I-NF BTMS Refrigeration 4.5 kW Ukushisa 5 kW Uhlelo Lokuphatha Ukushisa lwesistimu yebhethri

I-NFUhlelo Lokuphathwa Kokushisa KwebhethriAma-s (BTMS) aklanyelwe ngqo izimoto zezentengiselwano zamandla amasha, ahlinzeka ngokulawulwa kokushisa okunembile, okulungele ukusetshenziswa kwamabhethri okudonsa kuzo zonke izinhlobo eziningi zamapulatifomu ezimoto—kufaka phakathi amabhasi kagesi ebhethri, amabhasi kagesi e-hybrid, amaloli alula anwetshiwe, amaloli amakhulu e-hybrid, imishini yokwakha kagesi ebhethri, amaveni okuhambisa kagesi ebhethri, imishini yokumba kagesi ebhethri, kanye nama-forklift kagesi ebhethri.
Ngokugcina amazinga okushisa ebhethri ngaphakathi kwenkambiso yokusebenza efanele—naphezu kwezimo ezishisayo kakhulu kusukela ezimweni ezishisa kakhulu kuya ekubandeni okuphansi—uhlelo lwandisa kakhulu impilo yesevisi, luthuthukisa ukusebenza kahle kokushaja/ukukhipha, futhi luthuthukisa ukuphepha kokusebenza kanye nokuqina kokushisa.

Izici Zokusebenza

1. Umklamo Oqinile Nokusebenziseka Kahle: I-enclosure encane, ehlanganisiwe enokuvalwa okulinganiselwe yi-IP67 kanye nokumelana nokugqwala kwe-ISO 9223 Class C5-M. Zonke izingxenye ezibalulekile—kufaka phakathi amaphampu, ama-valve, kanye nama-heat exchanger—zilungiselelwa ukusebenza kwe-coolant noma uwoyela oshisayo. I-HMI enembile kanye nezindlela zokusebenza ezihlelekayo (isb., ukulawulwa kokushisa okungaguquki, ukulungiswa kwangaphambili kokubikezela, kanye nokupholisa okubuyisela amandla) kusekela imijikelezo yemisebenzi eyahlukahlukene. Ukunemba kokulawula izinga lokushisa kungu-±0.5 °C (±1 σ), okuqinisekiswe yi-ISO 16750-4 ngayinye, okuqinisekisa ukusebenza okuphindaphindwayo kuzo zonke izindawo zokushaqeka kokushisa kanye nokudlidliza.
2. Ukulawula Okuhlakaniphile Okusekelwe Ku-CAN Okunesiqinisekiso Sokuphepha Esinezingqimba Eziningi: Ukuxhumana kwesikhathi sangempela okubili nge-CAN 2.0B enesivinini esikhulu kwenza kube nokuqapha okuphakathi kanye nokusebenza kwe-voltage, i-current, i-SoC, i-SoH, izinga lokushisa/ingcindezi/ukugeleza kwe-coolant, kanye ne-gradients yezinga leseli. I-logic yokuvikela isebenzisa izindlela zokuvikela ezihambisana ne-ASIL-B—kufaka phakathi i-over/under-voltage, i-over-current, i-over-temperature enezigaba ezimbili (iseli kanye ne-loop), ukutholwa kokuvuza kwe-coolant, kanye nokuqapha ukubola kwengcindezi—ngaleyo ndlela kunciphisa ingozi yokusabalala kwe-thermal runaway ngokuhambisana ne-ISO 26262 kanye ne-GB/T 31467.3.
3. Ukuhlanganiswa Okuncane Nokuvikeleka Okuqinisekisiwe Kwe-EMC: Ukwakhiwa kwe-Modular kunciphisa ukunyathela ngamaphesenti afinyelela ku-35 uma kuqhathaniswa nezinhlelo ezivamile futhi kusekela isevisi yasensimini esheshayo. Iqinisekiswe yi-CISPR 25 Class 5 kanye ne-ISO 11452-2/4/8,I-BTMSAkukho ukuphazamiseka kwe-electromagnetic okubangelwa izinzwa ze-ADAS, ama-motor inverter, kanye namasango ezimoto ngaphansi kwezimo zesikhashana ezithwala umthwalo ogcwele.
4. I-Scaleable, I-Platform-Independent Modularity: Ama-hydraulic interfaces ajwayelekile (DIN 2353) kanye namaphrothokholi esignali ye-CAN/FlexRay avumela ukuhlanganiswa okungenamthungo kuwo wonke amapulatifomu e-OEM. Ama-Chiller, i-PTC heater, kanye namamojula e-intelligent manifold angasetshenziswa ekucushweni okuhambisanayo noma ochungechungeni ukuze afane nomthamo wephakethe lebhethri (kusukela ku-50 kWh kuya ku-600 kWh), umthwalo wokushisa (1–15 kW), kanye nemingcele yendawo ngaphandle kokuklama kabusha.