115V920Ah DC Nidaamka Korontada
Waa maxaywaa nidaamka awooda DC?
Nidaamka korantada DC waa nidaam isticmaala si toos ah hadda (DC) si uu u siiyo awood qalab iyo qalab kala duwan.Tan waxaa ku jiri kara nidaamyada awood qaybinta sida kuwa loo isticmaalo isgaarsiinta, xarumaha xogta iyo codsiyada warshadaha.Nidaamyada korantada DC waxaa sida caadiga ah loo adeegsadaa xaaladaha loo baahan yahay koronto deggan oo la isku halayn karo, isticmaalka awoodda DC ayaa ka waxtar badan ama ka waxtar badan marka loo eego beddelka tamarta hadda (AC).Nidaamyadan sida caadiga ah waxaa ka mid ah qaybo ay ka mid yihiin toosiyeyaasha, baytariyada, rogayaasha, iyo dajiyayaal danab si loo maareeyo loona xakameeyo socodka awoodda DC.
Mabda'a shaqada ee nidaamka DC
Xaaladda shaqada ee AC:
Marka gelinta AC ee nidaamku uu si caadi ah u bixiyo awoodda, unugga awoodda qaybinta AC waxa ay siisaa awoodda qayb kasta oo hagaajinaysa.Habka hagaajinta soo noqnoqda ee soo noqnoqda ayaa awooda AC u roga awooda DC, oo ka soo saara qalab ilaalinaya (fuyuus ama wareegtada).Dhinaca kale, waxay ku dallaci batteriga batteriga, iyo dhinaca kale, waxay bixisaa awood shaqo caadi ah load DC iyada oo loo marayo unugga quudinta qaybinta korontada DC.
Xaalada shaqada ee khasaaraha korontada
Marka nidaamka AC gelinta uu fashilmo oo korontadu go'do, moduleka toosiyaha ayaa shaqada joogsada, batariguna wuxuu siiya awoodda culeyska DC isagoon kala goyn.Module-ka la-socodku wuxuu la socdaa korantada sii daynta iyo hadda ee batteriga wakhtiga dhabta ah, iyo marka batarigu ku sii daayo danabka dhamaadka go'an, moduleka la socodka wuxuu ku siinayaa digniin.Isla mar ahaantaana, moduleka kormeerku wuxuu soo bandhigayaa oo socodsiiyaa xogta ay soo geliyaan wareegga kormeerka qaybinta awoodda mar kasta.
Halabuurka toosiyaha-sare ee nidaamka awoodda hawlgalka DC
* Qaybta qaybinta tamarta AC
* module rectifier-sare-sare
* Nidaamka batteriga
* Aaladda baarista batteriga
* Qalabka ilaalinta dahaarka
* unugga la socodka dallacaadda
* Unugga la socodka qaybinta awoodda
* moduleka kormeerka dhexe
* qaybo kale
Mabaadi'da Naqshadeynta Nidaamyada DC
Guudmarka nidaamka baytari
Nidaamka baytarigu wuxuu ka kooban yahay golaha batari ee LiFePO4 (lithium iron phosphate), kaas oo bixiya badbaado sare, nolol wareeg dheer, iyo cufnaanta tamar sare marka loo eego miisaanka iyo mugga.
Nidaamka baytarigu wuxuu ka kooban yahay 144pcs LiFePO4 unugyo batari:
unug kasta 3.2V 230Ah.Wadarta tamarta waa 105.98kwh.
36pcs unugyo taxane ah, 2pcs unugyo isbarbar socda=115V460AH
115V 460Ah * 2 set oo isku mid ah = 115V 920Ah
Si loo fududeeyo gaadiidka iyo dayactirka:
hal batari oo 115V460Ah ah ayaa loo qaybiyaa 4 weel oo yaryar waxaana lagu xidhaa si taxane ah.
Sanduuqyada 1 ilaa 4 waxa lagu habeeyey xidhiidh taxane ah oo ka kooban 9 unug, iyada oo 2 unug ay sidoo kale isku xidhan yihiin.
