Isikhungo Sedatha I-LiFePO4 UPS Uhlelo Lokulondoloza Ibhethri Lebhethri
Isistimu ye-lithium yezigaba ezintathu-ze-ion UPS yakhelwe izinhlelo zokusebenza zamandla eziyisipele ezibalulekile lapho isikhathi sokuphumula singeyona inketho. Ihlanganisa ukuguqulwa kwamandla e-UPS, amamojula ebhethri e-LiFePO4, i-BMS ehlakaniphile,{4}}nokuvikelwa kwamazinga amaningi okuphepha ohlelweni olulodwa oluhlangene, kusiza izindawo ukuthi zithuthuke zisuka kuzisombululo zokulondoloza ibhethri{5}ezine-asidi ze-UPS ze-acid ziye endaweni ephephile,{6}}ehlala njalo ye-lithium.
Yakhelwe izikhungo zedatha, izinsiza zezezimali, amagumbi okuxhumana ngezingcingo, ezokuthutha ngololiwe, nezinhlelo zokulawula zezimboni, lesi sixazululo se-LiFePO4 UPS sinikeza amandla ayisipele azinzile,{1}}ukusebenza kokukhishwa okuphezulu,{2}}ukuqapha kwesistimu yesikhathi sangempela, nokulungiselelwa kwekhabhinethi okuguquguqukayo. Idizayini yayo ye-modular isekela amandla kagesi ahlukene, amandla, kanye nezimfuneko zesikhathi sokusebenza, okuyenza ibe ukukhetha okungokoqobo komgomo wesimanje-wemisebenzi ebalulekile.
Kwenzelwe Izidingo Zakho Zamandla
I-LiFePO4 Lifecycle Advantage
Yakhelwe ngamamojula ebhethri e-LiFePO4, inikeza{1}}isikhathi eside futhi esingaphansi{2}}indlela yokunakekela ehlukile kuneyendabuko{3}eyisipele sebhethri le-UPS le-asidi, esiza ukunciphisa ukushintshwa kwemvamisa kanye nobungozi bomjikelezo wokuphila.
-Isipele Sesilinganiso Esiphezulu Semithwalo Yesikhathi Esifushane
Isistimu ye-lithium-ion UPS isekela ukukhishwa{1}}kwezinga eliphezulu isikhathi esifushane-, nezidingo zokulondoloza amandla aphezulu{3}, isiza imithwalo ebalulekile ukuthi ihlale ku-inthanethi kuze kube yilapho amandla okusebenza etholakala noma i-generator ithatha izintambo.
-Idizayini Yokuphepha Yeleveli Eningi
Isistimu iklanywe ngezinga lebhethri-lezinga, imojuli{1}}, kanye nesistimu{2}}yokuvikela ileveli, okuhlanganisa i-voltage, izinga lokushisa, umjikelezo wamanje, omfishane{3}, kanye nemisebenzi yokuvikela umlilo ukuze kusetshenziswe amandla ayisipele e-UPS aphephile.
I-Smart BMS ne-Communication Interface
I-BMS ethuthukisiwe isekela-ukuqapha kwesikhathi sangempela, ukulinganisa kwebhethri, ukuphathwa kwe-alamu, nokuxhumana kwesistimu ngezixhumi ezibonakalayo ezifana ne-CAN, RS485, ukuthintana okomile, ne-Ethernet.
Ukucushwa KweKhabhinethi Okunokwehla
Isistimu yamandla ye-UPS eyimojula ingalungiselelwa amandla kagesi ahlukene, umthamo, kanye nezidingo zesikhathi sokusebenza eziyisipele, okwenza kube lula ukufanisa uhlelo namaphrofayili angempela okulayisha kanye nezidingo zephrojekthi.
I-Space-Idizayini ye-Lithium UPS ephumelelayo
Amamojula webhethri ye-lithium anamandla aphezulu asiza ukwehlisa isigxivizo sesistimu futhi athuthukise ukusetshenziswa kwesikhala, alenze lifanele amagumbi edatha, amagumbi ezinto zokusebenza, amagumbi okuxhumana ngefoni, nezinye{0}}izinhlelo zokusebenza ze-UPS ezizwelayo.
