framework / qx-apaas-power · Commits

Commit 9d1c48624405d01cf6a65abf68d861185fc5e4c1

Authored by 周铨
1 parent 002cf9b2

处理卡片数据展示

Inline Side-by-side
Showing 3 changed files with 156 additions and 148 deletions
1 // pages/monitor/monitor.ts 1 // pages/monitor/monitor.ts
2 -import Toast from './../../miniprogram_npm/@vant/weapp/toast/toast'; 2 +import Toast from '@vant/weapp/toast/toast';
3 import { API_CONST } from "./../../api/smartElectric"; 3 import { API_CONST } from "./../../api/smartElectric";
4 import { getUnitEvent, getCardEvent } from './../../utils/util' 4 import { getUnitEvent, getCardEvent } from './../../utils/util'
5 import { HTTPService as HTTP } from "./../../services/HTTPService"; 5 import { HTTPService as HTTP } from "./../../services/HTTPService";
@@ -443,7 +443,7 @@ Page({ @@ -443,7 +443,7 @@ Page({
443 let PV = data.data.PV // 光伏 443 let PV = data.data.PV // 光伏
444 let BMS = data.data.BMS//储能 444 let BMS = data.data.BMS//储能
445 let EM = data.data.EM // 电能表 445 let EM = data.data.EM // 电能表
446 - const deviceDataList = [ 446 + const deviceDataListNew = [
447 { 447 {
448 type: '光伏', 448 type: '光伏',
449 imgUrl: "./../../img/device_photovoltaic.png", 449 imgUrl: "./../../img/device_photovoltaic.png",
@@ -504,7 +504,7 @@ Page({ @@ -504,7 +504,7 @@ Page({
504 504
505 this.setData({ 505 this.setData({
506 allData: data.data, 506 allData: data.data,
507 - deviceDataList: deviceDataList, 507 + deviceDataList: deviceDataListNew,
508 }) 508 })
509 const app = getApp(); 509 const app = getApp();
510 app.globalData.allData = data.data; 510 app.globalData.allData = data.data;
@@ -32,7 +32,7 @@ @@ -32,7 +32,7 @@
32 </view> 32 </view>
33 <view class="deviceStatistics"> 33 <view class="deviceStatistics">
34 <topTitle topTitleName="设备统计"></topTitle> 34 <topTitle topTitleName="设备统计"></topTitle>
35 - <circularDiagram wx:if="{{allData.deviceInfo}}" deviceInfo="{{allData.deviceInfo}}"></circularDiagram> 35 + <circularDiagram deviceInfo="{{allData.deviceInfo}}"></circularDiagram>
36 <deviceData deviceDataList="{{deviceDataList}}"></deviceData> 36 <deviceData deviceDataList="{{deviceDataList}}"></deviceData>
37 </view> 37 </view>
38 <view class="overallOperationStatus"> 38 <view class="overallOperationStatus">
@@ -139,7 +139,7 @@ export const getUnitEvent = (n: number, Obj: any) => { @@ -139,7 +139,7 @@ export const getUnitEvent = (n: number, Obj: any) => {
139 res = [// 仪表盘list数据 139 res = [// 仪表盘list数据
140 { 140 {
141 dataList: [{ 141 dataList: [{
142 - value: formatDataEvent(Obj.CP01) , 142 + value: formatDataEvent(Obj.CP01),
143 name: "额定功率", 143 name: "额定功率",
144 unit: "kW" 144 unit: "kW"
145 }], 145 }],
@@ -157,7 +157,7 @@ export const getUnitEvent = (n: number, Obj: any) => { @@ -157,7 +157,7 @@ export const getUnitEvent = (n: number, Obj: any) => {
157 }, 157 },
158 { 158 {
159 dataList: [{ 159 dataList: [{
160 - value: formatDataEvent(Obj.CP03) , 160 + value: formatDataEvent(Obj.CP03),
161 name: "A枪温度", 161 name: "A枪温度",
162 unit: "℃" 162 unit: "℃"
163 }], 163 }],
@@ -175,7 +175,7 @@ export const getUnitEvent = (n: number, Obj: any) => { @@ -175,7 +175,7 @@ export const getUnitEvent = (n: number, Obj: any) => {