Sanduuqa 5, dhinaca kale, oo leh Sanduuqa Kontoroolka Master-ka ee ku dhex jira Habayntan ayaa keenaysa wadar ahaan 72 unug.
Laba qaybood oo ka mid ah baakadahan baytari waxay ku xidhan yihiin is barbar,iyada oo qayb kasta si madax-bannaan ugu xidhan tahay nidaamka korantada DC,u ogolaanaya inay si iskood ah u shaqeeyaan.
Unugga baytari
Xaashida xogta unugga batteriga
| Maya | Shayga | Halbeegyada |
| 1 | danab magaceedu | 3.2V |
| 2 | Awood magaceed | 230 Ah |
| 3 | Lagu qiimeeyay hadda shaqeeya | 115A (0.5C) |
| 4 | Max.danab ku dallaca | 3.65V |
| 5 | Min.danab dareere | 2.5V |
| 6 | Cufnaanta tamarta tirada badan | ≥179Wh/kg |
| 7 | Cufnaanta tamarta mugga | ≥384wh/L |
| 8 | AC caabbinta gudaha | <0.3mΩ |
| 9 | Is-daynta | ≤3% |
| 10 | Miisaanka | 4.15kg |
| 11 | Cabirka | 54.3*173.8*204.83mm |
Xidhmada baytari
Xaashida xogta batteriga
| Maya | Shayga | Halbeegyada |
| 1 | Nooca baytari | Lithium iron phosphate (LiFePO4) |
| 2 | danab magaceedu | 115V |
| 3 | Awoodda la qiimeeyay | 460Ah @0.3C3A,25℃ |
| 4 | Hadda shaqaynaysa | 50Amps |
| 5 | Hadda ugu sarreysa | 200Amps (2s) |
| 6 | Korantada shaqaynaysa | DC100 ~ 126V |
| 7 | Ku dallaci hadda | 75Amps |
| 8 | Golaha | 36S2P |
| 9 | Qalabka sanduuqa | Saxan bir ah |
| 10 | Cabirka | Tixraac sawirkayaga |
| 11 | Miisaanka | Qiyaastii 500kg |
| 12 | Heerkulka shaqada | -20 ℃ ilaa 60 ℃ |
| 13 | Heerkulka heerkulka | 0 ℃ ilaa 45 ℃ |
| 14 | Heerkulka kaydinta | - 10 ℃ ilaa 45 ℃ |
Sanduuqa baytari
Xaashida xogta sanduuqa baytari
| Shayga | Halbeegyada |
| Lambarka 1 ~ 4 sanduuqa | |
| danab magaceedu | 28.8V |
| Awoodda la qiimeeyay | 460Ah @0.3C3A,25℃ |
| Qalabka sanduuqa | Saxan bir ah |
| Cabirka | 600*550*260mm |
| Miisaanka | 85kg (bateriga kaliya) |
Guudmarka BMS
Nidaamka BMS oo dhan waxaa ka mid ah:
* 1 unug Master BMS (BCU)
* 4 unug oo ah unugyada addoonta ah ee BMS (BMU)
Isgaarsiinta gudaha
* CAN baska u dhexeeya BCU iyo BMUs
* CAN ama RS485 inta u dhaxaysa BCU & aaladaha dibadda
115V DC Power Rectifier
Tilmaamaha wax-gelinta
| Habka wax gelinta | Lagu qiimeeyay saddex waji afar-silig |
| Kala duwanaanshaha korantada galitaanka | 323Vac ilaa 437Vac, ugu badnaan shaqada danab 475Vac |
| Kala duwanaanshaha soo noqnoqda | 50Hz/60Hz±5% |
| Harmonic hadda | Harmonic kasta kama badna 30% |
| Dhaqdhaqaaqa hadda | 15Atyp ugu sarreysa, 323Vac;20Atyp ugu sarreysa, 475Vac |
| Waxtarka | 93% min @380Vac buuxa |
| Qodobka awoodda | > 0.93 @ rar buuxa |
