/**
 * Battery Domain Types
 */
export type BatteryChemistry = 'LFP' | 'NMC' | 'NCA' | 'LTO' | 'LCO' | 'LeadAcid' | 'NiMH';
/**
 * Energy Density Types
 */
export interface EnergyDensityInput {
    capacityAh: number;
    nominalVoltage: number;
    massKg?: number;
    volumeL?: number;
}
export interface EnergyDensityResult {
    energyWh: number;
    gravimetricWhPerKg: number | null;
    volumetricWhPerL: number | null;
}
/**
 * C-Rate Types
 */
export type CRateMode = 'currentToRate' | 'rateToCurrent';
export type CRateInput = {
    mode: 'currentToRate';
    capacityAh: number;
    currentA: number;
} | {
    mode: 'rateToCurrent';
    capacityAh: number;
    cRate: number;
};
export interface CRateResult {
    cRate: number;
    currentA: number;
    theoreticalTimeH: number;
    theoreticalTimeMin: number;
}
/**
 * State of Health Types
 */
export interface StateOfHealthInput {
    measuredCapacityAh: number;
    ratedCapacityAh: number;
}
export type SohStatus = 'excellent' | 'good' | 'degraded' | 'poor' | 'endOfLife';
export interface StateOfHealthResult {
    sohPercent: number;
    capacityLoss: number;
    capacityLossPercent: number;
    status: SohStatus;
}
/**
 * Battery Pack Config Types
 */
export interface BatteryPackConfigInput {
    cellVoltage: number;
    cellCapacityAh: number;
    targetVoltage: number;
    targetCapacityAh: number;
}
export interface BatteryPackConfigResult {
    seriesCells: number;
    parallelCells: number;
    totalCells: number;
    actualVoltage: number;
    actualCapacityAh: number;
    totalEnergyWh: number;
    totalEnergyKWh: number;
}
/**
 * Cycle Life Types
 */
export interface CycleLifeInput {
    chemistry: BatteryChemistry;
    depthOfDischarge: number;
    temperatureC: number;
}
export interface CycleLifeResult {
    estimatedCycles: number;
    baseCycles: number;
    dodFactor: number;
    temperatureFactor: number;
    chemistry: BatteryChemistry;
}
/**
 * Internal Resistance Types
 */
export interface InternalResistanceInput {
    openCircuitVoltage: number;
    loadVoltage: number;
    loadCurrentA: number;
}
export interface InternalResistanceResult {
    resistanceOhm: number;
    resistanceMilliOhm: number;
    voltageDrop: number;
    powerLossW: number;
}
/**
 * Self-Discharge Types
 */
export interface SelfDischargeInput {
    initialVoltage: number;
    finalVoltage: number;
    days: number;
    nominalVoltage: number;
}
export interface SelfDischargeResult {
    voltageDropPerDay: number;
    monthlyRatePercent: number;
    dailyRatePercent: number;
}
/**
 * Thermal Runaway Types
 */
export interface ThermalRunawayInput {
    ambientTempC: number;
    currentA: number;
    internalResistanceOhm: number;
    heatTransferCoeff: number;
    surfaceAreaM2: number;
    runawayTempC: number;
}
export interface ThermalRunawayResult {
    steadyStateTempC: number;
    temperatureRiseC: number;
    heatGenerationW: number;
    heatDissipationW: number;
    safetyMarginC: number;
    isSafe: boolean;
}
/**
 * BMS Balancing Types
 */
export interface BmsBalancingInput {
    cellVoltages: number[];
    balancingCurrentMA: number;
    cellCapacityAh: number;
}
export interface BmsBalancingResult {
    maxVoltage: number;
    minVoltage: number;
    voltageDelta: number;
    averageVoltage: number;
    maxBalancingTimeMin: number;
    maxBalancingTimeH: number;
    isBalanced: boolean;
    cellDetails: {
        cellIndex: number;
        voltage: number;
        deltaFromAvg: number;
        balancingTimeMin: number;
    }[];
}
/**
 * Charging Profile Types
 */
export interface ChargingProfileInput {
    capacityAh: number;
    chargingCurrentA: number;
    cutoffCurrentA: number;
    ccEndSocPercent?: number;
}
export interface ChargingProfileResult {
    ccPhaseTimeH: number;
    ccPhaseTimeMin: number;
    cvPhaseTimeH: number;
    cvPhaseTimeMin: number;
    totalTimeH: number;
    totalTimeMin: number;
    ccPhaseAh: number;
    cvPhaseAh: number;
    averageCRate: number;
}
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