Ukucaciswa
| Into | Ipharamitha |
| Isistimu ye-Electrochemical | I-LFP |
| I-voltage elinganiselwe | 512V |
| Umthamo olinganiselwe | 120A |
| Amandla alinganiselwe | 61.4KWh |
| Inombolo yamamojula ebhethri | 10(ubukhulu: 12) |
| Inombolo yamabhokisi{0}amandla kagesi aphezulu | 1 |
| Ibanga lamandla kagesi | 432~568V |
| Izinga lokushisa eliphezulu lokusebenza | Shaja 0℃kuya 40℃;Discharge -20℃to 40 degree |
| Izinga lokushisa le-ambient elinconyiwe | 15 kuya ku-35 degrees |
| Indlela yokukhipha ukushisa | Ukupholisa kwemvelo |
| Yamanje yokushaja | Ngaphansi noma kulingana no-0.2C, 0℃Ngaphansi noma kulingana nezinga lokushisa lebhethri ＜ 10 degree |
| Ngaphansi noma kulingana no-1C, 10℃Ngaphansi noma okulingana nezinga lokushisa lebhethri ＜ 40 degree | |
| Ngaphansi noma kulingana no-0.5C, 40℃Ngaphansi noma kulingana nezinga lokushisa lebhethri ＜ 65 degree | |
| Ngaphansi noma kulingana no-0.2C, 65℃Ngaphansi noma kulingana nezinga lokushisa lebhethri ＜ 70 degree | |
| Amandla okukhipha aphezulu | 270kW |
| Uhlobo lwemojuli yebhethri | 51.2V120Ah(2P16S) |
| Ubukhulu | 600×1000×2000mm |
| Isisindo(±3%) | 800kg |
| Inombolo ehambisanayo | Isekela amakhabethe afika kwangu-16 ngokuhambisana |
| Izinga lokushisa lesitoreji | -20-45 degrees |
| Ukuphakama | 0 ~ 4000 m, ngaphezu kuka-2500 m, sebenzisa ukulinganisa okungu-3%/500 m |
| Umswakama | 5%~95%RH |
| Isilinganiso sokuvikela | IP20 |
| Umsebenzi wokuvikela | I-overvoltage, izinga lokushisa elingaphezulu, i-undervoltage, izinga lokushisa eliphansi, njll. |
| Isixhumi esibonakalayo sokuxhumana | I-RS485, CAN, othintana naye owomile, imbobo ye-Ethernet |
| Iphrothokholi yokuxhumana | I-Modbus TCP/RTU, CAN2.0B |
| Izinhlobo zedivayisi ezihambisanayo | UPS, HVDC |
| Impilo yekhalenda | Iminyaka eyi-10, i-25±5 degree |
| Ukucima umlilo | I-Perfluorohexane(ejwayelekile), i-aerosol(uyazikhethela) |
| Ulwazi lwesitifiketi | CE-EMC, IEC62619, IEC62477, UL9540A |
Ukuhlelwa kwezinga lokushisa kuyo yonke inkokhiso, ukukhipha nokugcinwa,bheka ibanga lokushisa kwebhethri le-lithium.
Kungani Idizayinelwe Ukumiselela Amabhethri e-UPS-E-Acid (VRLA) UPS
Izinkinga eziningi ezibikwe amaqembu e-UPS zisuka kukhemistri yamabhethri e-asidi-enomthofu, hhayi i-UPS ngokwayo.
Okulandelayo kungathuthukiswa kakhulu uma ushintshela endaweni yebhethri ye-lithium iron phosphate.
Impilo yebhethri emfushane, ebizayo
Izintambo ze-VRLA zidinga ukushintshwa njalo, kudala ukuchitha okuphindaphindayo, isikhathi sokuphumula kanye nokuhlelwa kokulahlwa. Impilo yekhalenda yokuklama yeminyaka eyi-10 inciphisa imvamisa yokushintshwa kanye nobungozi bomjikelezo wokuphila.
Iphansi elimoshiwe nendawo yokubeka
Amakhabethe omthofu{{0}anzima futhi alambile{1}}nesikhala. -Amamojula aphezulu e-LiFePO4 aminyana kukhabethe elilodwa elingu-600×1000×2000 mm abuyisela isikhala futhi enze imishini ibe lula{8}}ukuhlelwa kwegumbi.
Akukho ukubonakala empilweni yebhethri
Amaseli abuthakathaka ngokuvamile avela kuphela lapho ehluleka. I-BMS ehlakaniphile ibika i-voltage, izinga lokushisa, okwamanje, i-SOC/SOH nama-alamu ngesikhathi sangempela, ngakho ukunakekelwa kuqala ukusebenza.