175 }, 175 },
176 { 176 {
177 dataList: [{ 177 dataList: [{
178 - value:formatDataEvent(Obj.CP05), 178 + value: formatDataEvent(Obj.CP05),
179 name: "B枪SOC", 179 name: "B枪SOC",
180 unit: "%" 180 unit: "%"
181 }], 181 }],
@@ -230,7 +230,7 @@ export const getUnitEvent = (n: number, Obj: any) => { @@ -230,7 +230,7 @@ export const getUnitEvent = (n: number, Obj: any) => {
230 numColor: "#14C9C9", 230 numColor: "#14C9C9",
231 unit: "%" 231 unit: "%"
232 }, 232 },
233 - 233 +
234 { 234 {
235 dataList: [{ 235 dataList: [{
236 value: formatDataEvent(Obj.PV22), 236 value: formatDataEvent(Obj.PV22),
@@ -288,7 +288,7 @@ export const getUnitEvent = (n: number, Obj: any) => { @@ -288,7 +288,7 @@ export const getUnitEvent = (n: number, Obj: any) => {
288 numColor: "#14C9C9", 288 numColor: "#14C9C9",
289 unit: "A" 289 unit: "A"
290 }, 290 },
291 - 291 +
292 { 292 {
293 dataList: [{ 293 dataList: [{
294 value: Obj.EM05, 294 value: Obj.EM05,
@@ -313,665 +313,673 @@ export const getUnitEvent = (n: number, Obj: any) => { @@ -313,665 +313,673 @@ export const getUnitEvent = (n: number, Obj: any) => {
313 } 313 }
314 314
315 315
316 -const formatDataEvent = (val:(String|Number)) =>{  
317 - if(val && val !== 'null'){ 316 +const formatDataEvent = (val: (String | Number)) => {
  317 + if (val && val !== 'null') {
318 return val 318 return val
319 - }else if(val === 'null' || !val){ 319 + } else if (val === 'null' || !val) {
320 return 0 320 return 0
321 - }else { 321 + } else {
322 return 0 322 return 0
323 } 323 }
324 } 324 }
325 - 325 +const formatUnitEvent = (val: (String | Number)) => {
  326 + if (val && val !== 'null') {
  327 + return val
  328 + } else if (val === 'null' || !val) {
  329 + return "NA"
  330 + } else {
  331 + return "nA"
  332 + }
  333 +}
326 // 卡片数据统一处理 334 // 卡片数据统一处理
327 export const getCardEvent = (n: number, Obj: any) => { 335 export const getCardEvent = (n: number, Obj: any) => {
328 - let res:any = []  
329 - if(n === 1){// BMS 336 + let res: any = []
  337 + if (n === 1) {// BMS
330 res = [ 338 res = [
331 { 339 {
332 type: "最大允许放电功率", 340 type: "最大允许放电功率",
333 - num: Obj.BMS07, 341 + num: formatUnitEvent(Obj.BMS07),
334 unit: "KW" 342 unit: "KW"
335 }, 343 },
336 { 344 {
337 type: "电源电阻R-", 345 type: "电源电阻R-",
338 - num: Obj.BMS08, 346 + num: formatUnitEvent(Obj.BMS08),
339 unit: "KQ" 347 unit: "KQ"
340 }, 348 },
341 { 349 {
342 type: "绝缘电阻R+", 350 type: "绝缘电阻R+",
343 - num: Obj.BMS09, 351 + num: formatUnitEvent(Obj.BMS09),
344 unit: "KQ" 352 unit: "KQ"
345 }, 353 },
346 { 354 {
347 type: "供电电压", 355 type: "供电电压",
348 - num: Obj.BMS10, 356 + num: formatUnitEvent(Obj.BMS10),
349 unit: "V" 357 unit: "V"
350 }, 358 },
351 { 359 {
352 type: "最大允许充电电压", 360 type: "最大允许充电电压",
353 - num: Obj.BMS11, 361 + num: formatUnitEvent(Obj.BMS11),
354 unit: "V" 362 unit: "V"
355 }, 363 },
356 { 364 {
357 type: "单体最高电压", 365 type: "单体最高电压",
358 - num: Obj.BMS12, 366 + num: formatUnitEvent(Obj.BMS12),
359 unit: "V" 367 unit: "V"
360 }, 368 },
361 { 369 {
362 type: "单体平均压差", 370 type: "单体平均压差",
363 - num: Obj.BMS13, 371 + num: formatUnitEvent(Obj.BMS13),
364 unit: "mV" 372 unit: "mV"
