Yintoni i-PCS-iBoost Container?
I-PCS-Isikhongozeli se-Boost sisisombululo esenziwe ngaphambili esidibanisa umtya{1}}Inkqubo yoGuqulo lwaMandla (PCS)ngenqanaba eliphakathi{{0} levoltage{1}}inqanaba eliphezulu; yenzelwe iiprojekthi zokugcina amandla ezifuna ibhetri eguqukayo{2}}ulawulo lwecala kunye{3}}noqhagamshelwano lwegrid yevoltage. Idibanisa uguqulo lwamandla, inyathelo lombane{5}}phezulu, ukhuseleko, kunye nolawulo lwegridi{6}}yenkxaso kwiyunithi enye ehlanganisiweyo yombane.
Ngoyilo lwe-PCS yomtya, inkqubo ifanelekile kwiiprojekthi ezibandakanya ukwandiswa ngezigaba, ukutshintshwa kwebhetri, okanye iimeko ezahlukeneyo zeqela lebhetri. Inceda ukuphucula ukuqhelana nenkqubo, ukwenza lula ibhetri-uku{2}}kudibaniso lwegridi, kunye nenkxaso ezinzileyo yokusebenza kwexesha elide{3}}yeBESS.
Ulwakhiwo lomtya lulawula amandla kwinqanaba leqela ngalinye lebhetri kunokusebenzisa isiguquli esikwabelwana ngaso. Loo nto yenza ukuba iyunithi ifaneleke kakuhle kwiiprojekthi ezinokwandiswa ngezigaba, ukutshintshwa kwebhetri okuhleliweyo, okanye amaqela angasabelani ngeemeko ezifanayo. Ihlala ecaleni kwePCS Turnkey Station kunye MV TransformerngokubanziPCS Isingxobouluhlu, kwaye inikezelwa 4.3 MW kunye 5 MW uqwalaselo.
I-Polinovel PCS{0}}Yandisa Iimpawu eziphambili zesikhongozeli
Yenzelwe ukwenza lula ukhetho lweprojekthi kunye nezigqibo zokusasazwa.
Iqela{0}}Inqanaba lokuZiqhelanisa neBattery
Uyilo lwePCS lomtya luxhasa ulawulo lwebhetri -yenqanaba, inceda inkqubo iqhelane ngcono neemeko ezahlukeneyo zeqela lebhetri. Ikwaxhasa ukusetyenziswa okuxubeneyo kweebhetri ezintsha nesele zikhona, iyenza ilungele ukutshintshwa ngezigaba, ukuphuculwa kwenkqubo, kunye nokugcinwa kweBESS ixesha elide{2}}.
01
Phezulu-Ubuchule bePCS boBoost Design
Yakhelwe ngemigangatho emithathu-yetopology, iPCS Boost Container ixhasa{1}}ubuchule obuphezulu ukuguqulwa kwamandla eDC/AC kunye nenyathelo lombane{2}}phezulu kwiyunithi enye ehlanganisiweyo. Ngowona msebenzi uphezulu wenkqubo ukuya kuthi ga kwi-98%, inceda ukuphucula uguqulo lwamandla kusetyenziso oluphakathi{5}}lombane lwe-BESS.
02
Banzi{{0}Ubushushu bokusebenza okuZinzileyo
Ulawulo lwesantya sabalandeli -obukrelekrele beqonga luxhasa ukusebenza okuzinzileyo phantsi kweemeko ezibanzi zobushushu. Ngobuchule obungama-50 eedegree -ezinganciphisiyo, inkqubo iyilelwe ukufuna indawo zokugcina amandla ngaphandle apho utshintsho lobushushu lunokuchaphazela ukusebenza kwePCS.
03
Igridi-Inkxaso kunye -noKhuselo lweNqanaba eliNinzi
Inkqubo ixhasa amandla angaguqukiyo, akhoyo ngoku, kunye nolawulo lwamandla ombane rhoqo, kunye nommiselo ophambili wamaza, iVSG, kunye nemisebenzi yokuqalisa emnyama. Uyilo oludityanisiweyo lwemodyuli kunye nemisebenzi emininzi yokukhusela inceda ukuphucula ukulungelelaniswa kwegridi kunye nokhuseleko lokusebenza kwenkqubo.
