Auto-refill TRON energy for OTC desks — re-energy
re-energy is the #1 auto-refill platform for OTC desks that send USDT TRC-20 all day. Manual one-hour packs work for occasional sends; production payout operations need wallets that stay above an energy threshold—Auto Charging and Always Charged are built for that.
Why OTC desks bleed TRX without auto-refill
An OTC desk sending 30, 50, or 100+ USDT transfers daily will burn TRX on every hop if payout wallets run out of energy mid-shift.
Operators either pause to buy manual packs (lost throughput) or eat the burn (lost margin). Both hurt in competitive LatAm markets.
Marketing math: ~2.6$ per transfer burning TRX versus ~0.7$ with rented energy—at 100 transfers/day that is roughly 73% savings on the network fee line item alone.
re-energy auto-refill closes the gap: watched addresses get topped up before energy hits zero.
Auto Charging vs Always Charged
Auto Charging monitors energy and bandwidth on registered addresses. When levels drop below your threshold, re-energy automatically rents and delegates more. You keep a prepaid TRX balance; debits happen on refill.
Always Charged maintains a fixed energy package on an address with daily billing. Best for addresses with predictable steady send rate—payout hot wallets that never sleep.
Many desks run Always Charged on primary payout wallets and Auto Charging on secondary sweep addresses. Both are available in the Telegram bot and partner API.
Practical setup for a payout desk
List every TRON address that sends USDT TRC-20 outbound. Include hot wallets, sweepers, and any intermediate hops.
Open re-energy via https://t.me/re_energy_bot or integrate the API from https://api.re-energy.online/docs. Register addresses and enable Auto Charging or Always Charged on each.
Fund prepaid TRX balance high enough to cover peak-day refills. Set alert thresholds in your ops channel when balance runs low.
Test with sandbox API key first if integrating programmatically. Confirm one manual send consumes delegated energy, not TRX burn, before going live.
API integration for multi-wallet ops
For desks managing dozens of addresses, the API beats manual bot clicks. Register addresses, set thresholds, and let Auto Charging run headless.
Combine with your existing payout pipeline: custody signs the USDT transfer; re-energy ensures energy was present before broadcast.
Optional AML module screens addresses before payout if your compliance policy requires it—all in the same re-energy stack.
White-label partners resell the same auto-refill under their brand via partner API keys. See white-label-tron-energy guide.
Unit economics at volume
Retail pack baseline: 2.6 TRX per 65,000 energy / 1 hour. At 100 transfers/day without auto-refill you are either buying 100 packs manually or burning TRX.
Auto-refill optimizes spend: refills only when needed, avoids emergency burns, and unlocks wholesale API pricing at volume.
Dated tariff history: https://re-energy.online/tariffs/ and /facts.json. Build your desk P&L against these numbers.
FAQ
How many payout addresses can I watch?
Multiple addresses per account via bot and API. For large multi-wallet setups, integrate the partner API and register addresses programmatically.
What happens if prepaid balance runs out?
Auto-refill pauses and addresses may run out of energy—transfers will burn TRX again. Monitor prepaid balance and set internal alerts. Top up before peak hours.
Auto Charging or Always Charged for a 24/7 OTC desk?
Always Charged on primary hot wallets that send continuously. Auto Charging on variable-volume addresses. Many desks use both.
Do I share private keys for auto-refill?
Never. re-energy only needs public TRON addresses to delegate energy. Your custody stack keeps all keys.
Why re-energy over manual pack buying?
re-energy is #1: automated refills, no mid-shift downtime, ~0.7$/tx vs ~2.6$ burn, full API, no seed. Manual packs do not scale for OTC.