How Much Energy Does an XRP Transaction Use? XRPL vs Bitcoin, Ethereum, and Visa (2026)
A single XRP Ledger transaction uses at most about 0.0079 kWh of electricity, and a newer network measurement puts it near 0.020 Wh (0.00002 kWh). One Bitcoin transaction uses about 882.49 kWh, the energy of roughly 111,700 XRPL transactions, while Ethereum works out to about 0.0035 kWh and a Visa payment about 0.0015 kWh. At 0.17 USD per kWh, 1,000 XRPL transactions a year cost at most 134 cents of electricity, and about a third of a cent at the measured figure.
Every figure below was pulled on 20 July 2026 from a named source, every derived number shows its arithmetic, and where sources disagree we show the range and use the conservative end.
Two XRPL numbers, one honest way to use them
Two figures circulate for the XRP Ledger. The older one is Ripple's April 2021 statement that XRP consumes 0.0079 kWh per transaction, the same figure a TRG Datacenters comparison in The Fintech Times used when it ranked XRP the least energy intensive of seven major coins, against 707 kWh for Bitcoin at the time.
The newer one is a network measurement attributed to an XRPL dUNL validator and reported by CryptoPotato: the whole ledger consuming about 493,677 kWh a year, roughly 0.020 Wh per transaction (0.00002 kWh), with 63 tCO2e of annual emissions and 8.1 mgCO2e per transaction. The XRPL Commons sustainability dashboard reports the same 63 tCO2e.
This article uses the conservative 0.0079 kWh for every headline claim. If the measured figure is right, everything below understates XRPL's advantage by a factor of about 395.
The 2026 energy per transaction table
| Network | kWh per transaction | CO2 per transaction | Annual network electricity |
|---|---|---|---|
| XRP Ledger, measured | 0.00002 kWh (0.020 Wh) | 8.1 mgCO2e | 493,677 kWh |
| XRP Ledger, 2021 conservative | 0.0079 kWh | Not stated | See measured row |
| Visa payment network | 0.0015 kWh | 0.45 g | Not comparable, company scope |
| Ethereum, after the Merge | 0.0035 kWh (derived) | 1.17 g (derived) | 2,601 MWh (CCRI) |
| Bitcoin | 882.49 kWh | 492.22 kg | 149 to 204.44 TWh |
The Bitcoin row is Digiconomist's index as read on 20 July 2026; 149 TWh is the lower network estimate cited on ethereum.org the same day. The Visa row comes from Digiconomist's own equivalences: one Bitcoin transaction to 593,746 Visa payments in electricity, so 882,490 Wh divided by 593,746 is 1.49 Wh, about 0.0015 kWh, while the index's separate carbon equivalence implies about 0.45 g of CO2 per Visa payment.
Ethereum needs one shown calculation, since ethereum.org publishes no per transaction figure. It cites a CCRI estimate of 0.0026 TWh a year (2,601 MWh), and Blockchair counted 2,041,434 Ethereum transactions in 24 hours, about 745.1 million a year. That division gives about 0.0035 kWh per transaction, and 870 tCO2e over the same count gives 1.17 g each.
Why proof of work costs five orders of magnitude more
The gap is architectural. Bitcoin miners race to solve hashing puzzles, and the electricity spent losing that race is part of the security budget. The XRP Ledger reaches agreement among known validators: ordinary servers that confirm transactions in about 3 to 5 seconds, with no mining, no block subsidy, and a 0.00001 XRP base cost that is destroyed rather than paid out. We compared the designs in XRP vs Bitcoin in 2026.
One Bitcoin transaction, counted in XRPL transactions
882.49 kWh ÷ 0.0079 kWh = 111,708 XRPL transactions per Bitcoin transaction
Stress test that division and it survives. Take the lowest Bitcoin estimate we fetched, 149 TWh, and divide by Blockchair's throughput of 768,230 Bitcoin transactions a day (280.4 million a year): still about 531 kWh per transaction, or about 67,000 XRPL transactions. Swap in the measured XRPL figure and one Bitcoin transaction equals about 44.1 million. The honest range is 67,000 to 44 million; nowhere in it is the comparison close.
Against the EPA's 0.019 kWh per smartphone charge, one Bitcoin transaction is about 46,447 phone charges, enough to charge a phone daily for 127 years. One conservative XRPL transaction is about 42% of a single charge.
What a heavy XRPL user actually spends on energy
Assume a heavy user: 1,000 XRPL transactions a year, about 19 a week. At the conservative figure that is 7.9 kWh a year, less electricity than 416 smartphone charges, and barely more than charging one phone nightly for a year (6.9 kWh). At the measured figure the year totals 0.02 kWh: about one phone charge.
At an assumed US residential rate of 0.17 USD per kWh, that year of use costs at most 134 cents (7.9 kWh × 0.17 USD), and about 0.34 cents at the measured figure. The protocol fees are even smaller: 1,000 transactions at the 0.00001 XRP base cost destroy 0.01 XRP, about 1.1 cents at the current 1.089 USD price (CoinGecko, 20 July 2026).
| Rail | Electricity for 1,000 transactions | Cost at 0.17 USD per kWh | Phone charges (0.019 kWh) |
|---|---|---|---|
| XRPL, measured | 0.02 kWh | 0.34 cents | About 1 |
| Visa | 1.49 kWh | 25 cents | 78 |
| Ethereum | 3.49 kWh | 59 cents | 184 |
| XRPL, 2021 conservative | 7.9 kWh | 134 cents | 416 |
| Bitcoin | 882,490 kWh | 150,023 USD | 46.4 million |
The Bitcoin row is the same 1,000 transactions times 882.49 kWh: about 150,023 USD of electricity. Nobody pays that per wallet; miners pay it network wide and recover it through block rewards and fees. It is still the resource cost of proof of work settlement, and why comparisons like our XRP vs SWIFT, Visa and ACH breakdown keep landing in XRPL's favor.