04
I-PCS-Yandisa iNgcaciso yesikhongozeli
Zombini ulungelelwaniso zabelana ngefestile ye-1000-1500 V DC efanayo, i-10–35 kV imveliso kunye ne-98% yencopho yokuphumelela. Ziyahluka kumandla alinganisiweyo kunye nokuba mangaphi amaqoqo ebhetri abalawula ngokuzimeleyo.
| DC Parameters | ||
| Max. DC Voltage | 1500V | |
| Max. DC yangoku | 241×20A | 241×24A |
| Uluhlu lweBattery Voltage | 1000–1500V | |
| Igridi-Iiparamitha zecala | ||
| Ilinganiswe Amandla e-AC | 4300kW | 5000kW |
| Max. Amandla e-AC | 4730kW | 5500kW |
| Ulinganiso lweGrid Voltage | 10–35kV | |
| Ireyithwe ngokuphindaphindiweyo kwigridi | 50/60Hz | |
| I-THD kwi-Rated Power | <3% | |
| Power Factor Adjustable Range | -1~+1 | |
| Iimpawu zeNkqubo | ||
| Indlela yokuzahlula | Eyomileyo-uhlobo / Ioyile{1}}entywiliselwa isiguquli | |
| Max. Ukusebenza kweNkqubo | 98% | |
| Umgangatho woKhuseleko | IP66 (Iguquli) / IP54 (Abanye) | |
| Uluhlu lobushushu obusebenzayo | -40~{1}} isidanga | |
| Uluhlu lokufuma oluvumelekileyo | 0–100% | |
| Max. Umphakamo wokuSebenza | 5000m | |
| Indlela yokupholisa | Ukupholisa uMoya okukrelekrele (Isiguquli) | |
| INxibelelwano yoNxibelelwano | RS485 / CAN / Ethernet | |
| IiParameters zoomatshini | ||
| Imilinganiselo | 35kV: 7200×2800×2896mm (Eyomileyo{4}}uhlobo) / 6058×2438×2600mm (Ioyile{8}}intywiliselwe) 10kV: 6300×2438×2896mm (Eyomileyo{4}}uhlobo) / 6058×2438×2600mm (I-oyile{8}}intywiliselwe) |
|
| Ubunzima | 18000kg (35kV) / 15000kg (10kV) | |
Uyilo lwenkqubo
Indlela i-PCS-I-Boost Container idibanisa iibhetri kwigridi ye-MV
Iqela ngalinye lebhetri lityisa umtya wemodyuli yePCS. Iimodyuli zabelana ngebhasi ye-AC ephantsi-ye-voltage ye-AC, inyathelo-phezulu i-transformer inyusa umbane ukuya kumbane ophakathi, kwaye i-MV switchgear iqhagamshela ibhloko kwigridi. Ulawulo kunye nonxibelelwano luhamba ngokuhambelana nendlela yamandla.
Iyunithi iveza igalelo le-DC kwicala lebhetri kunye noqhagamshelo lweMV olunye kwicala legridi, kunye nenqanaba elisezantsi{0}}lombane, ukhuseleko kunye nolawulo oluvalelweyo.
I-Polinovel PCS{0}}Yandisa uMda woNikezo
Umda osemgangathweni
- Iimodyuli zePCS zomtya
- I-LV AC switchboard kunye nokuhanjiswa
- Nyathela -phezulu i-transformer (yomileyo{1}}uhlobo okanye i-oyile{2}}intywiliselwe)
- MV switchgear / ring main unit
- Inkqubo yokhuseleko kunye nolawulo
- Ubonelelo lwamandla oluncedisayo
- Ukupholisa umoya okukrelekrele kunye nokuphefumla
- Isango loNxibelelwano (RS485 / CAN / Ethernet)
- Amandla angaphakathi kunye nekhebhuli yolawulo
- Isingxobo esivalekileyo
Ukhetho
- Ukomile-uhlobo vs ioyile{1}}ukhetho oluntywilisiweyo lwesiguquli
- I-10 kV okanye ukuya kuma-35 kV imveliso yeMV
- Ukhuseleko lomhlwa olwandisiweyo
- Ukufudumeza komjikelo
- Igridi-ukwenza / mnyama{1}}uqalelo kuqwalaselo
- Iphakheji yokuhlanganisa ye-SCADA / PPC
Icala leprojekthi
- Isiseko sekhonkrithi kunye nemisebenzi yoluntu
- Ibhetri-ukuya{1}kwi-PCS DC cabling
- Intambo yokuthumela ngaphandle yeMV ukuya kwindawo yoqhagamshelo
- Ukusekwa kwangaphandle
- Site EMS / PPC uxhumano
- Izixhobo zoqhagamshelwano eziluncedo
Inkqubo yebhetri kunye nokuhambelana kweBMS
Ulwakhiwo lomtya lwamkele ama-20 okanye ama-24 ebhetri{2}}amagalelo eqela, ngalinye lilinganiswe ukuya kuma-241 A, ngapha kwe-1000–1500 V DC yefestile. Ngenxa yokuba amaqela alawulwa ngokwahlukeneyo, iyunithi inokusebenza kunye namaqela kwiindawo ezahlukeneyo zempilo kwaye ixhasa ukusetyenziswa okuxubileyo kweebhetri ezintsha kunye nezikhoyo ngaphakathi kwemida echaziweyo.
