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P2P 데스크 수익성 계산기

거래량 기준으로 이체 수수료가 데스크에 미치는 영향과 마진을 확인해 보세요.

P2P 거래에서 USDT 발행될 때마다 지갑에서 TRX 소각됩니다. Energy 없이 거래할 경우 1회당 13 TRX 소각되지만, Energy 위임을 사용하면 1회당 4 TRX 만 소각됩니다. 이 차액은 여러분이 놓치고 있는 순수 이익입니다. 이 도구는 여러분의 거래량 기준으로 정확히 얼마만큼의 손실을 보여주는지 보여줍니다.
1 20 200
에너지 없이
거래당
13 TRX
≈ $3.90
7,800 TRX
연간
93,600 TRX
에너지 위임과 함께
거래당
4 TRX
≈ $1.20
2,400 TRX
연간
28,800 TRX
매달 절약되는 금액
5,400 TRX
9 TRX × 600 거래
$1,620

관련 가이드

지금 바로 수수료 부담을 줄이세요

거래당 4 TRX . 로딩 시간 3초. Binance P2P , 누운즈 및 모든 지갑에서 작동합니다.

수수료 부담을 줄이세요 →

The fee that compounds while you're not looking

If you run a P2P desk, you see the per-transfer cost — 13 TRX here, 13 TRX there. None of those numbers feels big. None of them ever shows up on the same screen with the others. Most desks have no idea what they're paying in fees over a year because the cost is split across thousands of transactions.

This calculator does the addition for you. Plug in your daily volume and trade size, it shows your annual cost without delegation, with delegation, and with self-staking. The numbers tend to surprise people running medium-volume desks.

Where the cost actually hides

A typical P2P desk doing 50 USDT transfers per day at standard network rates burns through roughly 240,000 TRX per year. At current TRX prices that's $60,000-$100,000 of pure friction — not capital lost, not bad trades, just paying the network to move stablecoins.

Three sources amplify the cost beyond what most desks expect. Failed transactions consume Energy/TRX even when they fail. New-wallet transfers cost double — every first-time buyer counts. Wrong-amount transfers often need a corrective second transfer. None show up in normal accounting.

When self-staking flips the math for desks

Above ~30 transfers per day, self-staking starts to win. The math is straightforward: delegation costs 4 TRX × transfers × 365. Staking costs the opportunity cost of the locked TRX, which becomes a smaller percentage at higher transfer volumes.

For desks doing 100+ transfers daily, the right setup is usually staking layer + delegation overflow: stake enough TRX to cover your typical daily volume, use delegation as backup when you spike. This combination caps your worst-case cost while minimizing average cost.

The setup most professional desks converge on

After running this calculation across hundreds of conversations with desk operators, the pattern is consistent. Solo P2P traders under 20 tx/day → pure delegation. Mid-volume desks 20-80 tx/day → small stake + delegation overflow. High-volume desks 80+ tx/day → significant stake (50,000+ TRX) with delegation as buffer. The exact split depends on cash flow needs and TRX price view.

The cheapest desk in absolute terms is the one that staked early, before TRX rallied. The cheapest desk in opportunity-cost terms is the one that delegates and keeps capital flexible. Most desks fall somewhere between.

Frequently Asked Questions

How many transfers does a typical P2P desk do per day?
Wide range. Solo traders running Binance P2P or Bybit P2P typically do 5-30 trades/day. Small dedicated desks do 30-100. Larger regional desks (Nigeria, Argentina, Vietnam) can do 200-500. The break-even points shift accordingly — the calculator works for any volume.
Should I stake or delegate at high volume?
Above ~30 transfers/day, staking is cheaper in TRX terms but locks capital. Above ~80 transfers/day, even after accounting for opportunity cost, staking usually wins. Best practice for high-volume desks is hybrid: stake your steady-state volume, delegate the spikes. This caps both your cost and your capital lockup.
Why is a "new wallet" transfer more expensive?
First-time USDT transfers to a brand-new address cost roughly double — 130,000 Energy instead of 65,000 — because the Tron network has to write a new storage slot for the USDT contract. For P2P desks regularly onboarding new buyers, this matters: your "average fee" is higher than a back-of-envelope calculation suggests. The calculator has a toggle for new-wallet ratio.
Does Energy matter for receivers too?
Only when they re-send. Receiving USDT costs the receiver nothing — Tron only charges the sender. But when your buyer wants to forward funds (P2P → exchange, etc.), they pay their own Energy or TRX burn. Some desks pre-fund Energy for new buyers to smooth the experience; the calculator can model that as an extra cost line.
What about USDT TRC-20 vs ERC-20 for desks?
For P2P desk activity, TRC-20 wins decisively. Ethereum gas at $5-50 per transfer destroys margin on any trade under $500. BNB Chain is cheap but has thinner USDT P2P liquidity in most markets. TRC-20 is where the volume is and where the fee math actually works for high-frequency desks.
Can I use one Energy delegation for multiple transfers?
No — 65,000 Energy covers exactly one standard transfer. For multiple transfers, you place multiple orders or stake your own TRX. This is by protocol design; the calculator assumes one delegation per transfer in its delegation-cost figure.
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