Ukungqubuzana kokuphepha nokugunyazwa
Ikhemistri ye-LiFePO4, -ukuvikelwa kwamazinga amaningi kanye nokucisha umlilo okujwayelekile - okusekelwe yi-UL9540A ne-IEC62619 - kunikeza ukuphepha kanye nababuyekezi bezindawo izimpendulo ezibhaliwe.
Ukwakhiwa Kwesistimu
Ngaphezu Kwebhethri - i-UPS Ephelele
I-Backup Platform
Yonke into inosayizi, izintambo, igadiwe futhi ibhalwe njengekhabhinethi eyodwa, kunciphisa inkambu-ingozi yobunjiniyela nokuhlanganisa yokuhlanganisa izingxenye ezivela kubathengisi abaningi.
Ukuze uqonde amabhulokhi okwakha abanzi esistimu yokugcina, bheka umhlahlandlela we-Polinovel kokuthiizingxenye ezingu-8 ezibalulekile ze-BESS.
Izimo zohlelo lokusebenza
Yakhelwe amasayithi lapho isikhathi, ukuphepha nokusebenza kahle kwendawo kungaxoxiswana-.
Izikhungo Zedatha Namagumbi Eseva
Amandla -ezinga eliphezulu lokubhula nokubonakala-kwesikhathi sangempela se-BMS ye-BMS yamarack nesikhala esimhlophe, kukhabhinethi epholile yemvelo ehlangene{2}}.
01
Izinsiza Zezezimali
Ivikela izindawo zokuhweba, izinhlelo zokukhokha nengqalasizinda yamabhange eyinhloko lapho ngisho nokuphazamiseka kwesikhashana kungamukeleki khona - ngokuphepha okubhalwe phansi kwe-UL9540A / IEC62619 ukuze kubuyekezwe ubungozi bangaphakathi.
02
I-Telecom & Network Rooms
Ikhophi yasenqolobaneni, egadiwe yokushintshwa kanye nempahla yenethiwekhi okufanele ihlale ku-inthanethi phakathi nokuvakasha kwesevisi.
03
I-Rail Transit & Ingqalasizinda
Ikhophi yasenqolobaneni enokwethenjelwa, elinganisekayo nekhabhinethi{0}}yokuvikelwa kwezinga nokuqapha kokusayina nokulawula amandla kuwo wonke amasayithi asabalalisiwe.
04
Izinhlelo Zokulawula Izimboni
Ikhophi yasenqolobaneni eqinile yama-PLC, amakhabethe okulawula kanye nemishini yokucubungula lapho isitobhi esingahleliwe sibiza kakhulu. Bhekaukuthi izinhlelo zokusekela amandla ezimboni zisebenza kanjani.
05
I-LiFePO4 vs Lead-Isipele se-UPS ye-Acid (VRLA)
| Isici | I-Polinovel LiFePO4 UPS | I-Traditional lead-Acid (VRLA) |
|---|---|---|
| I-Chemistry nokuphepha | I-LiFePO4 + -amazinga amaningi e-BMS + ukucindezelwa komlilo (UL9540A, IEC62619) | -i-asidi yomthofu, ukuqapha okulinganiselwe |
| Impilo yekhalenda | Iminyaka eyi-10 yokuphila kokuklama (25±5 degree) | Ngokujwayelekile iminyaka embalwa |
| Impilo yesevisi iqhudelana-ne-asidi yomthofu | Ipulatifomu ye-LiFePO4 iletha kahle ngaphezu kwe-3 × impilo yesevisi | Isisekelo |
| Izinyawo nesisindo | Ikhabhinethi eyodwa{0}eminingi kakhulu, ukupholisa kwemvelo | Amagumbi omoya anenqwaba, asindayo, avame ukuphoqelelwa{0}} |
| Amandla amandla | Kufikela ku-270 kW{1}}ukukhipha isilinganiso esiphezulu | Amandla wesilinganiso esiphezulu esimeme esiphansi{0}}esiphezulu |
| Ukuqapha | Isikhathi-sangempela SOC/SOH, ama-alamu nge-RS485/CAN/Ethernet | Kuncane okungabonakali |
| I-Scalability | Kufika kumakhabethe ayi-16 ngokuhambisana | Iyunithi yezinhlamvu-eyinkimbinkimbi |
| Ukuhlanganisa | I-UPS ne-HVDC iyahambisana, i-Modbus/CAN | Okujwayelekile |
Ukuphepha Nokuhambisana
Ibhethri ye-Polinovel LiFePO4 UPS yi-CE-I-EMC iqeqeshelwe i-IEC62619,IEC62477,UL9540A.Ukuphepha Kunjiniyela Kuzo Zonke Izendlalelo
Ikhemikhali yeseli
I-LiFePO{0}} ukuqina okushisayo okuqinile kumagumbi abalulekile{{1}anamandla asetshenziswayo.