365 }, 373 },
366 { 374 {
367 type: "单体压差", 375 type: "单体压差",
368 - num: Obj.BMS14, 376 + num: formatUnitEvent(Obj.BMS14),
369 unit: "mV" 377 unit: "mV"
370 }, 378 },
371 { 379 {
372 type: "单体最高温度", 380 type: "单体最高温度",
373 - num: Obj.BMS15, 381 + num: formatUnitEvent(Obj.BMS15),
374 unit: "°C" 382 unit: "°C"
375 }, 383 },
376 { 384 {
377 type: "单体最低温度", 385 type: "单体最低温度",
378 - num: Obj.BMS16, 386 + num: formatUnitEvent(Obj.BMS16),
379 unit: "°C" 387 unit: "°C"
380 }, 388 },
381 { 389 {
382 type: "单体平均温度", 390 type: "单体平均温度",
383 - num: Obj.BMS17, 391 + num: formatUnitEvent(Obj.BMS17),
384 unit: "°C" 392 unit: "°C"
385 }, 393 },
386 { 394 {
387 type: "单体温度", 395 type: "单体温度",
388 - num: Obj.BMS18, 396 + num: formatUnitEvent(Obj.BMS18),
389 unit: "°C" 397 unit: "°C"
390 }, 398 },
391 { 399 {
392 type: "极柱最低温度", 400 type: "极柱最低温度",
393 - num: Obj.BMS19, 401 + num: formatUnitEvent(Obj.BMS19),
394 unit: "°C" 402 unit: "°C"
395 }, 403 },
396 { 404 {
397 type: "极柱平均温度", 405 type: "极柱平均温度",
398 - num: Obj.BMS20, 406 + num: formatUnitEvent(Obj.BMS20),
399 unit: "°C" 407 unit: "°C"
400 }, 408 },
401 { 409 {
402 type: "极柱温差", 410 type: "极柱温差",
403 - num: Obj.BMS21, 411 + num: formatUnitEvent(Obj.BMS21),
404 unit: "°C" 412 unit: "°C"
405 }, 413 },
406 { 414 {
407 type: "最高电压序号", 415 type: "最高电压序号",
408 - num: Obj.BMS22, 416 + num: formatUnitEvent(Obj.BMS22),
409 unit: "" 417 unit: ""
410 }, 418 },
411 { 419 {
412 type: "最低电压序号", 420 type: "最低电压序号",
413 - num: Obj.BMS23, 421 + num: formatUnitEvent(Obj.BMS23),
414 unit: "" 422 unit: ""
415 }, 423 },
416 { 424 {
417 type: "最高温度序号", 425 type: "最高温度序号",
418 - num: Obj.BMS24, 426 + num: formatUnitEvent(Obj.BMS24),
419 unit: "" 427 unit: ""
420 }, 428 },
421 { 429 {
422 type: "极柱最高温度序号", 430 type: "极柱最高温度序号",
423 - num: Obj.BMS25, 431 + num: formatUnitEvent(Obj.BMS25),
424 unit: "" 432 unit: ""
425 }, 433 },
426 { 434 {
427 type: "极柱最低温度序号", 435 type: "极柱最低温度序号",
428 - num: Obj.BMS26, 436 + num: formatUnitEvent(Obj.BMS26),
429 unit: "" 437 unit: ""
430 }, 438 },
431 { 439 {
432 type: "极柱最高温度模块", 440 type: "极柱最高温度模块",
433 - num: Obj.BMS27, 441 + num: formatUnitEvent(Obj.BMS27),
434 unit: "" 442 unit: ""
435 }, 443 },
436 444
437 { 445 {
438 type: "极柱最低温度模块", 446 type: "极柱最低温度模块",
439 - num: Obj.BMS28, 447 + num: formatUnitEvent(Obj.BMS28),
440 unit: "" 448 unit: ""
441 }, 449 },
442 { 450 {
443 type: "最高电压模块", 451 type: "最高电压模块",
444 - num: Obj.BMS29, 452 + num: formatUnitEvent(Obj.BMS29),
445 unit: "" 453 unit: ""
446 }, 454 },
447 { 455 {
448 type: "最低电压模块", 456 type: "最低电压模块",
449 - num: Obj.BMS30, 457 + num: formatUnitEvent(Obj.BMS30),
450 unit: "" 458 unit: ""
451 }, 459 },
452 { 460 {
453 type: "最低温度模块", 461 type: "最低温度模块",
454 - num: Obj.BMS31, 462 + num: formatUnitEvent(Obj.BMS31),
455 unit: "" 463 unit: ""
456 }, 464 },
457 { 465 {
458 type: "单次充电电量", 466 type: "单次充电电量",
459 - num: Obj.BMS32, 467 + num: formatUnitEvent(Obj.BMS32),
460 unit: "kWh" 468 unit: "kWh"
461 }, 469 },
462 { 470 {
463 type: "单词放电电量", 471 type: "单词放电电量",
464 - num: Obj.BMS33, 472 + num: formatUnitEvent(Obj.BMS33),
465 unit: "kWh" 473 unit: "kWh"
466 }, 474 },
467 { 475 {
