Destination charge refund leaks

How the money actually moves

Stripe collects the full charge into your platform balance, then immediately transfers the amount minus your application fee to the connected account.

A refund debits your balance for the full refunded amount. The transfer already sent is untouched unless you ask for it back. On a $100 charge with a $10 fee, a full refund without reverse_transfer costs you $90 of your own money.

The three positions you must reconcile

Any correct reconciliation needs all three numbers together: what was refunded to the buyer, what was reversed from the connected account, and what happened to the application fee.

Checking any one in isolation produces a confidently wrong answer — which is worse than not checking, because it produces a number people act on.

const charge = await stripe.charges.retrieve(chargeId, {
  expand: ['transfer', 'application_fee'],
});

const transfer = charge.transfer as Stripe.Transfer;
const fee = charge.application_fee as Stripe.ApplicationFee;

const netPlatformMargin =
  (fee.amount - fee.amount_refunded) -
  (transfer.amount - transfer.amount_reversed);

When the reversal fails for insufficient funds

A reversal against an account with no balance still succeeds — Stripe creates it and leaves the seller negative, recovering it from their next inbound volume.

That is fine for an active seller and worthless for a dormant one. A reversal is best understood as a claim on future volume rather than a retrieval of past funds, which is exactly why reconciling continuously beats reconciling at month-end.

Should you switch to direct charges instead?

Moving to direct charges pushes refund and dispute liability onto sellers, and it is a much larger change than it looks: it changes merchant of record, buyer statements, who handles support, and exposure to card network monitoring.

It also removes control — on destination charges you can reverse a transfer when a seller disappears; on direct charges you never held the funds. Most platforms are better served fixing the reconciliation, which is a bounded engineering problem.