This FAQ section explains how the TRON energy calculator works, what transaction data should be entered for estimation, how accurate the result may be, and why the calculated energy can differ from actual consumption.
Table of contents
- How do I use the EnergyFather to calculate TRON energy for USDT transaction?
- What transaction data needs to be entered into the TRON energy calculator for an accurate estimation?
- Can the TRON energy calculator estimate its consumption for multiple transactions at once?
- Can I immediately purchase the required amount of energy after estimating it in the calculator?
- Do you guarantee that the calculated TRX energy will be sufficient for the transaction?
- Why may the estimation in the calculator differ from the actual TRON energy per transaction?
Answers
How do I use the EnergyFather to calculate TRON energy for USDT transaction?
In the TRON energy calculator you should choose the proper TRC20 token (USDT, for example) and one or multiple addresses receiving transactions, then calculate the energy that your address needs to send TRC20 those transactions.
https://energyfather.com/tron-energy-calculator
The calculation should be done right before you buy TRON energy (with USDT or other payment methods) and send transaction(s), since energy usage depends on dynamic network parameters and state of addresses receiving transactions, which may change over time.
What transaction data needs to be entered into the TRON energy calculator for an accurate estimation?
To calculate TRON energy accurately you should select the needed TRC20 token (for example, USDT or USDJ) and the address that receives transaction (or list of several such addresses) into the TRON energy calculator. The address sending transaction is not asked to estimate energy because it does not affect energy consumption. However, it should be noted that the calculation does not take into account the energy that may already be available at the sender's address.
Can the TRON energy calculator estimate its consumption for multiple transactions at once?
Yes, EnergyFather can calculate TRON energy required for scope of transactions. It supports multi-recipient scenarios to help planning of batch transfers, so you can enter several addresses and get a combined estimate instead of calculating each transfer separately. For example, you can estimate the amount of energy required to send a bulk of a hundred or a thousand USDT payments at a time.
Can I immediately purchase the required amount of energy after estimating it in the calculator?
Yes, after finding out the needed amount with the TRON energy calculator, you can proceed directly to purchase procedure and buy energy for TRON (TRC20) transactions without manually input the rented amount. This lets you buy TRON energy cheap in a single flow: you estimate the required amount, review the cost, and continue the purchase so the needed energy is quickly delegated to your address.
Do you guarantee that the calculated TRX energy will be sufficient for the transaction?
Yes, at the moment of calculation, EnergyFather guarantees an accurate result. But after some time, something may change, since TRX energy consumption depends on the presence of tokens at the recipient's address, on network parameters, and all this can change at any moment. In other words, TRON energy calculator guarantees that everything is accurate, but only at the moment of calculation. Therefore, we recommend to buy energy and send payments as soon as possible after calculation.
Why may the estimation in the calculator differ from the actual TRON energy per transaction?
The TRON energy calculator provides an estimate that is valid for the current moment. However, the energy consumption required to send TRC20 tokens can vary for several reasons, including whether the tokens exist at the receiving address. If this value changes between the time of estimation and the time of transaction broadcasting, the calculated value may differ from the actual consumption. To avoid this, it's recommended that you estimate TRON energy right before sending tokens.