diff --git a/App.jsx b/App.jsx
index 910942f..a819796 100644
--- a/App.jsx
+++ b/App.jsx
@@ -295,6 +295,16 @@ const TRANSLATION_DICTIONARY = {
'输出功率': { en: 'Output Power', fr: 'Puissance de sortie', ru: 'Выходная мощность', es: 'Potencia de salida', ar: 'طاقة الخرج' },
'功率 / 容量': { en: 'Power / Capacity', fr: 'Puissance / Capacité', ru: 'Мощность / Ёмкость', es: 'Potencia / Capacidad', ar: 'الطاقة / السعة' },
'输入电压': { en: 'Input Voltage', fr: "Tension d'entrée", ru: 'Входное напряжение', es: 'Voltaje de entrada', ar: 'جهد الدخل' },
+ '容量': { en: 'Capacity', fr: 'Capacité', ru: 'Ёмкость', es: 'Capacidad', ar: 'السعة' },
+ '输入电压范围': { en: 'Input Voltage Range', fr: "Plage de tension d'entrée", ru: 'Диапазон входного напряжения', es: 'Rango de voltaje de entrada', ar: 'نطاق جهد الدخل' },
+ '输入频率': { en: 'Input Frequency', fr: "Fréquence d'entrée", ru: 'Входная частота', es: 'Frecuencia de entrada', ar: 'تردد الدخل' },
+ '输出电压': { en: 'Output Voltage', fr: 'Tension de sortie', ru: 'Выходное напряжение', es: 'Voltaje de salida', ar: 'جهد الخرج' },
+ '输出电压范围': { en: 'Output Voltage Range', fr: 'Plage de tension de sortie', ru: 'Диапазон выходного напряжения', es: 'Rango de voltaje de salida', ar: 'نطاق جهد الخرج' },
+ '转换时间': { en: 'Transfer Time', fr: 'Temps de transfert', ru: 'Время переключения', es: 'Tiempo de transferencia', ar: 'وقت التحويل' },
+ '波形': { en: 'Waveform', fr: "Forme d'onde", ru: 'Форма волны', es: 'Forma de onda', ar: 'شكل الموجة' },
+ '电池电压': { en: 'Battery Voltage', fr: 'Tension de batterie', ru: 'Напряжение батареи', es: 'Voltaje de batería', ar: 'جهد البطارية' },
+ '电池型号和数量': { en: 'Battery Model & Qty', fr: 'Modèle et quantité de batterie', ru: 'Модель и кол-во батарей', es: 'Modelo y cantidad de batería', ar: 'طراز وعدد البطاريات' },
+ '充电电流': { en: 'Charge Current', fr: 'Courant de charge', ru: 'Ток зарядки', es: 'Corriente de carga', ar: 'تيار الشحن' },
'电压': { en: 'Voltage', fr: 'Tension', ru: 'Напряжение', es: 'Voltaje', ar: 'الجهد' },
'视载功率': { en: 'Rated Power (VA)', fr: 'Puissance nominale (VA)', ru: 'Номинальная мощность (ВА)', es: 'Potencia nominal (VA)', ar: 'الطاقة الاسمية (فولت أمبير)' },
'功率因数': { en: 'Power Factor', fr: 'Facteur de puissance', ru: 'Коэффициент мощности', es: 'Factor de potencia', ar: 'معامل القدرة' },
@@ -373,7 +383,21 @@ async function resolveExportTranslations(terms, lang) {
function productExportRows(p, categories) {
const cat = (categories || []).find(c => c.id === p.category);
const rows = [];
- if (isUpsCategory(cat) && p.type !== '迷你UPS') {
+ if (isUpsCategory(cat) && (p.type === '离线式UPS' || p.type === '在线互动式UPS')) {
+ if (p.powerOrCapacity) rows.push({ labelKey: '容量', value: p.powerOrCapacity });
+ if (p.inputVoltage) rows.push({ labelKey: '输入电压', value: p.inputVoltage });
+ if (p.inputVoltageRange) rows.push({ labelKey: '输入电压范围', value: p.inputVoltageRange });
+ if (p.inputFrequency) rows.push({ labelKey: '输入频率', value: p.inputFrequency });
+ if (p.outputVoltage) rows.push({ labelKey: '输出电压', value: p.outputVoltage });
+ if (p.outputVoltageRange) rows.push({ labelKey: '输出电压范围', value: p.outputVoltageRange });
+ if (p.transferTime) rows.push({ labelKey: '转换时间', value: p.transferTime });
+ if (p.waveform) rows.push({ labelKey: '波形', value: p.waveform });
+ if (p.batteryVoltage) rows.push({ labelKey: '电池电压', value: p.batteryVoltage });