01
Ukuvikela{0}}amaleveli amaningi
Ibhethri, imojuli kanye nesistimu ivikela phezu/ngaphansi-kwevoltage, ngaphezulu/ngaphansi-kwezinga lokushisa, i-overcurrent kanye ne-short circuit.
02
Ukucisha umlilo okusebenzayo
Perfluorohexane standard, aerosol ozikhethela.
03
I-BMS ehlakaniphile
Ukuqapha okuqhubekayo, ukulinganisa kanye nokuphathwa kwe-alamu.
04
Kungani Polinovel?
Kunhloso-yamandla abalulekile, umphakeli uyingxenye yencazelo. I-Polinovel iletha ukuhlanganiswa kweseli kwe-LiFePO4 okujulile, i-PCS namandla-isipiliyoni sokuphatha - kanye nerekhodi lokwenziwa kwephrojekthi elibalulekile-elifunwa ngabathengi bamandla.
Izitifiketi zokuphepha zamazwe ngamazwe (IEC, UL, njll.), iwaranti yeminyaka engu-5-, 50+ onjiniyela be-R&D kanye nesevisi yesitobhi esisodwa kusukela ekuklanyeni kuya ekufakweni. Funda kabanzimayelana nePolinovelnoma hlolaizixazululo zethu zokugcina amandla ezentengiso nezezimboni.
Onjiniyela be-R＆D
Amandla Alethiwe
Thumela Amazwe
Amaphrojekthi Aphumelele
Ukwenza Ngokwezifiso Ibhethri ye-LiFePO4 UPS · OEM/ODM
Isistimu elungisekayo
Amandla kagesi, umthamo, isibalo samamojula (10–12) kanye nokukala okuhambisanayo kufika kumakhabethe ayi-16.
Isikhathi sokusebenza{0}}sifaniswe nosayizi
Ilinganiswe ngomthwalo wakho kanye nemfuneko yebhuloho, hhayi ngaphezulu{0}}enikeziwe.
Izinketho zokuxhumana
I-RS485, CAN, ukuthintana okomile, i-Ethernet ye-UPS nokuhlanganiswa kwe-HVDC.
Inketho yokucisha umlilo-
I-Perfluorohexane ejwayelekile noma i-aerosol ozikhethela yona, ngokwezidingo zesayithi.
Ukusekelwa kwe-OEM/ODM
Iphrojekthi-ethize kanye nezakhiwo zomkhiqizo{1}ezithize ezisekelwa ithimba lethu lonjiniyela.
Iphrojekthi-elungile ukunikezwa
Ama-datasheets, izitifiketi nosekelo lobunjiniyela ngaphambi kwe-oda - elakhelwe endaweni efanayo yeplathifomu ye-LiFePO4 njengengxenyekazi yethu.amasistimu ebhethri{0}anamandla kagesi aphezulu.
Hlola uchungechunge lomkhiqizo we-UPS yesitoreji samandla
I-AI Data Center Lithium UPS Ibhethri System
Okwe-AI /{0}}okuphezulu{0}}imithwalo yedatha yesikhungo sedatha yokuminyana.
-Isilinganiso esiphezulu se-Lithium{1}}Isistimu Yamandla Yesipele se-Ion ye-UPS
Ngamandla{{0}aphezulu,{1}}izimfuno zesikhathi sokusebenza esifushane.
I-Scalable Lithium-Isistimu yesipele Sebhethri ye-Ion UPS
Ngomthamo ovumelana nezimo, onwebekayo.
Amabhethri Anamandla Aphezulu
I-modular 20–209 kWh LiFePO4 ye-C&I nezikhungo zedatha.
I-BESS yeKhabhinethi yangaphandle
IP-ikalwe isitoreji samasayithi angaphandle{1}}emvelo anokhahlo.
Zonke I-UPS Yesitoreji Samandla
Phequlula umugqa ogcwele wesipele we-lithium UPS{0}phezulu.
Imihlahlandlela ewusizo:Amasistimu webhethri ye-rack rack: ungakhetha kanjani · kW vs kWh kuchaziwe · Izinhlobo zebhethri ezihlukene zokugcina amandla
FAQ
Q: Ingabe le sistimu ye-LiFePO4 ingakwazi ukufaka esikhundleni-amabhethri e-asidi (VRLA) e-UPS yami?
