I-1700 W Air Cooling Fuel Cell Stack ye-UAV,
I-Fuel Cell ye-UAV, i-hydrogen fuel cell ye-UAV, I-hydrogen Fuel Cell Stack ye-UAV, metal biplolar plate fuel cell, isitaki se-metal biplolar plate fuel cell, isitaki se-metal biplolar plate hydrogen fuel cell,
I-1700 W Air Cooling Fuel Cell Stack ye-UAV
1.Isingeniso Somkhiqizo
Lesi sitaki se-hydrogen fuel cell se-UVA sifakwe ku-680w/kg ukuminyana kwamandla.
• Ukusebenza ku-hydrogen eyomile nomoya ozungezile
• Insimbi eqinile Ukwakhiwa kwamaseli agcwele
• Ilungele ukuhlanganisa ngebhethri kanye/noma ama-super-capacitor
• Ukuqina okuqinisekisiwe nokwethenjelwa kohlelo lokusebenza
izindawo
• Izinketho zokumisa eziningi ezihlinzeka nge-modular kanye
izixazululo scalable
• Uhlu lwezinketho zesitaki ukuze zilingane nohlelo lokusebenza oluhlukile
izidingo
• Isignesha ephansi eshisayo ne-acoustic
• Uchungechunge nokuxhumana okuhambisanayo kungenzeka
2.UmkhiqizoIpharamitha (Ukucaciswa)
I-H-48-1700 Air Cooling Fuel Cell Stack ye-UAV | ||||
Lesi sitaki se-fuel cell sifakwe namandla angu-680w/kg. Singasetshenziswa esilinganisweni esilula, esisetshenziswa amandla aphansi noma emthonjeni wamandla ophathwayo. Usayizi omncane awukhawuleli ezinhlelweni ezincane.Izitaki eziningi zingaxhunywa futhi zenyuswe ngaphansi kobuchwepheshe bethu bobunikazi be-BMS ukuze kusekelwe izinhlelo zokusebenza zokusetshenziswa kwamandla okuphezulu. | ||||
H-48-1700 Amapharamitha | ||||
Okukhipha Amapharamitha | Amandla Alinganiselwe | 1700W | ||
I-Voltage elinganiselwe | 48V | |||
Ikalwe okwamanje | 35A | |||
I-DC Voltage Range | 32-80V | |||
Ukusebenza kahle | ≥50% | |||
Fuel Parameters | H2 Ubumsulwa | ≥99.99% (CO<1PPM) | ||
I-H2 Pressure | 0.045 ~ 0.06Mpa | |||
Ukusetshenziswa kwe-H2 | 16L/min | |||
Amapharamitha we-Ambient | I-Ambient Temp esebenzayo. | -5℃45℃ | ||
Ukusebenza Kwe-Ambient Humidity | 0%~100% | |||
I-Store Ambient Temp. | -10℃75℃ | |||
Umsindo | ≤55 dB@1m | |||
Amapharamitha Angokwenyama | I-FC Stack | 28(L)*14.9(W)*6.8(H) | I-FC Stack | 2.50KG |
Ubukhulu (cm) | Isisindo (kg) | |||
Uhlelo | 28(L)*14.9(W)*16(H) | Uhlelo | 3KG | |
Ubukhulu (cm) | Isisindo (kg) | (kufaka phakathi abalandeli kanye ne-BMS) | ||
Ukuminyana kwamandla | 595W/L | Ukuminyana kwamandla | 680W/KG |
3.UmkhiqizoIsici Futhi Isicelo
Ukuthuthukiswa kwephakethe lamandla e-drone le-PEM fuel cell
(Isebenza emazingeni okushisa aphakathi kuka -10 ~ 45ºC)
I-drone Fuel Cell Power Modules yethu (i-FCPMs) ilungele uhla olubanzi lwezinhlelo zokusebenza zezentengiselwano ze-UAV, okuhlanganisa nokuhlolwa kwe-offshore, ukusesha nokuhlenga, ukuthwebula izithombe zasemoyeni nokwenza imephu, ukunemba kwezolimo nokunye.
• Ukubekezela kwendiza ende okungu-10X uma kuqhathaniswa namabhethri ajwayelekile e-Lithium
• Isixazululo esingcono kakhulu sezempi, amaphoyisa, ukulwa nomlilo, ukwakhiwa, ukuhlola ukuphepha kwesikhungo, ezolimo, ukulethwa, umoya
ama-drones amatekisi, njll
4.Imininingwane Yomkhiqizo
Amaseli amafutha asebenzisa ukusabela kwe-electrochemical ukukhiqiza ugesi ngaphandle kokuvutha. Amaseli kaphethiloli we-hydrogen ahlanganisa i-hydrogen nomoya-mpilo ovela emoyeni, akhiphe ukushisa namanzi kuphela njengemikhiqizo ephumayo. Asebenza kahle kakhulu kunezinjini ezivuthayo zangaphakathi, futhi ngokungafani namabhethri, awadingi ukushajwa futhi azoqhubeka nokusebenza inqobo nje uma enikezwe uphethiloli.
Amaseli ethu kaphethiloli e-drone abaliswa komoya, nokushisa okuvela kusitaki samaseli kaphethiloli ahanjiswa kumapuleti okupholisa futhi asuswe ngamashaneli omoya, okuholela esixazululweni samandla esilula futhi esingabizi kakhulu.
Enye yezingxenye eziyinhloko ze-hydrogen fuel cell i-graphite Bipolar plate. Ngo-2015, i-VET yangena embonini ye-fuel cell kanye nezinzuzo zayo zokukhiqiza amapuleti e-graphite Bipolar.Inkampani eyasungulwa i-CHWET Advanced Material Technology Co., LTD.
Ngemuva kweminyaka yocwaningo nentuthuko, odokotela bezilwane banobuchwepheshe obuvuthiwe bokukhiqiza ukupholisa umoya 10w-6000w Hydrogen fuel cell,UAV hydrogen fuel cell 1000w-3000w, Ngaphezu kuka-10000w amaseli kaphethiloli axhaswe yimoto ayathuthukiswa ukuze abe negalelo ekubambeni ukongiwa kwamandla kanye nemvelo. ukuvikelwa.Mayelana nenkinga enkulu yokugcina amandla amandla amasha, sibeka phambili umbono wokuthi i-PEM iguqula amandla kagesi abe yi-hydrogen ukuze agcinwe. kanye ne-hydrogen fuel cell ikhiqiza ugesi nge-hydrogen. Ingaxhunywa nge-photovoltaic power generation kanye ne-hydropower.