Iziko leDatha iLiFePO4 UPS iBattery Backup System
Inkqubo ye-lithium -yenqanaba lesithathu{1}}yeyon ye-UPS yenzelwe usetyenziso lwamandla ogcino olubalulekileyo apho ixesha lokuphumla lingeyondlela yokukhetha. Idibanisa uguqulo lwamandla e-UPS, iimodyuli zebhethri ze-LiFePO4, i-BMS ekrelekrele, kunye -nokhuseleko lwenqanaba lokhuseleko olukwinqanaba elinye kwinkqubo ehlangeneyo, ukunceda amaziko aphucule ukusuka kwizisombululo ze-asidi ye-UPS yogcino lwebhetri ukuya kwindawo ekhuselekileyo,{6}}ehlala iqonga le-lithium.
Eyakhelwe amaziko edatha, amaziko emali, amagumbi e-telecom, ukuhamba ngololiwe, kunye neenkqubo zolawulo lwamashishini, esi sisombululo se-LiFePO4 UPS sibonelela ngamandla okugcinwa kogcino oluzinzileyo,-ukusebenza kokukhutshwa kwezinga eliphezulu,{2}}ixesha lokwenyani lokujongwa kwenkqubo, kunye nokucwangciswa kwekhabhinethi eguquguqukayo. Uyilo lwayo lweemodyuli luxhasa amandla ombane ahlukeneyo, umthamo, kunye neemfuno zexesha lokubaleka, oko kuyenza ibe lukhetho olusebenzayo kumishini yangoku{4}}imisebenzi ebalulekileyo.
Ilungiselelwe iimfuno zakho zamandla
I-LiFePO4 i-Advantage yoBomi
Yakhelwe ngeemodyuli zebhetri ye-LiFePO4, inikezela nge-ehlala ixesha elide kwaye esezantsi{2}}engenye indlela yogcino kwindawo yesiqhelo{3}i-asidi ye-UPS yokugcina ibhetri, inceda ukunciphisa ukutshintshwa rhoqo kunye nomngcipheko wobomi.
Phezulu{0}}Ugcino lweReyithi loLondolozo lweXesha elifutshane
I-lithium-inkqubo ye-ion UPS ixhasa{1}}izinga lokukhutshwa kwexesha elifutshane-ubude,{3}imfuno zogcino lwamandla aphezulu, inceda imithwalo ebalulekileyo ihlale kwi-intanethi de kubuye amandla aluncedo okanye kuthathelwe ijenereyitha.
Multi-Uyilo loKhuseleko lweNqanaba
Inkqubo iyilwe ngebhetri-inqanaba, imodyuli{1}}inqanaba, kunye nenkqubo{2}}yokukhuselwa kwinqanaba, ukuquka amandla ombane, ubushushu, langoku,{3}}mfutshane{3}sesetyhula, kunye nemisebenzi yokhuseleko lomlilo ukuze usebenze ngokukhuselekileyo ugcino lwamandla e-UPS.
I-Smart BMS kunye neNxibelelwano yoNxibelelwano
I-BMS ephucukileyo ixhasa-uhlolo lwexesha lokwenyani, ukulinganisa ibhetri, ulawulo lwe-alam, kunye nenkqubo yonxibelelwano ngojongano olufana ne-CAN, RS485, uqhagamshelwano olomileyo, kunye ne-Ethernet.
Uqwalaselo lweKhabhinethi olunokwehla
Inkqubo yamandla emodyuli ye-UPS inokumiselwa ngokwamandla ombane ahlukeneyo, umthamo, kunye neemfuneko zexesha lokugcinwa kwe-backup, nto leyo eyenza kube lula ukuthelekisa inkqubo neeprofayili zomthwalo wokwenyani kunye neemfuno zeprojekthi.
Isithuba-Uyilo olusebenzayo lweLithium UPS
Uxinaniso lwamandla aphezulu iimodyuli zebhetri ye-lithium zinceda ukunciphisa unyawo lwenkqubo kunye nokuphucula ukusetyenziswa kwendawo, iyenze ilungele amagumbi edatha, amagumbi ezixhobo, amagumbi e-telecom, kunye nenye indawo{0}}usetyenziso lwe-UPS olunobuthathaka.