468 type: "当日充电电量", 476 type: "当日充电电量",
469 - num: Obj.BMS34, 477 + num: formatUnitEvent(Obj.BMS34),
470 unit: "kWh" 478 unit: "kWh"
471 }, 479 },
472 { 480 {
473 type: "当日放电电量", 481 type: "当日放电电量",
474 - num: Obj.BMS35, 482 + num: formatUnitEvent(Obj.BMS35),
475 unit: "kWh" 483 unit: "kWh"
476 }, 484 },
477 { 485 {
478 type: "总电池结数", 486 type: "总电池结数",
479 - num: Obj.BMS36, 487 + num: formatUnitEvent(Obj.BMS36),
480 unit: "" 488 unit: ""
481 }, 489 },
482 ] 490 ]
483 - } else if (n === 2) {//PCS监控 491 + } else if (n === 2) {//PCS监控
484 res = [ 492 res = [
485 { 493 {
486 type: "模块温度", 494 type: "模块温度",
487 - num: Obj.PCS07, 495 + num: formatUnitEvent(Obj.PCS07),
488 unit: "℃" 496 unit: "℃"
489 }, 497 },
490 { 498 {
491 type: "环境温度", 499 type: "环境温度",
492 - num: Obj.PCS08, 500 + num: formatUnitEvent(Obj.PCS08),
493 unit: "℃" 501 unit: "℃"
494 }, 502 },
495 { 503 {
496 type: "机柜温度", 504 type: "机柜温度",
497 - num: Obj.PCS09, 505 + num: formatUnitEvent(Obj.PCS09),
498 unit: "℃" 506 unit: "℃"
499 }, 507 },
500 { 508 {
501 type: "交流AB线电压", 509 type: "交流AB线电压",
502 - num: Obj.PCS10, 510 + num: formatUnitEvent(Obj.PCS10),
503 unit: "V" 511 unit: "V"
504 }, 512 },
505 { 513 {
506 type: "交流BC线电压", 514 type: "交流BC线电压",
507 - num: Obj.PCS11, 515 + num: formatUnitEvent(Obj.PCS11),
508 unit: "V" 516 unit: "V"
509 }, 517 },
510 { 518 {
511 type: "交流CA线电压", 519 type: "交流CA线电压",
512 - num: Obj.PCS12, 520 + num: formatUnitEvent(Obj.PCS12),
513 unit: "V" 521 unit: "V"
514 }, 522 },
515 { 523 {
516 type: "交流总无功率", 524 type: "交流总无功率",
517 - num: Obj.PCS13, 525 + num: formatUnitEvent(Obj.PCS13),
518 unit: "kW" 526 unit: "kW"
519 }, 527 },
520 { 528 {
521 type: "交流总有功功率", 529 type: "交流总有功功率",
522 - num: Obj.PCS14, 530 + num: formatUnitEvent(Obj.PCS14),
523 unit: "kW" 531 unit: "kW"
524 }, 532 },
525 { 533 {
526 type: "交流A相有功功率", 534 type: "交流A相有功功率",
527 - num: Obj.PCS15, 535 + num: formatUnitEvent(Obj.PCS15),
528 unit: "kW" 536 unit: "kW"
529 }, 537 },
530 { 538 {
531 type: "交流B相有功功率", 539 type: "交流B相有功功率",
532 - num: Obj.PCS16, 540 + num: formatUnitEvent(Obj.PCS16),
533 unit: "kW" 541 unit: "kW"
534 }, 542 },
535 { 543 {
536 type: "交流C相有功功率", 544 type: "交流C相有功功率",
537 - num: Obj.PCS17, 545 + num: formatUnitEvent(Obj.PCS17),
538 unit: "kW" 546 unit: "kW"
539 }, 547 },
540 { 548 {
541 type: "交流A相无功功率", 549 type: "交流A相无功功率",
542 - num: Obj.PCS18, 550 + num: formatUnitEvent(Obj.PCS18),
543 unit: "kVar" 551 unit: "kVar"
544 }, 552 },
545 { 553 {
546 type: "交流B相无功功率", 554 type: "交流B相无功功率",
547 - num: Obj.PCS19, 555 + num: formatUnitEvent(Obj.PCS19),
548 unit: "kVar" 556 unit: "kVar"
549 }, 557 },
550 { 558 {
551 type: "交流C相无功功率", 559 type: "交流C相无功功率",
552 - num: Obj.PCS20, 560 + num: formatUnitEvent(Obj.PCS20),
553 unit: "kVar" 561 unit: "kVar"
554 }, 562 },
555 { 563 {
556 type: "交流A相电流", 564 type: "交流A相电流",
557 - num: Obj.PCS21, 565 + num: formatUnitEvent(Obj.PCS21),
558 unit: "A" 566 unit: "A"
559 }, 567 },
560 { 568 {
561 type: "交流B相电流", 569 type: "交流B相电流",
562 - num: Obj.PCS22, 570 + num: formatUnitEvent(Obj.PCS22),
563 unit: "A" 571 unit: "A"
564 }, 572 },
565 { 573 {
566 type: "交流C相电流", 574 type: "交流C相电流",