| Waqtiga bilawga | 3 ilaa 10-aad |
Astaamaha wax soo saarka
| Kala duwanaanshaha danabka soo baxay | + 99Vdc～+143Vdc |
| Xeerka | ± 0.5% |
| Ripple & buuq (Max.) | 0.5% qiimaha waxtarka leh;1% qiimaha ugu sarreeya-ilaa-ugu sarreeya |
| Heerka Dilalka | 0.2A/US |
| Xadka Dulqaadka Korantada | ± 5% |
| Hadda la qiimeeyay | 40A |
| Hadda ugu sarreysa | 44A |
| Saxnaanta socodka joogtada ah | ± 1% (ku salaysan qiimaha hadda jira, 8 ~ 40A) |
Guryaha dahaarka
Iska caabin dahaarka
| Wax-soo-gelinta ilaa Wax-soo-saarka | DC1000V 10MΩmin (heerkulka qolka) |
| Gelida Ku socota FG | DC1000V 10MΩmin (heerkulka qolka) |
| Wax soo saarka ku socda FG | DC1000V 10MΩmin (heerkulka qolka) |
Dahaarka u adkaysta danab
| Wax-soo-gelinta ilaa Wax-soo-saarka | 2828Vdc Ma jiro burbur iyo toosid |
| Gelida Ku socota FG | 2828Vdc Ma jiro burbur iyo toosid |
| Wax soo saarka ku socda FG | 2828Vdc Ma jiro burbur iyo toosid |
Nidaamka la socodka
Hordhac
Nidaamka la socodka IPCAT-X07 waa kormeere dhexdhexaad ah oo loogu talagalay in lagu qanciyo isdhexgalka caadiga ah ee isticmaalaha nidaamka shaashadda DC, Tani waxay inta badan khuseysaa nidaamka lacag bixinta ee 38AH-1000AH, ururinta dhammaan noocyada xogta iyadoo la kordhinayo unugyada ururinta calaamadaha, isku xirka ilaa xarunta laga hago fogaanta iyada oo loo marayo interface RS485 si loo hirgeliyo nidaamka qolalka aan la ilaalin.
Muuji Faahfaahinta Interface
Xulashada qalabka ee nidaamka DC
Qalabka dallacaadda
Habka dallacaadda baytariyada lithium-ion
Ilaalinta Heerka Xidhmada
Aaladda kulul ee dab-demiska hawada sare waa nooc cusub oo dab-damis ah oo ku habboon meelaha bannaan sida qolalka mishiinka iyo sanduuqyada baytariyada.
Marka uu dab dhaco, haddii olol furan uu soo baxo, siliga kulaylka xasaasiga ah ayaa isla markiiba ogaanaya dabka oo wuxuu kiciyaa aaladda deminta ee gudaha xayndaabka, isla mar ahaantaana soo saaraya calaamad jawaab celin ah.
Dareemka qiiqa
Transducer-ku-saddex-in-mid ah ee SMKWS wuxuu isku mar ururiyaa qiiqa, heerkulka deegaanka, iyo xogta qoyaanka.
Dareemaha qiiqa wuxuu ururiyaa xogta u dhaxaysa 0 ilaa 10000 ppm.
Dareemaha qiiqa ayaa lagu rakibay dusha sare ee armaajo batari kasta.
Haddii ay dhacdo in kulaylku xumaado gudaha golaha wasiirada taasoo keenta in qiiq aad u badan uu ka soo baxo oo ku kala firdhiyo dhinaca sare ee golaha, dareemaha ayaa isla markaaba xogta qiiqa u gudbin doona qaybta la socodka tamarta bini'aadamka.
