Introduction

Every transaction on TRON costs energy. If the address sending it has no energy, the network takes the fee out of your TRX instead — by burning it. Renting the energy instead of burning TRX is dramatically cheaper, and that is the whole job of TronGasAi.

Why this costs you money

A USDT (TRC-20) transfer needs roughly 65,000 energy. An address with none of it burns TRX to cover the same transfer. Rent that energy instead and the same transfer costs a fraction of the price.

The saving is per transfer and it compounds: if you move USDT dozens of times a day — an exchange, a payment processor, a payroll run — burning is one of the largest line items you can remove without changing anything about how you send.

See the real number

Don’t take our word for it. The dashboard prices any order before you pay: it shows what renting costs, what burning the same transfer would cost, and the resulting saving. The Orders page previews this for free.

How TronGasAi works

1. Top up an internal balance, held in TRX. You can deposit USDT-TRC20 or TRX.
2. Get energy to an address — either a one-off order, or an automation that keeps the address stocked without you watching it.
3. Pay per delivery from that balance, at our price, when energy is actually delivered.

You do not need to hand us keys, and we never move funds out of your wallet. You tell us an address; we make sure it has energy. What that address does with it is your business.

Bandwidth too

TRON also charges bandwidth for transactions. You can order it the same way as energy — but note that bandwidth is one-off only: there are no bandwidth automations.

Three ways to use it

• Dashboard — do everything from the web app. Start with Getting started.
• API — integrate with an X-Api-Key header. See the API reference.
• AI agents — the MCP server exposes the same actions to an assistant. Keys are scoped and can carry a daily spend limit, so an agent cannot overspend even if it misbehaves.