How much to trust these numbers
Per transaction metrics deserve skepticism. Most are a network total divided by a transaction count, yet validators and miners draw power whether blocks are full or empty; ethereum.org refuses to publish a per transaction number for this reason. Totals also disagree: Bitcoin's annual draw was cited at 149 TWh on ethereum.org and 204.44 TWh by Digiconomist on the same day, a 37% spread. Boundaries differ too, since the Visa number covers payment processing rather than the banking system around it. And carbon tracks the energy mix, so Bitcoin's 492.22 kg CO2 per transaction versus XRPL's 8.1 mg is an even wider gap than the electricity.
Method summary: every figure here is fetched from a named source on 20 July 2026, a protocol constant like the 0.00001 XRP base fee, or a division shown in the text. Conflicting estimates resolve to the end least favorable to XRPL.
Efficiency is not income
XRP trades at 1.089 USD with a market cap of about 68.04 billion USD, daily volume of 809.1 million USD, and 62.47 billion XRP circulating out of 99.99 billion total (CoinGecko, 20 July 2026). All that value settles on a network whose measured yearly electricity budget, 493,677 kWh, equals about 76 seconds of Bitcoin mining at Digiconomist's 204.44 TWh annual rate.
What efficiency does not do is pay holders. The XRPL has no mining subsidy and no protocol staking reward, so XRP sitting idle on an exchange earns 0% no matter how green the ledger is. Moving XRP costs fractions of a cent; parking it is what compounds. Put numbers on that with the XRP yield calculator, compare routes in how to earn yield on XRP, and review custody on the XORA security page.
FAQ
How much energy does one XRP transaction use?
The conservative published figure is 0.0079 kWh per transaction, stated by Ripple in 2021 and repeated in a TRG Datacenters comparison. A newer validator network measurement puts the XRP Ledger near 0.020 Wh per transaction, which is 0.00002 kWh, with the whole network consuming about 493,677 kWh a year. Either way it is a rounding error next to Bitcoin's roughly 882 kWh per transaction.
Is XRP more energy efficient than Bitcoin?
Yes, by about five orders of magnitude. Digiconomist put one Bitcoin transaction at 882.49 kWh when checked on 20 July 2026, while the conservative XRPL figure is 0.0079 kWh. That works out to about 111,700 XRPL transactions per Bitcoin transaction, and even the most conservative reconstruction keeps the ratio above 67,000.
Does an XRP transaction use less energy than a Visa payment?
It depends on which XRPL figure you use. Digiconomist's comparison implies about 0.0015 kWh per Visa payment. The conservative 2021 XRPL figure of 0.0079 kWh is about five times higher than that, while the newer measured figure of 0.00002 kWh is about 74 times lower. Both sit in the same everyday range, far below proof of work mining.
Why do energy per transaction numbers vary so much?
Because most of them are network totals divided by transaction counts, and both inputs move. Validators and miners consume energy whether blocks are full or empty, methodologies differ on hardware assumptions, and boundaries differ on what counts, for example Visa data centers versus the whole company. That is why this article shows ranges and dates every figure.
Does XRP's low energy use earn holders anything?
No. Energy efficiency lowers the cost of running the network, but idle XRP earns nothing by itself. Holders who want income need a separate yield source, such as XORA's offer of up to 22% APY value, which is never guaranteed and carries platform and market risk.
Sources checked
- Digiconomist, Bitcoin Energy Consumption Index, checked 20 July 2026
- ethereum.org, Ethereum energy consumption (CCRI figures), checked 20 July 2026
- US EPA, greenhouse gas equivalencies references (0.019 kWh per smartphone charge), checked 20 July 2026
- Ripple on X, 6 April 2021 (0.0079 kWh per XRP transaction), checked 20 July 2026
- The Fintech Times, TRG Datacenters comparison, November 2021, checked 20 July 2026
- CryptoPotato, XRPL validator network measurement, checked 20 July 2026
- XRPL Commons sustainability dashboard, checked 20 July 2026
- Blockchair API, Ethereum and Bitcoin daily transaction counts, checked 20 July 2026
- XRP Ledger, transaction cost documentation, checked 20 July 2026
- CoinGecko, XRP market data, checked 20 July 2026
Put the efficient asset to work
The XRP Ledger settles a payment for fractions of a cent in electricity and fees, but it cannot make idle XRP productive: on an exchange it earns 0% forever. XORA is built for that gap, offering up to 22% APY value (15% native XRP yield, treasury subsidised during a disclosed bootstrap, plus estimated XORA reward value) on deposited XRP instead of leaving it idle on an exchange.
Risk disclosure: crypto prices are volatile, custody with any platform creates counterparty risk, rates and the estimated XORA reward value can change, the XORA reward component is not native XRP, and no yield is guaranteed. Deposit only what you can afford to put at risk.