+ if (p.batterySpec) rows.push({ labelKey: '电池型号和数量', value: p.batterySpec });
+ if (p.chargeCurrent) rows.push({ labelKey: '充电电流', value: p.chargeCurrent });
+ if (p.dimensions) rows.push({ labelKey: '尺寸(mm)', value: p.dimensions });
+ if (p.netWeight) rows.push({ labelKey: '净重(kg)', value: p.netWeight });
+ } else if (isUpsCategory(cat) && p.type !== '迷你UPS') {
const maxKW = computeMaxPowerKW(p.ratedPower, p.ratedPowerUnit, p.powerFactor);
if (p.ratedPower) rows.push({ labelKey: '视载功率', value: `${p.ratedPower} ${p.ratedPowerUnit || 'VA'}` });
if (p.powerFactor) rows.push({ labelKey: '功率因数', value: p.powerFactor });
@@ -424,15 +448,25 @@ const blankProduct = () => ({
id: 'p_' + Date.now() + '_' + Math.random().toString(36).slice(2, 7),
name: '', extraNames: [], brand: '', category: '', type: '',
machineVariant: '', // 标机 / 长机，仅UPS大类适用，独立于细分品类（迷你UPS固定为标机）
- powerOrCapacity: '', // 非UPS大类的功率/容量，或UPS大类下"迷你UPS"的输出功率
- ratedPower: '', ratedPowerUnit: 'VA', powerFactor: '', // UPS大类下除"迷你UPS"外的三段式功率
- voltage: '', // 非迷你UPS：电压；迷你UPS：输入电压（默认 100~240Vac/50-60Hz，可修改）
+ powerOrCapacity: '', // 非UPS大类的功率/容量；迷你UPS的输出功率；离线式/在线互动式UPS的容量(如400VA/240W)
+ ratedPower: '', ratedPowerUnit: 'VA', powerFactor: '', // UPS大类下机架式/高频塔式/工频/模块化UPS的三段式功率
+ voltage: '', // 非迷你UPS的通用大类：电压；迷你UPS：输入电压（默认 100~240Vac/50-60Hz，可修改）
outputPortCount: '', // 迷你UPS专属：输出口数量 1-6
outputPortTypes: [], // 迷你UPS专属：输出口类型（多选）
outputPorts: [], // 迷你UPS专属：每个已选输出口类型对应的输出电压/电流，如 [{type:'USB', voltage:'5Vdc', current:'3.0A'}]
- batterySpec: '', // 迷你UPS专属：电池数量和容量，如 "5000mAh*4"
- dimensions: '', // 迷你UPS专属：尺寸(mm)，如 "210*130*40"
- netWeight: '', // 迷你UPS专属：净重(kg)
+ // 离线式UPS / 在线互动式UPS 专属：输入输出参数（这两个细分品类共用同一套字段）
+ inputVoltage: '', // 输入电压，如 "110V/120Vac or 220V/230Vac"
+ inputVoltageRange: '', // 输入电压范围，如 "81-134Vac/89-145Vac or 162-268Vac/170-280Vac"
+ inputFrequency: '', // 输入频率，如 "50/60Hz（自动识别）"
+ outputVoltage: '', // 输出电压，如 "110V/120Vac or 220V/230Vac"
+ outputVoltageRange: '', // 输出电压范围，如 "±10%"
+ transferTime: '', // 转换时间，如 "Typical 2-8ms, 13ms max"
+ waveform: '', // 波形(电池模式)，如 "Simulated Sine Wave" / "Sine Wave"
+ batteryVoltage: '', // 电池电压，如 "12V" / "24V"
+ chargeCurrent: '', // 充电电流，如 "1A"
+ batterySpec: '', // 电池型号和数量，如 "12V4.5AH*1"（迷你UPS/离线式/在线互动式UPS共用）
+ dimensions: '', // 尺寸(mm)（迷你UPS/离线式/在线互动式UPS共用）
+ netWeight: '', // 净重(kg)（迷你UPS/离线式/在线互动式UPS共用）
productImageFileName: '', productImageOriginalName: '', // 产品主图，导出多语言PDF时展示
sellingPoints: '', // 对客卖点/主要特点，每行一条，专门给客户看的（和下面的costPrice/notes内部信息彻底分开，不会一起导出）
costPrice: '', notes: '',
@@ -452,6 +486,23 @@ function computeMaxPowerKW(ratedPower, ratedPowerUnit, powerFactor) {
}
function powerInfoItems(p, categories) {
const cat = (categories || []).find(c => c.id === p.category);
+ if (isUpsCategory(cat) && (p.type === '离线式UPS' || p.type === '在线互动式UPS')) {
+ const items = [];
+ if (p.powerOrCapacity) items.push({ key: 'capacity', label: '容量', value: p.powerOrCapacity });
+ if (p.inputVoltage) items.push({ key: 'inputvoltage', label: '输入电压', value: p.inputVoltage });
+ if (p.inputVoltageRange) items.push({ key: 'inputvoltagerange', label: '输入电压范围', value: p.inputVoltageRange });
+ if (p.inputFrequency) items.push({ key: 'inputfreq', label: '输入频率', value: p.inputFrequency });
+ if (p.outputVoltage) items.push({ key: 'outputvoltage', label: '输出电压', value: p.outputVoltage });