Inkcazo
| Into | Ipharamitha |
| Inkqubo ye-electrochemical | LFP |
| Umbane olinganisiweyo | 512V |
| Umthamo olinganisiweyo | 120A |
| Amandla alinganisiwe | 61.4KWh |
| Inani leemodyuli zebhetri | 10(ubukhulu: 12) |
| Inani leebhokisi zevoltage eziphezulu- | 1 |
| Uluhlu lwamandla ombane | 432~568V |
| Ubushushu bokusebenza okuphezulu | Ukutshaja i-0℃ukuya kwi-40℃;Ukukhupha -20℃ukuya kwi-40 degree |
| Ubushushu bendawo ecetyisiweyo | I-15 ukuya kwi-35 degree |
| Indlela yokuphelisa ubushushu | Ukupholisa kwendalo |
| Ukutshaja okwangoku | Ngaphantsi okanye ilingana no-0.2C, i-0℃Ngaphantsi okanye ilingana nobushushu bebhetri ＜ 10 degree |
| Ngaphantsi okanye ilingana ne-1C, i-10℃Ngaphantsi okanye ilingana nobushushu bebhetri ＜ 40 degree | |
| Ngaphantsi okanye ilingana no 0.5C, 40℃Ngaphantsi okanye ilingana nobushushu bebhetri ＜ 65 degree | |
| Ngaphantsi okanye ilingana no-0.2C, 65℃Ngaphantsi okanye ilingana nobushushu bebhetri ＜ 70 degree | |
| Ubuninzi bokukhutshwa kwamandla | 270kW |
| Uhlobo lwemodyuli yebhetri | 51.2V120Ah(2P16S) |
| Imilinganiselo | 600×1000×2000mm |
| Ubunzima(±3%) | 800kg |
| Inombolo ehambelanayo | Ixhasa ukuya kwiikhabhinethi ze-16 ngokuhambelanayo |
| Ubushushu bokugcina | -20 ~ 45 idigri |
| Ukuphakama | 0 ~ 4000 m, ngaphezu kwe-2500 m, sebenzisa i-3%/500 m ukuhla |
| Ukufuma | 5% ~ 95%RH |
| Umgangatho wokhuseleko | IP20 |
| Umsebenzi okhuselayo | Ukugqithiswa kwe-overvoltage, i-overtemperature, i-undervoltage, i-undertemperature, njl. |
| Unxibelelwano lonxibelelwano | I-RS485, i-CAN, uqhagamshelwano olomileyo, i-Ethernet port |
| Inkqubo yonxibelelwano | I-Modbus TCP/RTU, CAN2.0B |
| Iintlobo zezixhobo ezihambelanayo | UPS, HVDC |
| Ubomi bekhalenda | Iminyaka eyi-10, i-25±5 degree |
| Ukulwa umlilo | Perfluorohexane(umgangatho), iaerosol(uyazikhethela) |
| Ulwazi lwezatifiketi | CE-EMC, IEC62619, IEC62477, UL9540A |
Ukucwangciswa kweqondo lokushisa kuyo yonke intlawulo, ukukhutshwa kunye nokugcinwa,bona uluhlu lobushushu bebhetri ye-lithium.
Kutheni iYilelwe ukuTfa indawo yeLead{0}}Acid (VRLA) iibhetri zeUPS
Uninzi lweengxaki ezixelwe ngamaqela e-UPS zisuka kwikhemistry yeebhetri ze-lead-zeasidi, hayi i-UPS ngokwayo.
Oku kulandelayo kunokuphuculwa kakhulu xa utshintshela kwiqonga lebhetri ye-lithium iron phosphate.
Ubomi bebhetri obufutshane, obunexabiso eliphezulu
Iintambo zeVRLA zifuna ukutshintshwa rhoqo, ukudala inkcitho ephindaphindiweyo, ixesha lokunciphisa kunye nokuchithwa kwezinto. Ubomi bekhalenda yoyilo lweminyaka eyi-10 bunciphisa ukuphindaphindeka kokutshintshwa kunye nomngcipheko wokuphila.
Umgangatho ochithiweyo kunye nendawo yokubeka
Ilead{{0}ikhabhathi zeasidi zinzima kwaye isithuba{1}}silambile. -Ubuninzi beemodyuli ze-LiFePO4 kwikhabhathi enye ye-600×1000×2000 mm yokufumana indawo kunye nokwenza lula izixhobo{8}}ucwangciso lwegumbi.
Akukho kubonakala kwimpilo yebhetri
Iiseli ezibuthathaka zihlala zivela kuphela xa zingaphumeleli. I-BMS ekrelekrele ixela amandla ombane, iqondo lobushushu, langoku, i-SOC/SOH kunye nee-alam ngexesha lokwenyani, ngoko ke ulondolozo luba lusebenza.