Isikhululo sinxibelelana nge-RS485, CAN kunye ne-Ethernet, egubungela ujongano oluqhelekileyo lwe-BMS olusetyenziswa kuyoi-container BESSiibhloko. Ukuqokelelwa kweqela elichanekileyo,{1}}ngegalelo lolwabelwano lwangoku kunye neendawo zedatha ezifunekayo kuqinisekiso lwebhetri{2}lomntu wesithathu kufuneka ziqinisekiswe ngokuchasene nenkqubo yebhetri yeprojekthi nganye.
Igridi-inkxaso yemisebenzi kunye neendlela zolawulo
I-PCS-I-Boost Container ixhasa amandla angaguqukiyo, ulawulo lwangoku kunye noluguquguqukayo lwamandla ombane, kunye negridi{1}}imisebenzi yenkxaso engezantsi.
| Umsebenzi | Ukubanakho | Usetyenziso oluqhelekileyo |
|---|---|---|
| Ulawulo lweP/Q | Ulawulo lwamandla olusebenzayo nolusebenzayo, PF −1 ukuya +1 | Igridi{0}iqhagamshelwe BESS |
| Isalathiso se-V/F | Useka amandla ombane kunye nobuninzi | Ukusebenza kwesiqithi |
| VSG | Ijenereyitha ehambelanayo ebonakalayo / inertia yokwenziwa | Iigridi ezibuthathaka |
| Isiqalo esimnyama | Inika amandla ibhasi yendawo ngaphandle kwenkxaso yegridi | Ukubuyiselwa kwegridi |
| Ummiselo ophambili wamaza | Ulungelelaniso lwamandla olukhawulezayo{0} | Iinkonzo ezincedisayo |
Yenzelwe iziza ezirhabaxa zangaphandle
−40 / +60 isidanga
Uluhlu olusebenzayo, 50℃non{1}}derating
5000 m
Ubuninzi bobude bokusebenza
0–100%
Uluhlu lokufuma oluvumelekileyo
IP66 / IP54
Isiguquli / amanye amacandelo
Imigangatho & ukuthotyelwa
| Usapho olusemgangathweni | Isebenza ku |
|---|---|
| IEC 62477-1 | PCS / ukhuseleko amandla elektroniki |
| IEC 60076 | Nyathela -phezulu i-transformer |
| IEC 62271 | Isixhobo sokutshintsha iMV |
| IEC 61000 | I-EMC |
| Ikhowudi yegridi yendawo | Uqhagamshelwano lwegridi kunye nenkxaso yegridi |
Ukufakela kunye nokugunyazisa
Indibano yefektri & FAT
Ibhloko iyadityaniswa kwaye ifektri{0}}ivavanyiwe phambi kokuba ithunyelwe, ngoko ke uninzi lokudityaniswa luyaqinisekiswa phambi kokuba lushiye imisebenzi.
Ezothutho & nokuphakamisa
I-container footprint igcina uthutho kunye nokukrazula ngaphakathi kokuphathwa okusemgangathweni kwiklasi ekhethiweyo yamandla ombane.
Isiseko kunye nekheyibhili
Iyunithi ibekwe kwisiseko esilungisiweyo; I-DC, i-MV kunye neentambo ze-grounding ziphelisiwe kwi-interfaces echaziweyo.
SAT & igridi{0}uvavanyo lwekhowudi
Uvavanyo lolwamkelo lwesiza, ulawulo lokuphuma kunye nayo nayiphi na igridi efunekayo{0}ukuqinisekiswa kwekhowudi kwandulela amandla.