567 - num: Obj.PCS23, 575 + num: formatUnitEvent(Obj.PCS23),
568 unit: "A" 576 unit: "A"
569 }, 577 },
570 { 578 {
571 type: "交流频率", 579 type: "交流频率",
572 - num: Obj.PCS24, 580 + num: formatUnitEvent(Obj.PCS24),
573 unit: "Hz" 581 unit: "Hz"
574 }, 582 },
575 { 583 {
576 type: "最大充电电流", 584 type: "最大充电电流",
577 - num: Obj.PCS25, 585 + num: formatUnitEvent(Obj.PCS25),
578 unit: "A" 586 unit: "A"
579 }, 587 },
580 { 588 {
581 type: "最大放电电流", 589 type: "最大放电电流",
582 - num: Obj.PCS26, 590 + num: formatUnitEvent(Obj.PCS26),
583 unit: "A" 591 unit: "A"
584 }, 592 },
585 { 593 {
586 type: "累计交流放电电量", 594 type: "累计交流放电电量",
587 - num: Obj.PCS27, 595 + num: formatUnitEvent(Obj.PCS27),
588 unit: "kWh" 596 unit: "kWh"
589 }, 597 },
590 598
591 { 599 {
592 type: "累计交流充电电量", 600 type: "累计交流充电电量",
593 - num: Obj.PCS28, 601 + num: formatUnitEvent(Obj.PCS28),
594 unit: "kWh" 602 unit: "kWh"
595 }, 603 },
596 { 604 {
597 type: "累计交流无功电量", 605 type: "累计交流无功电量",
598 - num: Obj.PCS29, 606 + num: formatUnitEvent(Obj.PCS29),
599 unit: "kVarh" 607 unit: "kVarh"
600 }, 608 },
601 ] 609 ]
602 - } else if (n === 3) {//充电桩 610 + } else if (n === 3) {//充电桩
603 res = [ 611 res = [
604 { 612 {
605 type: "A枪编号", 613 type: "A枪编号",
606 - num: Obj.CP07, 614 + num: formatUnitEvent(formatUnitEvent(Obj.CP07)),
607 unit: "" 615 unit: ""
608 }, 616 },
609 { 617 {
610 type: "A枪额定功率", 618 type: "A枪额定功率",
611 - num: Obj.CP08, 619 + num: formatUnitEvent(Obj.CP08),
612 unit: "kW" 620 unit: "kW"
613 }, 621 },
614 { 622 {
615 type: "A枪类型", 623 type: "A枪类型",
616 - num: Obj.CP09, 624 + num: formatUnitEvent(Obj.CP09),
617 unit: "" 625 unit: ""
618 }, 626 },
619 { 627 {
620 type: "A枪SOC", 628 type: "A枪SOC",
621 - num: Obj.CP10, 629 + num: formatUnitEvent(Obj.CP10),
622 unit: "%" 630 unit: "%"
623 }, 631 },
624 { 632 {
625 type: "A枪插枪状态", 633 type: "A枪插枪状态",
626 - num: Obj.CP11, 634 + num: formatUnitEvent(Obj.CP11),
627 unit: "" 635 unit: ""
628 }, 636 },
629 { 637 {
630 type: "A枪充电状态", 638 type: "A枪充电状态",
631 - num: Obj.CP12, 639 + num: formatUnitEvent(Obj.CP12),
632 unit: "" 640 unit: ""
633 }, 641 },
634 { 642 {
635 type: "A枪输出电压", 643 type: "A枪输出电压",
636 - num: Obj.CP13, 644 + num: formatUnitEvent(Obj.CP13),
637 unit: "V" 645 unit: "V"
638 }, 646 },
639 { 647 {
640 type: "A枪输出电流", 648 type: "A枪输出电流",
641 - num: Obj.CP14, 649 + num: formatUnitEvent(Obj.CP14),
642 unit: "A" 650 unit: "A"
643 }, 651 },
644 { 652 {
645 type: "A枪需求功率", 653 type: "A枪需求功率",
646 - num: Obj.CP15, 654 + num: formatUnitEvent(Obj.CP15),
647 unit: "kW" 655 unit: "kW"
648 }, 656 },
649 { 657 {
650 type: "A枪需求电流", 658 type: "A枪需求电流",
651 - num: Obj.CP16, 659 + num: formatUnitEvent(Obj.CP16),
652 unit: "A" 660 unit: "A"
653 }, 661 },
654 { 662 {
655 type: "A枪最小输出功率", 663 type: "A枪最小输出功率",
656 - num: Obj.CP17, 664 + num: formatUnitEvent(Obj.CP17),
657 unit: "kW" 665 unit: "kW"
658 }, 666 },
659 { 667 {
660 type: "A枪当前限定功率", 668 type: "A枪当前限定功率",
661 - num: Obj.CP18, 669 + num: formatUnitEvent(Obj.CP18),
662 unit: "kW" 670 unit: "kW"
663 }, 671 },
664 { 672 {
665 type: "B枪编号", 673 type: "B枪编号",
666 - num: Obj.CP19, 674 + num: formatUnitEvent(Obj.CP19),
667 unit: "" 675 unit: ""
