import type { ChargingLossInput, ChargingLossResult } from './types.js';
/**
 * EV Charging Loss Calculator
 *
 * @formula
 *   - energyDelivered = batteryCapacity × (targetSoc − soc) / 100
 *   - energyConsumed = energyDelivered / (chargerEff × batteryEff)
 *   - totalLoss = energyConsumed − energyDelivered
 *   - chargingTime = energyConsumed / effectivePower
 *
 * @reference SAE J1772 — Electric Vehicle Charging (connector, voltage/current levels, and
 *   communication protocol — the source for the charging-level *categories* this function
 *   accepts, not for the default efficiency percentages below).
 * @reference IEC 61851 — Electric vehicle conductive charging system (charging modes/safety).
 *
 * `DEFAULT_CHARGER_EFFICIENCY` and the ambient-temperature derating curve are this library's own
 * typical-value defaults, not numbers specified by either standard — documented here rather than
 * left implicitly "standard-verified"; the energy/loss/time arithmetic itself is exact closed-form
 * and golden-tested against hand-computed values.
 */
export declare function chargingLoss(input: ChargingLossInput): ChargingLossResult;
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