Apho iPCS-iBoost Container ingena khona
Utility{0}}isikali BESS
Iibhloko zeMV eziphinda-phindayo zegridi{0}ugcino oluqhagamshelweyo, lusasazwe ngapha nangaphainto eluncedo-isikaliizityalo ezidibanisa kwi-10-35 kV.
Ilanga - kunye nomoya-kunye{2}}nogcino
Uqhagamshelo lweMV olulungiselelwe ngaphambili ecaleni kokwenziwa ngokutsha, ukunciphisa{0}}umsebenzi wombane kwisiza.
Ukulawulwa rhoqo kunye neenkonzo ezincedisayo
Usebenza ngokukhawuleza{{0}impendulo yamandla kunye nentshukumo-ulawulo lwamandla apho ikhowudi yegridi kunye nemarike zivumela.
Ukubuyisela kwakhona ibhetri & nokwandiswa komthamo
Iqela -lolawulo lomgangatho lilungele ukongezwa ngezigaba kunye nokutshintshwa okuhleliweyo kweqela lebhetri eligugayo.
FAQ
Q: Ingaba isiguquli seMV sibandakanyiwe kwiPCS-Boost Container?
A: Ewe. Inyathelo -lomguquli ophakamileyo - owomileyo-uhlobo okanye i-oyile{4}}entywiliselwe - yinxalenye yebhloko eqhelekileyo, kunye neemodyuli zomtya wePCS, i-LV switchboard, i-MV switchgear, ukhuseleko kunye nolawulo.
Q: Mangaphi amaqoqo ebhetri anokudityaniswa?
A: Amaqela angama-20 kulungiselelo lwe-4.3 MW kunye nama-24 kulungiselelo lwe-5 MW, igalelo ngalinye lilinganiswe ukuya kuma-241 A kwifestile ye-1000–1500 V DC.
Umbuzo: Ngaba iibhetri ezintsha nesele zikhona zisebenza kunye?
A: Uyilo lweentambo lulawula amaqoqo ngokuzimeleyo, axhasa ukusetyenziswa okuxubileyo kweebhetri ezintsha kunye ezikhoyo kunye namaqela kwiindawo ezahlukeneyo zempilo, ngaphakathi kombane ochaziweyo kunye nemida yangoku. Iinkcukacha kufuneka ziqinisekiswe kwisixokelelwano sebhetri nganye.
Q: Ngaba iyayixhasa igridi-umsebenzi wokwenza?
A: I-VSG, isiqalo esimnyama kunye nommiselo ophambili wokuphindaphinda zixhaswa. Nokuba igridi{1}}indlela yokwenza yenziwe isebenze ixhomekeke kwisicwangciso solawulo lweprojekthi kunye nekhowudi yegridi yasekhaya.
Umbuzo: Ngaba i-voltage yegridi kunye nodidi lwe-transformer lunokwenziwa ngokwezifiso?
A: Imveliso ilungiselelwa ukusuka kwi-10 kV ukuya kwi-35 kV, kwaye isiguquli sokwahlula singomiswa{2}}uhlobo okanye i-oyile{3}}intywiliselwe ngokuxhomekeke kukhetho lwesiza kunye nemimiselo.
Umbuzo: Loluphi ulwazi olufunekayo ubungakanani beyunithi?
A: Ngokwesiqhelo: efunekayo i-MW kunye ne-MWh, amandla ombane ebhetri kunye nokubalwa kweqela, amandla ombane egridi kunye namaxesha, ukhetho lwesiguquli, nayiphi na igridi{0}}eyimfuneko yokwenziwa, kunye neshedyuli yokuhanjiswa.
Fumana isindululo sobungakanani beprojekthi yakho
Yabelana ngeprojekthi yakho i-MW/MWh, ubumbeko lwebhetri kunye namandla ombane wegridi, kwaye sinokungqamanisa ne-4.3 MW okanye 5 MW PCS-Ubumbeko lweBoost Container kwaye sinikeze{3}} idayagramu yomgca omnye kunye nedatha yedatha.
Iifayile ezishisayo: I-PCS-Isikhongozeli sokunyusa, isikhululo se-PCS turnkey, i-PCS MV skid, isikhongozeli se-PCS esine-MV transformer, into eluncedo-isikali se-PCS, isikhululo sombane esiphakathi se-PCS