Ukhuseleko kunye nokungqubana kwemvume
Ikhemistri ye-LiFePO4, -ukhuseleko lwamanqanaba amaninzi kunye nokucuthwa komlilo okusemgangathweni - exhaswa yi-UL9540A kunye ne-IEC{4}} inika ukhuseleko kunye nezibonelelo zabahlaziyi iimpendulo ezibhaliweyo.
Ukuqulunqwa kweNkqubo
Ngakumbi kunebhetri - iUPS eGqibeleleyo
Iqonga logcino
Yonke into ilinganisiwe, ifakwe ucingo, ibekwe iliso kwaye ibhalwe njengekhabhathi enye, icutha ibala -lobunjineli kunye nomngcipheko wokudibanisa wokudibanisa izinto ezivela kubathengisi abaninzi.
Ukuqonda iibhloko zokwakha ezibanzi zesistim yokugcina, jonga isikhokelo sePolinovelamacandelo angundoqo asi-8 e-BESS.
Iimeko zeSicelo
Yakhelwe iisayithi apho ixesha, ukhuseleko kunye nokusebenza kakuhle kwendawo kungaxoxiswana{0}}.
AmaZiko eeNkcukacha kunye namagumbi omncedisi
Amandla -ezinga eliphezulu lokuvala ibhulorho kunye -nexesha lokwenyani lokubonakala kweBMS yeeracks kunye nesithuba esimhlophe, kwikhabhathi exineneyo yendalo{2}}epholileyo.
01
Izibonelelo zemali
Ikhusela imigangatho yokurhweba, iinkqubo zokuhlawula kunye neziseko zebhanki ezingundoqo apho nokuphazamiseka okwethutyana kungamkelekanga - ngokhuseleko olubhaliweyo lwe-UL9540A / IEC62619 lophononongo lwangaphakathi lomngcipheko.
02
Telecom & Network Rooms
I-Compact, i-backup egadiweyo yokutshintsha kunye nezixhobo zenethiwekhi ekufuneka zihlale kwi-intanethi phakathi kotyelelo lwenkonzo.
03
UThutho lukaloliwe kunye nezibonelelo
Okuthembakeleyo, ugcino olunokwehla olunekhabhinethi{0}}inqanaba lokhuselo kunye nokubeka iliso kuphawu kunye nolawulo lwamandla kuzo zonke iziza ezisasaziweyo.
04
IiNkqubo zoLawulo lwezoShishino
I-backup ezinzileyo yee-PLCs, iikhabhinethi zokulawula kunye nezixhobo zokusebenza apho ukumisa okungacwangciswanga kubiza. 'Yabonazisebenza njani iinkqubo zokugcina amandla kushishino.
05
LiFePO4 vs Lead{1}}Acid (VRLA) UPS Backup
| Umba | Polinovel LiFePO4 UPS | Traditional lead{0}}Acid (VRLA) |
|---|---|---|
| IKhemistri kunye nokhuseleko | I-LiFePO 4 + yamanqanaba amaninzi e-BMS + noxinzelelo lomlilo (UL9540A, IEC62619) | Lead{{0}iasidi, ukubekwa esweni okulinganiselweyo |
| Ubomi bekhalenda | Ubomi boyilo lweminyaka eyi-10 (25±5 degree) | Ngokuqhelekileyo iminyaka embalwa |
| Ubomi benkonzo vs lead{0}}asidi | I-platform ye-LiFePO4 ihambisa kakuhle ngaphezu kwe-3 × ubomi benkonzo | Isiseko |
| Unyawo kunye nobunzima | Uxinaniso oluphezulu-khabhathi enye, ukupholisa kwendalo | Makhulu, anzima, amagumbi omoya ahlala enyanzelwa{0}} |
| Ubunakho bamandla | Ukuya kuthi ga kwi-270 kW ephezulu{1}yezinga lokukhutshwa | Umgangatho ophantsi ogciniweyo ophezulu{0}}ubuchule bokukwazi |
| Ukubeka iliso | Ixesha lokwenyani-i-SOC/SOH, ii-alam nge-RS485/CAN/Ethernet | Kuncinci ukungabonakali |
| Ukubaleka | Ukuya kwiikhabhinethi ze-16 ngokuhambelanayo | Umtya onzima{0}} |
| Ukudityaniswa | I-UPS & HVDC iyahambelana, i-Modbus/CAN | Generic |
Ukhuseleko kunye nokuThobela
Ibhetri yePolinovel LiFePO4 UPS yiCE{1}}EMC iphumelele i-IEC62619,IEC62477,UL9540A.Ukhuseleko lweNjinelwe kulo lonke uLeya
Ikhemistri yeseli
I-LiFePO{0}} uzinzo oluluqilima lwe-thermal kumagumbi abalulekileyo ahlala{1}amandla.