+ if (p.outputVoltageRange) items.push({ key: 'outputvoltagerange', label: '输出电压范围', value: p.outputVoltageRange });
+ if (p.transferTime) items.push({ key: 'transfertime', label: '转换时间', value: p.transferTime });
+ if (p.waveform) items.push({ key: 'waveform', label: '波形', value: p.waveform });
+ if (p.batteryVoltage) items.push({ key: 'batteryvoltage', label: '电池电压', value: p.batteryVoltage });
+ if (p.batterySpec) items.push({ key: 'batteryspec', label: '电池型号和数量', value: p.batterySpec });
+ if (p.chargeCurrent) items.push({ key: 'chargecurrent', label: '充电电流', value: p.chargeCurrent });
+ if (p.dimensions) items.push({ key: 'dim', label: '尺寸(mm)', value: p.dimensions });
+ if (p.netWeight) items.push({ key: 'weight', label: '净重(kg)', value: p.netWeight });
+ return items;
+ }
if (isUpsCategory(cat) && p.type !== '迷你UPS') {
const maxKW = computeMaxPowerKW(p.ratedPower, p.ratedPowerUnit, p.powerFactor);
return [
@@ -1848,6 +1899,10 @@ function MainApp({ username, onLogout }) {
outputPortCount: p.outputPortCount || '',
outputPortTypes: Array.isArray(p.outputPortTypes) ? p.outputPortTypes : [],
outputPorts: Array.isArray(p.outputPorts) ? p.outputPorts : [],
+ inputVoltage: p.inputVoltage || '', inputVoltageRange: p.inputVoltageRange || '', inputFrequency: p.inputFrequency || '',
+ outputVoltage: p.outputVoltage || '', outputVoltageRange: p.outputVoltageRange || '',
+ transferTime: p.transferTime || '', waveform: p.waveform || '',
+ batteryVoltage: p.batteryVoltage || '', chargeCurrent: p.chargeCurrent || '',
batterySpec: p.batterySpec || '', dimensions: p.dimensions || '', netWeight: p.netWeight || '', notes: p.notes || '',
}));
setAiImportDrafts(drafts);
@@ -1890,6 +1945,10 @@ function MainApp({ username, onLogout }) {
machineVariant: d.machineVariant || '', powerOrCapacity: d.powerOrCapacity || '', voltage: d.voltage || '',
ratedPower: d.ratedPower || '', ratedPowerUnit: d.ratedPowerUnit || 'VA', powerFactor: d.powerFactor || '',
outputPortCount: d.outputPortCount || '', outputPortTypes: d.outputPortTypes || [], outputPorts: d.outputPorts || [],
+ inputVoltage: d.inputVoltage || '', inputVoltageRange: d.inputVoltageRange || '', inputFrequency: d.inputFrequency || '',
+ outputVoltage: d.outputVoltage || '', outputVoltageRange: d.outputVoltageRange || '',
+ transferTime: d.transferTime || '', waveform: d.waveform || '',
+ batteryVoltage: d.batteryVoltage || '', chargeCurrent: d.chargeCurrent || '',
batterySpec: d.batterySpec || '', dimensions: d.dimensions || '', netWeight: d.netWeight || '', notes: d.notes || '',
};
}
@@ -3462,6 +3521,7 @@ function ProductForm({ draft, setDraft, onSave, onCancel, categories, onManage,
const typeOptions = cat ? cat.types : [];
const isUps = isUpsCategory(cat);
const isMiniUps = isUps && draft.type === '迷你UPS';
+ const isOfflineOrLI = isUps && (draft.type === '离线式UPS' || draft.type === '在线互动式UPS');
const maxKW = computeMaxPowerKW(draft.ratedPower, draft.ratedPowerUnit, draft.powerFactor);
const extraNames = draft.extraNames || [];
const [imageUploading, setImageUploading] = useState(false);
@@ -3608,7 +3668,35 @@ function ProductForm({ draft, setDraft, onSave, onCancel, categories, onManage,
)}
- {isUps && !isMiniUps ? (
+ {isUps && isOfflineOrLI ? (
+ <>
+
+
+
+
+
+
+ 净重（kg） set({ netWeight: e.target.value })} placeholder="如：4" />
+
+ ) : isUps && !isMiniUps ? (