IMP: Ezikhathini eziningi yebo - idizayinelwe njengokuthuthukela kwe-lithium kuya kumthofu wendabuko-ikhophi yasenqolobaneni yebhethri ye-acid UPS futhi ihambisana ne-UPS ne-HVDC architectures. Ukuhambisana kuncike ku-voltage yakho ye-UPS DC nokuxhumana, ngakho yabelana ngebhrendi yakho ye-UPS, imodeli nogesi webhasi futhi onjiniyela be-Polinovel bazoqinisekisa okufanayo ngaphambi kokucaphuna.
Q: Iyini i-voltage elinganiselwe, umthamo namandla?
A: Ukucushwa okujwayelekile kungu-512V no-120Ah kanye no-61.4 kWh wamandla alinganiselwe, kusetshenziswa amamojula ayishumi we-51.2V/120Ah LiFePO4 (inwebeka ukuya kweyishumi nambili), ngaphakathi kwewindi lokusebenza elingu-432–568V.
Q: Inikeza amandla okulondoloza ikhophi nesikhathi sokusebenza esingakanani?
A: Amandla aphezulu okukhipha ngu-270 kW, afanele ubude besikhathi-,{2}}amandla aphezulu wokulondoloza amandla. Isikhathi sokusebenza sincike emthwalweni wakho, ukujula kokukhipha kanye nokusebenza kahle kwe-UPS - imithwalo elula ihamba isikhathi eside kunomkhawulo-ubuningi bamandla. Thumela iphrofayela yakho yokulayisha ukuze ucushwe usayizi.
Umbuzo: Ngingakwazi ukwandisa umthamo kamuva?
A: Yebo. Ikhabhinethi isekela amayunithi angafika kwangu-16 ngokuhambisana kanye namamojula angu-10–12 kwikhabhinethi ngayinye, ngakho umthamo kanye nesilinganiso sesikhathi sokusebenza esihambisana nesidingo ngaphandle{4}}nokwakha kabusha isistimu.
Q: Iphethe ziphi izitifiketi?
A: CE-EMC, IEC62619, IEC62477 kanye ne-UL9540A, ngokucindezelwa komlilo okujwayelekile kwe-perfluorohexane. Imibiko yokuhlolwa namakhophi ezitifiketi ayatholakala uma ucelwa ukuze ubuyekeze ukuthobela kwakho.
Q: Yiziphi izindlela zokuxhumana ezisekelwayo?
A: RS485, CAN, contact dry and Ethernet, kusetshenziswa i-Modbus TCP/RTU ne-CAN2.0B - ukuze kuhlanganiswe ne-UPS yakho kanye nenkundla yokuqapha yokwakha.
Q: Ayini amazinga okushisa okusebenza nawokugcina?
A: Ukushaja 0℃kuya 40℃, ukukhipha −20℃to 40℃, ambient enconyiwe 15℃to 35℃, and storage −20℃to 45℃, nokupholisa ngokwemvelo. Bona wethuIbanga lokushisa lebhethri le-lithiumumhlahlandlela womongo.
Q: Yiziphi izilinganiso zekhabhinethi nesisindo?
A: Isitezi esisodwa{0}}ikhabethe elimile lilinganisa u-600 × 1000 × 2000 mm futhi linesisindo esingaba ngu-800 kg (±3%).
Q: Ingabe uyayisekela i-OEM/ODM nokwenza ngokwezifiso?
A: Yebo. I-Polinovel isekela amandla kagesi alungisekayo, umthamo, isikhathi sokusebenza, ukuxhumana kanye{1}}nezinketho zokucisha umlilo, kanye ne-OEM/ODM yephrojekthi{2}}yezidingo ezithile zomkhiqizo.
Q: Yiluphi ulwazi oludingayo ukuze unikeze ikhotheshini?
A: Ibhrendi/imodeli yakho ye-UPS, i-voltage yebhasi ye-DC, umthwalo oyisipele (kW), isikhathi sokusebenza esidingekayo, inani, izwe okuyiwa kulo kanye nanoma yiziphi izitifiketi noma izimfuneko ze-OEM. Uma wabelana ngemininingwane eminingi, kulapho amazwi acashuniwe anembe khona.
Amashadi ashisayo: Isikhungo Sedatha I-LiFePO4 UPS Uhlelo Lokulondoloza Ibhethri Le-UPS, Isikhungo Sedatha YaseChina LiFePO4 UPS Abakhiqizi Besistimu Yokugcina Ibhethri Yebhethri, abahlinzeki, imboni