668 }, 676 },
669 { 677 {
670 type: "B枪额定功率", 678 type: "B枪额定功率",
671 - num: Obj.CP20, 679 + num: formatUnitEvent(Obj.CP20),
672 unit: "kW" 680 unit: "kW"
673 }, 681 },
674 { 682 {
675 type: "B枪类型", 683 type: "B枪类型",
676 - num: Obj.CP21, 684 + num: formatUnitEvent(Obj.CP21),
677 unit: "" 685 unit: ""
678 }, 686 },
679 { 687 {
680 type: "B枪soc", 688 type: "B枪soc",
681 - num: Obj.CP22, 689 + num: formatUnitEvent(Obj.CP22),
682 unit: "%" 690 unit: "%"
683 }, 691 },
684 { 692 {
685 type: "B枪插枪状态", 693 type: "B枪插枪状态",
686 - num: Obj.CP23, 694 + num: formatUnitEvent(Obj.CP23),
687 unit: "" 695 unit: ""
688 }, 696 },
689 { 697 {
690 type: "B枪充电状态", 698 type: "B枪充电状态",
691 - num: Obj.CP24, 699 + num: formatUnitEvent(Obj.CP24),
692 unit: "" 700 unit: ""
693 }, 701 },
694 { 702 {
695 type: "B枪输出电压", 703 type: "B枪输出电压",
696 - num: Obj.CP25, 704 + num: formatUnitEvent(Obj.CP25),
697 unit: "V" 705 unit: "V"
698 }, 706 },
699 { 707 {
700 type: "B枪输出电流", 708 type: "B枪输出电流",
701 - num: Obj.CP26, 709 + num: formatUnitEvent(Obj.CP26),
702 unit: "A" 710 unit: "A"
703 }, 711 },
704 { 712 {
705 type: "B枪需求功率", 713 type: "B枪需求功率",
706 - num: Obj.CP27, 714 + num: formatUnitEvent(Obj.CP27),
707 unit: "kW" 715 unit: "kW"
708 }, 716 },
709 { 717 {
710 type: "B枪需求电流", 718 type: "B枪需求电流",
711 - num: Obj.CP28, 719 + num: formatUnitEvent(Obj.CP28),
712 unit: "A" 720 unit: "A"
713 }, 721 },
714 { 722 {
715 type: "B枪最小输出功率", 723 type: "B枪最小输出功率",
716 - num: Obj.CP29, 724 + num: formatUnitEvent(Obj.CP29),
717 unit: "kW" 725 unit: "kW"
718 }, 726 },
719 { 727 {
720 type: "B枪当前限定功率", 728 type: "B枪当前限定功率",
721 - num: Obj.CP30, 729 + num: formatUnitEvent(Obj.CP30),
722 unit: "kW" 730 unit: "kW"
723 } 731 }
724 ] 732 ]
725 - } else if (n === 4) {//光伏 733 + } else if (n === 4) {//光伏
726 734
727 res = [ 735 res = [
728 { 736 {
729 type: "AB线电压/A相电压", 737 type: "AB线电压/A相电压",
730 - num: Obj.PV07, 738 + num: formatUnitEvent(Obj.PV07),
731 unit: "V" 739 unit: "V"
732 }, 740 },
733 { 741 {
734 type: "BC线电压/B相电压", 742 type: "BC线电压/B相电压",
735 - num: Obj.PV08, 743 + num: formatUnitEvent(Obj.PV08),
736 unit: "V" 744 unit: "V"
737 }, 745 },
738 { 746 {
739 type: "CA线电压/C相电压", 747 type: "CA线电压/C相电压",
740 - num: Obj.PV09, 748 + num: formatUnitEvent(Obj.PV09),
741 unit: "V" 749 unit: "V"
742 }, 750 },
743 { 751 {
744 type: "A相电流", 752 type: "A相电流",
745 - num: Obj.PV10, 753 + num: formatUnitEvent(Obj.PV10),
746 unit: "A" 754 unit: "A"
747 }, 755 },
748 { 756 {
749 type: "B相电流", 757 type: "B相电流",
750 - num: Obj.PV11, 758 + num: formatUnitEvent(Obj.PV11),
751 unit: "A" 759 unit: "A"
752 }, 760 },
753 { 761 {
754 type: "C相电流", 762 type: "C相电流",
755 - num: Obj.PV12, 763 + num: formatUnitEvent(Obj.PV12),
756 unit: "A" 764 unit: "A"
757 }, 765 },
758 { 766 {
759 type: "电网频率", 767 type: "电网频率",
760 - num: Obj.PV13, 768 + num: formatUnitEvent(Obj.PV13),
761 unit: "Hz" 769 unit: "Hz"
762 }, 770 },
763 { 771 {
764 type: "逆变器效率", 772 type: "逆变器效率",
765 - num: Obj.PV14, 773 + num: formatUnitEvent(Obj.PV14),
766 unit: "%" 774 unit: "%"
767 }, 775 },
768 { 776 {
769 type: "额定无功功率", 777 type: "额定无功功率",
770 - num: Obj.PV15, 778 + num: formatUnitEvent(Obj.PV15),
