natural gas futures ratio is 4.819 — US Commercial Electricity at $13.54 per Kilowatt Hour divided by Natural Gas Futures at $2.81 per Million British Thermal Units, from live mid-market prices.
How do you calculate the us commercial electricity to natural gas futures ratio?
Divide the us commercial electricity price per Kilowatt Hour by the natural gas futures price per Million British Thermal Units. If the two units differ, the result is a rate rather than a plain count — read it as Million British Thermal Unitss of natural gas futures per Kilowatt Hour of us commercial electricity.
What is the inverse of the us commercial electricity to natural gas futures ratio?
The inverse, natural gas futures to us commercial electricity, is 0.2075 — how many Kilowatt Hours of us commercial electricity one Million British Thermal Units of natural gas futures buys.