17TRX

17TRX

How much TRX can energy rental save?

17TRX editorial team · Updated

Compare the cost of the same energy usage: burning TRX versus paying rent. Unused energy is not realized savings. Account separately for bandwidth and the payment transaction.

Steps

  1. 1

    Estimated net savings = energy actually replacing TRX burning × SUN price per energy / 1,000,000 − rental cost. The getEnergyFee value checked on 2026-10-22 was 100 SUN; network parameters can change.

  2. 2

    If all 131,000 energy replaces burning, it represents 13.10 TRX; after 2 TRX rent, estimated savings are 11.10 TRX. Using only 65,000 energy instead gives an estimated 4.50 TRX saving.

  3. 3

    At that unit price, 20,000 energy breaks even against 2 TRX rent before payment and bandwidth fees. If existing resources already cover the transfer, do not count their use as a benefit created by renting.

Verified sources

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Related guides

What is TRON energy rental? Energy, bandwidth and TRX

A TRC20 USDT transfer calls a smart contract. Energy covers computation; bandwidth covers transaction data. Renting energy provides usable resources to an address, not an energy token in exchange for USDT.

How much energy does a USDT transfer need?

Do not treat a past transfer’s energy consumption as a fixed requirement for the next one. Contract state, call details and dynamic energy can affect estimates. Check the current address and transaction.

How to rent energy: purchase and receipt checks

First identify the address that actually needs energy. This page processes energy purchases against the payment address. Before using an exchange, custodial wallet or third-party payer, confirm the receiving address with support.

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