771 unit: "kVar" 779 unit: "kVar"
772 }, 780 },
773 { 781 {
774 type: "方阵绝缘阻抗", 782 type: "方阵绝缘阻抗",
775 - num: Obj.PV16, 783 + num: formatUnitEvent(Obj.PV16),
776 unit: "kΩ" 784 unit: "kΩ"
777 }, 785 },
778 { 786 {
779 type: "电表功率", 787 type: "电表功率",
780 - num: Obj.PV17, 788 + num: formatUnitEvent(Obj.PV17),
781 unit: "W" 789 unit: "W"
782 }, 790 },
783 { 791 {
784 type: "工作状态", 792 type: "工作状态",
785 - num: Obj.PV18, 793 + num: formatUnitEvent(Obj.PV18),
786 unit: "" 794 unit: ""
787 }, 795 },
788 { 796 {
789 type: "电表A相功率", 797 type: "电表A相功率",
790 - num: Obj.PV19, 798 + num: formatUnitEvent(Obj.PV19),
791 unit: "W" 799 unit: "W"
792 }, 800 },
793 { 801 {
794 type: "电表B相功率", 802 type: "电表B相功率",
795 - num: Obj.PV20, 803 + num: formatUnitEvent(Obj.PV20),
796 unit: "W" 804 unit: "W"
797 }, 805 },
798 { 806 {
799 type: "电表C相功率", 807 type: "电表C相功率",
800 - num: Obj.PV21, 808 + num: formatUnitEvent(Obj.PV21),
801 unit: "W" 809 unit: "W"
802 }, 810 },
803 { 811 {
804 type: "负载功率", 812 type: "负载功率",
805 - num: Obj.PV22, 813 + num: formatUnitEvent(Obj.PV22),
806 unit: "W" 814 unit: "W"
807 }, 815 },
808 { 816 {
809 type: "日电网取电电量", 817 type: "日电网取电电量",
810 - num: Obj.PV23, 818 + num: formatUnitEvent(Obj.PV23),
811 unit: "kWh" 819 unit: "kWh"
812 }, 820 },
813 { 821 {
814 type: "总电网取电电量", 822 type: "总电网取电电量",
815 - num: Obj.PV24, 823 + num: formatUnitEvent(Obj.PV24),
816 unit: "kWh" 824 unit: "kWh"
817 }, 825 },
818 { 826 {
819 type: "日直接消耗电量", 827 type: "日直接消耗电量",
820 - num: Obj.PV25, 828 + num: formatUnitEvent(Obj.PV25),
821 unit: "kWh" 829 unit: "kWh"
822 }, 830 },
823 { 831 {
824 type: "总直接消耗电量", 832 type: "总直接消耗电量",
825 - num: Obj.PV26, 833 + num: formatUnitEvent(Obj.PV26),
826 unit: "kWh" 834 unit: "kWh"
827 }, 835 },
828 { 836 {
829 type: "逆变器状态", 837 type: "逆变器状态",
830 - num: Obj.PV27, 838 + num: formatUnitEvent(Obj.PV27),
831 unit: "" 839 unit: ""
832 }, 840 },
833 { 841 {
834 type: "总发电量", 842 type: "总发电量",
835 - num: Obj.PV28, 843 + num: formatUnitEvent(Obj.PV28),
836 unit: "kWh" 844 unit: "kWh"
837 }, 845 },
838 { 846 {
839 type: "母线电压", 847 type: "母线电压",
840 - num: Obj.PV29, 848 + num: formatUnitEvent(Obj.PV29),
841 unit: "V" 849 unit: "V"
842 }, 850 },
843 { 851 {
844 type: "电网频率", 852 type: "电网频率",
845 - num: Obj.PV30, 853 + num: formatUnitEvent(Obj.PV30),
846 unit: "Hz" 854 unit: "Hz"
847 } 855 }
848 ] 856 ]
849 - } else if (n === 5) {// 电能表监视 857 + } else if (n === 5) {// 电能表监视
850 res = [ 858 res = [
851 { 859 {
852 type: "A相有功功率", 860 type: "A相有功功率",
853 - num: Obj.EM07, 861 + num: formatUnitEvent(Obj.EM07),
854 unit: "kW" 862 unit: "kW"
855 }, 863 },
856 { 864 {
857 type: "B相有功功率", 865 type: "B相有功功率",
858 - num: Obj.EM08, 866 + num: formatUnitEvent(Obj.EM08),
859 unit: "kW" 867 unit: "kW"
860 }, 868 },
861 { 869 {
862 type: "C相有功功率", 870 type: "C相有功功率",
863 - num: Obj.EM09, 871 + num: formatUnitEvent(Obj.EM09),
864 unit: "kW" 872 unit: "kW"
865 }, 873 },
866 { 874 {
867 type: "A相无功功率", 875 type: "A相无功功率",
868 - num: Obj.EM10, 876 + num: formatUnitEvent(Obj.EM10),
869 unit: "%" 877 unit: "%"
870 }, 878 },
871 { 879 {
872 type: "B相无功功率", 880 type: "B相无功功率",