01
Multi{0}}ukhuseleko kwinqanaba
Ibhetri, imodyuli kunye nokhuseleko lwenkqubo ngokuchasene nangaphezulu/ngaphantsi-ivoltage, ngaphezulu/ngaphantsi-ubushushu, i-overcurrent kunye nesekethi emfutshane.
02
Ukucima umlilo osebenzayo
Perfluorohexane umgangatho, aerosol ozikhethelayo.
03
I-BMS ekrelekrele
Ukubeka iliso okuqhubekayo, ukulungelelanisa kunye nolawulo lwe-alam.
04
Kutheni iPolinovel?
Ngobuthunywa{0}}amandla abalulekileyo, umboneleli yinxalenye yolubalulo. IPolinovel izisa ubunzulu beseli yeLiFePO4 indibaniselwano, iPCS kunye namandla-amava olawulo - kunye nerekhodi yokwenziwa kweprojekthi ebalulekileyo-ijongwa ngabathengi bamandla.
Izatifikethi zokhuseleko lwamazwe ngamazwe (IEC, UL, njl.), iwaranti yeminyaka emi-5-, 50+ iinjineli ze-R&D kunye nenkonzo yokuma enye ukusuka kuyilo ukuya kufakelo. Funda nzulumalunga nePolinovelokanye uphononongeizisombululo zethu zokugcina amandla orhwebo kunye noshishino.
Iinjineli ze-R＆D
Isakhono esinikezelweyo
Thumela kumazwe angaphandle
Iiprojekthi eziyimpumelelo
LiFePO4 UPS Ukwenziwa ngokwezifiso kwebhetri · OEM/ODM
Inkqubo eqwalaselweyo
I-voltage, umthamo, inani lemodyuli (10-12) kunye nokulinganisa okuhambelanayo ukuya kwiikhabhinethi ezili-16.
Ixesha lokudlala{0}} lithelekise ubungakanani
Ilinganiswe kumthwalo wakho kunye neemfuneko zokuvala ibhulorho, hayi ngaphezulu{0}}kubonelelo.
Iinketho zonxibelelwano
I-RS485, i-CAN, uqhagamshelwano olomileyo, i-Ethernet ye-UPS kunye nokuhlanganiswa kwe-HVDC.
Umlilo-ukhetho locinezelo
Umgangatho wePerfluorohexane okanye i-aerosol ekhethiweyo, ngokweemfuno zesayithi.
Inkxaso ye-OEM/ODM
Iprojekthi-engqalileyo kunye nebhrendi{1}}izakhiwo ezithile ezixhaswa liqela lethu lobunjineli.
Iprojekthi-ubonelelo olulungile
Idatasheets, izatifikethi kunye nenkxaso yobunjineli phambi komyalelo - eyakhelwe kwimodyuli efanayo yeLiFePO4 iqonga njengeyethu.Iinkqubo zebhetri{0}eziphezulu zevoltage.
Phonononga ugcino lwamandla eUPS uthotho lwemveliso
IZiko leDatha ye-AI yeLithium UPS yeBattery System
Ye-AI /-phezulu imithwalo yedatha yoxinano.
Phezulu -Ixabiso Lithium{1}}Ion UPS Ugcino lweSixokelelwano saMandla
Ngamandla {{0}aphezulu, iimfuno{1} zexesha elifutshane lokubaleka.
ILithium eyolekayo{0}}Inkqubo yeBattery ye-Ion ye-UPS
Ukuba bhetyebhetye, umthamo owandiswayo.
Iibhetri zoMbane oPhezulu
Imodyuli 20–209 kWh LiFePO4 yeC&I kunye namaziko edatha.
IKhabhinethi yangaphandle BESS
IP-ikaliwe indawo yokugcina yangaphandle kunye{1}noburhalarhume{1}}kwiisayithi zokusingqongileyo.
Yonke i-UPS yokugcina amandla
Bhrawuza umgca opheleleyo we-lithium UPS wogcino{0}phezulu.
Izikhokelo eziluncedo:Iinkqubo zebhetri ye-server rack: indlela yokukhetha · kW vs kWh icacisile · Iintlobo zebhetri ezahlukeneyo zokugcina amandla
FAQ
Q: Ingaba le nkqubo yeLiFePO4 ingakwazi ukuthatha indawo yelethe{1}}yeasidi (VRLA) iibhetri kwi-UPS yam?