Golaha golaha DC
Cabirka hal armaajo nidaamka batari waa 2260(H)*800(W)*800(D)mm oo leh midabka RAL7035.Si loo fududeeyo dayactirka, maareynta iyo kulaylka, albaabka hore waa albaab mesh muraayad ah oo hal furan, halka albaabka dambe uu yahay albaab buuxa oo laba-furan ah.dhidibka u jeeda albaabbada golaha wasiiradu waxa uu ku yaalaa midig, albaabkuna waxa uu ku yaalaa bidixda.Sababtoo ah culeyska culus ee batteriga, waxaa la dhigayaa qaybta hoose ee golaha wasiirada, halka qaybaha kale sida modules rectifier-frequency-frequency iyo modules monitoring ayaa la dhigayaa qaybta sare.Shaashadda LCD-ga ayaa lagu rakibay albaabka golaha, taasoo bixisa muujinta wakhtiga dhabta ah ee xogta hawlgalka
Jaantuska nidaamka korontada ee hawlgalka DC
Nidaamka DC wuxuu ka kooban yahay 2 qaybood oo baytari ah iyo 2 qaybood oo hagaajin ah, baska DC wuxuu ku xiran yahay laba qaybood oo bas ah.
Inta lagu jiro hawlgalka caadiga ah, baska xidhidhka baska waa go'an yahay, iyo qalabka dallaca ee qayb kasta oo baska ah waxay dalacayaan baytariga iyada oo loo marayo baska, waxayna bixiyaan culeys joogto ah isla waqti isku mid ah.
Kharashka sabbaynaya ama isleeg ku dallaca batteriga waa tamarta caadiga ah ee wax soo saarka baska DC.
Nidaamkan nidaamka, marka aaladda dallacaadda ee qayb kasta oo baska ahi ay xumaato ama baakadda batteriga loo baahan yahay in la hubiyo in lagu dallacay iyo imtixaannada lagu shubayo, baska xidhidhka baska waa la xidhi karaa, iyo baakadaha dallaca ee qaybta baska kale ayaa siin kara koronto. Nidaamka oo dhan, iyo wareegga xidhitaanka baska Waxay leedahay cabbir dib-u-soo-celin diode ah si looga hortago in laba qaybood oo baytari ah ay isku mid noqdaan.
Nidaamyada Korontada
Bandhiga Alaabta
Codsiga
Nidaamyada sahayda korantada DC ayaa si weyn looga isticmaalaa warshado iyo goobo kala duwan.Qaar ka mid ah codsiyada caadiga ah ee nidaamyada korantada DC waxaa ka mid ah:
1. Isgaarsiinta:Nidaamyada korantada DC ayaa si weyn loogu isticmaalaa kaabayaasha isgaarsiinta, sida munaaradaha taleefanka gacanta, xarumaha xogta iyo shabakadaha isgaarsiinta, si loo siiyo awood la isku halayn karo, oo aan kala go' lahayn qalabka muhiimka ah.
2. Tamar la cusboonaysiin karo:Nidaamyada korantada DC waxaa loo adeegsadaa nidaamyada tamarta la cusboonaysiin karo, sida koronto-dhaliyaha qoraxda iyo rakibaadda korantada dabaysha, si loogu beddelo loona maareeyo awoodda DC ee ay keeneen ilaha tamarta la cusboonaysiin karo.
3. Gaadiidka:Baabuurta korantada, tareenada, iyo noocyada kale ee gaadiidka sida caadiga ah waxay u isticmaalaan nidaamyada korantada DC si ay u kiciyaan iyo hababka kaalmahooda.
4. Automation Warshadaha:Qaar badan oo ka mid ah hababka warshadaha iyo nidaamyada otomaatiga ah waxay ku tiirsan yihiin awoodda DC si ay u xakameeyaan nidaamyada, gawaarida iyo qalabka kale.
5. Hawada iyo Difaaca:Nidaamyada korantada DC waxaa loo adeegsadaa diyaaradaha, hawada sare iyo codsiyada militariga si ay u daboolaan baahiyo koronto oo kala duwan, oo ay ku jiraan avionics, hababka isgaarsiinta iyo nidaamka hubka.
6. Kaydinta Tamarta:Nidaamyada korantada DC waa qayb muhiim ah oo ka mid ah xalalka kaydinta tamarta sida nidaamyada kaydinta batteriga iyo sahayda korantada ee aan kala go'a lahayn (UPS) ee codsiyada ganacsiga iyo deegaanka.
Kuwani waa dhawr tusaale oo ka mid ah codsiyada kala duwan ee nidaamyada korantada DC, oo muujinaya muhiimada ay u leeyihiin warshado badan.