873 - num: Obj.EM11, 881 + num: formatUnitEvent(Obj.EM11),
874 unit: "kVar" 882 unit: "kVar"
875 }, 883 },
876 { 884 {
877 type: "C相无功功率", 885 type: "C相无功功率",
878 - num: Obj.EM12, 886 + num: formatUnitEvent(Obj.EM12),
879 unit: "kVar" 887 unit: "kVar"
880 }, 888 },
881 { 889 {
882 type: "A相视在功率", 890 type: "A相视在功率",
883 - num: Obj.EM13, 891 + num: formatUnitEvent(Obj.EM13),
884 unit: "kVA" 892 unit: "kVA"
885 }, 893 },
886 { 894 {
887 type: "B相视在功率", 895 type: "B相视在功率",
888 - num: Obj.EM14, 896 + num: formatUnitEvent(Obj.EM14),
889 unit: "kVA" 897 unit: "kVA"
890 }, 898 },
891 { 899 {
892 type: "C相视在功率", 900 type: "C相视在功率",
893 - num: Obj.EM15, 901 + num: formatUnitEvent(Obj.EM15),
894 unit: "kVA" 902 unit: "kVA"
895 }, 903 },
896 { 904 {
897 type: "A相功率因数", 905 type: "A相功率因数",
898 - num: Obj.EM16, 906 + num: formatUnitEvent(Obj.EM16),
899 unit: "" 907 unit: ""
900 }, 908 },
901 { 909 {
902 type: "B相功率因数", 910 type: "B相功率因数",
903 - num: Obj.EM17, 911 + num: formatUnitEvent(Obj.EM17),
904 unit: "" 912 unit: ""
905 }, 913 },
906 { 914 {
907 type: "C相功率因数", 915 type: "C相功率因数",
908 - num: Obj.EM18, 916 + num: formatUnitEvent(Obj.EM18),
909 unit: "" 917 unit: ""
910 }, 918 },
911 { 919 {
912 type: "总有功功率", 920 type: "总有功功率",
913 - num: Obj.EM19, 921 + num: formatUnitEvent(Obj.EM19),
914 unit: "kW" 922 unit: "kW"
915 }, 923 },
916 { 924 {
917 type: "总视在功率", 925 type: "总视在功率",
918 - num: Obj.EM20, 926 + num: formatUnitEvent(Obj.EM20),
919 unit: "kVA" 927 unit: "kVA"
920 }, 928 },
921 { 929 {
922 type: "总功率因数", 930 type: "总功率因数",
923 - num: Obj.EM21, 931 + num: formatUnitEvent(Obj.EM21),
924 unit: "" 932 unit: ""
925 }, 933 },
926 { 934 {
927 type: "正向有功总电能", 935 type: "正向有功总电能",
928 - num: Obj.EM22, 936 + num: formatUnitEvent(Obj.EM22),
929 unit: "kWh" 937 unit: "kWh"
930 }, 938 },
931 { 939 {
932 type: "反向有功总电能", 940 type: "反向有功总电能",
933 - num: Obj.EM23, 941 + num: formatUnitEvent(Obj.EM23),
934 unit: "kWh" 942 unit: "kWh"
935 }, 943 },
936 { 944 {
937 type: "正向无功总电能", 945 type: "正向无功总电能",
938 - num: Obj.EM24, 946 + num: formatUnitEvent(Obj.EM24),
939 unit: "kVarh" 947 unit: "kVarh"
940 }, 948 },
941 { 949 {
942 type: "反向无功总电能", 950 type: "反向无功总电能",
943 - num: Obj.EM25, 951 + num: formatUnitEvent(Obj.EM25),
944 unit: "kVarh" 952 unit: "kVarh"
945 }, 953 },
946 { 954 {
947 type: "当日正向有功最大需量", 955 type: "当日正向有功最大需量",
948 - num: Obj.EM26, 956 + num: formatUnitEvent(Obj.EM26),
949 unit: "kWh" 957 unit: "kWh"
950 }, 958 },
951 { 959 {
952 type: "发生时间", 960 type: "发生时间",
953 - num: Obj.EM27, 961 + num: formatUnitEvent(Obj.EM27),
954 unit: "kW" 962 unit: "kW"
955 }, 963 },
956 - 964 +
957 { 965 {
958 type: "当日反向有功最大需量", 966 type: "当日反向有功最大需量",
959 - num: Obj.EM28, 967 + num: formatUnitEvent(Obj.EM28),
960 unit: "kWh" 968 unit: "kWh"
961 }, 969 },
962 { 970 {
963 type: "电压变比", 971 type: "电压变比",
964 - num: Obj.EM28, 972 + num: formatUnitEvent(Obj.EM28),
965 unit: "" 973 unit: ""
966 }, 974 },
967 { 975 {
968 type: "电流变比", 976 type: "电流变比",
969 - num: Obj.EM30, 977 + num: formatUnitEvent(Obj.EM30),
970 unit: "" 978 unit: ""
971 } 979 }
972 ] 980 ]
973 - } 981 + }
974 982
975 - return res 983 + return res
976 } 984 }
977 985