A: Kwiimeko ezininzi ewe - iyilwe njengophuculo lwe-lithium ukuya kukhokelo lwemveli{1}}i-asidi ye-UPS yokugcina ibhetri kwaye iyahambelana ne-UPS kunye ne-HVDC yezakhiwo. Ukuhambelana kuxhomekeke kumbane wakho we-UPS DC kunye nonxibelelwano, ke yabelana ngebrand yakho ye-UPS, imodeli kunye namandla ombane ebhasi kwaye iinjineli zePolinovel ziyakuqinisekisa umdlalo ngaphambi kokucaphula.
Umbuzo: Yintoni umbane olinganisiweyo, umthamo kunye namandla?
A: Ukucwangciswa okusemgangathweni ngu-512V kunye ne-120Ah kunye ne-61.4 kWh yamandla alinganisiweyo, usebenzisa iimodyuli ezilishumi ze-51.2V / 120Ah LiFePO4 (ezandiswa ukuya kwishumi elinesibini), ngaphakathi kwefestile yokusebenza ye-432-568V.
Q: Mangakanani amandla okugcina kunye nexesha lokuqhuba elibonelelayo?
A: Awona mandla okukhutshwa ngama-270 kW, afanele ixesha elifutshane-ubude, -ukhuseleko lwamandla aphezulu. Ixesha lokuqhuba lixhomekeke kumthwalo wakho, ubunzulu bokukhutshwa kunye nokusebenza kakuhle kwe-UPS - imithwalo elula ibaleka ixesha elide kunowona -amandla aphezulu. Thumela iprofayile yakho yomthwalo kuqwalaselo lobungakanani.
Umbuzo: Ndingawandisa umthamo kamva?
A: Ewe. IKhabhinethi ixhasa ukuya kutsho kwiiyunithi ezili-16 ngokunxuseneyo kunye ne-10-12 iimodyuli kwikhabhinethi nganye, ngoko ke umthamo kunye nomlinganiselo wexesha lokuqhuba kunye nemfuno ngaphandle{4}}ukuyila inkqubo.
Q: Zeziphi iziqinisekiso eziziphetheyo?
A: CE-EMC, IEC62619, IEC62477 kunye ne-UL9540A, kunye noxinzelelo oluqhelekileyo lomlilo we-perfluorohexane. Iingxelo zovavanyo kunye neekopi zesatifikethi ziyafumaneka xa uceliwe ukuba uphonononge ukuthotyelwa kwakho.
Umbuzo: Ziziphi iindlela zonxibelelwano ezixhaswayo?
A: I-RS485, i-CAN, uqhagamshelwano olomileyo kunye ne-Ethernet, usebenzisa i-Modbus TCP/RTU kunye ne-CAN2.0B - yokudibanisa ne-UPS yakho kunye neqonga lokubeka iliso lokwakha.
Q: Athini amaqondo obushushu okusebenza nawokugcina?
A: Ukutshaja i-0℃ukuya kwi-40 degree, ukukhupha -20℃ukuya kwi-40 degree, kunconywa i-ambient 15℃ukuya kwi-35 degree, kunye nokugcinwa -20℃ukuya kwi-45 degree, kunye nokupholisa kwendalo. Bona wethuuluhlu lobushushu bebhetri ye-lithiumisikhokelo somxholo.
Umbuzo: Yintoni imilinganiselo yekhabhinethi kunye nobunzima?
A: Umgangatho omnye{0}}wekhabhathi emileyo ilinganisa ama-600 × 1000 × 2000 mm kwaye inobunzima obumalunga nama-800 kg (±3%).
Q: Ngaba uyayixhasa i-OEM / ODM kunye nokwenza ngokwezifiso?
A: Ewe. IPolinovel ixhasa amandla ombane alungelelanisiweyo, umthamo, ixesha lokusebenza, unxibelelwano kunye nomlilo{1}}ukhetho locinezelo, kunye neOEM/ODM yeprojekthi kunye nebrand{2}}iimfuno ezithile.
Q: Loluphi ulwazi oludingayo ukuze unike ikowuteshini?
A: Ibhrendi/imodeli yakho ye-UPS, amandla ombane ebhasi ye-DC, umthwalo ogciniweyo (kW), ixesha lokuqhuba elifunekayo, ubungakanani, ilizwe ekusingwa kulo kunye nasiphi na isiqinisekiso okanye iimfuno ze-OEM. Okukhona usabelana ngeenkcukacha, kokukhona uchaneka ngakumbi ucaphulo.
Iifayile ezishisayo: Iziko leeNkcukacha iLiFePO4 UPS iBattery Backup System, iZiko leDatha laseTshayina LiFePO4 UPS iBattery Backup System abavelisi, ababoneleli, umzi-mveliso
