Izinyathelo zokuphepha zokusebenzisa amabhethri e-lead-acid ebusika

Tác giả ：Iflowpower – Добављач преносних електрана

Ngomthamo webhethri ebusika, ebusika, izinga lokushisa liyehla, uzothola ukuthi imishini yakho inhle kakhulu, kodwa ngisho nangephutha ucabange ukuthi ibhethri liphukile. Eqinisweni: izinga lokushisa eliphezulu lokusetshenziswa kwebhethri le-asidi yomthofu ngu-25-30 ¡ã C, elinokwanda okusha kwezinga lokushisa, lehla ngokunciphisa izinga lokushisa. Ku-27 ¡ã C noma ngaphansi, izinga lokushisa lincishiswa ngo-11 ¡ã C, futhi umthamo wehla ngo-10%.

Lapha izinga lokushisa libhekisela enkingeni ye-electrolyte, hhayi izinga lokushisa elizungezile. Isixazululo sokwehlisa amandla 1. Ibhethri yangaphakathi isabela ngokwekhemikhali, izinga lokushisa liyancipha, liyancipha umsebenzi wezinto ezisebenzayo ngaphakathi kwebhethri, namandla ebhethri nawo ayancipha.

Ukuze uqinisekise izinga lokushisa le-electrolyte ebhethrini, beka ibhethri ledivayisi yakho endaweni enezinga lokushisa eliphezulu, futhi uthathe izinyathelo ezithile zokufudumala ebhethri uma kudingeka. 2. Isixazululo se-Electrolytic ebhethrini sizoba yiqhwa ngokuphelele izinga lokushisa eliphansi ngokwedlulele, ukwehla kwamandla adonsela phansi e-electrolyte, indawo yokuqinisa ephansi, futhi umthamo ube mncane.

Ngakho-ke, sicela uqinisekise ukuthi ukuminyana kwe-asidi yebhethri kujwayelekile, hlola futhi ulondoloze ngesikhathi. Ukuminyana okujwayelekile: 1.275 ~ 1.

285 amandla adonsela phansi athile (25C). 3. Ibhethri Ngokuphuma, i-electrolyte yangaphakathi izoguqula amanzi, futhi iphoyinti lokuqiniswa kwe-electrolyte liyehliswa ngemva kokukhishwa okujulile.

Uma isiqandisiwe, kuzoba nzima kakhulu. Ngakho-ke, ngemuva kokuthi ibhethri lasebusika seliphumile, sicela wenze isikhathi sokushaja! Umthamo wokuqala webhethri elisha ebusika uphansi kunomthamo olinganisiwe, umthamo wangempela wangempela ungama-70% womthamo olinganiselwe, ngakho ibhethri iwukuba ifinyelele kancane kancane ukusebenza okuphezulu noma umthamo omkhulu ngemva kwemijikelezo engu-50-100. Lesi simo sibonakala kakhulu ebusika ngenxa yokusebenza okuphansi kwezinga lokushisa.

Uma uhlangabezana nebhethri elisha, sicela ungakhathazeki uma unamandla aphansi kakhulu kunomthamo olinganiselwe, ngeke ukhathazeke ngesikhathi esithile. I-Battery Maintenance Connection Ibhethri Amakholomu Okushuna Uma i-gasket isetshenziswa, qiniseka ukuthi ucingo lwebhethri luthintana nendawo yokuhola ye-terminal, futhi i-gasket ibekwe phezu kokuhlanganiswa kocingo, ukugcinwa kwansuku zonke, sicela unake ukuphepha. Sicela unake: Sicela ugqoke amagilavu ​​enjoloba lapho uxhuma, sebenzisa izikrufu zenjoloba, inani letorque elinconyiwe 11 ~ 14.

7N.m ukugcinwa kwebhethri, amanzi 1. uketshezi olucebile / ibhethri elimanzi ukwandisa amanzi njalo.

Ukuvama kwamanzi kuncike ebuningini kanye nezinga lokushisa lokusebenza komsebenzisi. Ukuntuleka kwamanzi isikhathi eside, i-polar ilimele, uketshezi lwe-electrolyte lubonakala ngokucacile 2. Sicela uhlole ibhethri njalo emavikini angu-2 ukuze unqume ukuthi ibhethri livamise kangakanani ukuphakelwa kwamanzi.

Ngokujwayelekile, uma ibhethri lisetshenziswa isikhathi eside, kulapho kufakwa khona imvamisa yamanzi. Phuma kahle 3. Sicela ushaje ibhethri ngaphambi kokwengeza amanzi.

4. Uma ipuleti lingenalutho ngokwedlulele, sicela wengeze kuphela amanzi angaphezu kwamandla, bese ushaja ibhethri. 5.

Ngemva kokushaja, qhubeka nesinyathelo samanzi esilandelayo: a. Vula i-flip-type venting cap, hlola ukuphakama koketshezi lwe-electrolyte; sicela unake: Khona-ke asikho isidingo sokwengeza amanzi; c. Uma izinga loketshezi lwe-electrolyte lingazange liphuthelwe, engeza amanzi acwengekile noma amanzi akhishwe nge-deionized, sicela wengeze amanzi emanzini okukhipha igesi angaphansi kuka-3 mm ngaphansi kwebhethri elivamile.

Ukugcinwa nokugcinwa kwebhethri ukushajwa okulungile kuyimfuneko yokuthuthukisa ukusebenza kwebhethri. Ukushaja okunganele noma ukushaja okweqile kunganciphisa impilo yebhethri. a.

Sicela ukhethe ijika lokushaja elilungile ngokuya ngemodeli yebhethri; b. Kufanele uhlole ukuthi uketshezi lwebhethri lwanele yini ngaphambi kokushaja, ibhethri kufanele ishajwe ngemva kokusetshenziswa ngakunye; c. Ungangezi uketshezi uma ushaja i-D.

Lapho ushaja, i-electrolyte Izinga lokushisa kufanele libe ngaphansi kuka-50C. Ukukhipha ngokweqile isikhathi eside kanye nomonakalo onganele wokushaja kwebhethri ukusetshenziswa kwebhethri ebusika okunzima ungibuza ukuthi ngiphendule 01, ngemva kokuba imishini iphezulu, ngemva kwesikhathi esithile, izobonisa amandla, ime isikhathi esithile futhi ibuyisele amandla, siyini isizathu? IMP: Lesi simo sijwayelekile, asithinti impilo yebhethri. Amandla aboniswa odayeleni amandla kagesi esikhathi sangempela okuthola ibhethri.

Ukwehla kwamandla ebhethri esebenza isikhathi eside kuyinto evamile, ikakhulukazi ebusika, lapho i-voltage yebhethri iwa ngokushesha lapho okokusebenza kusebenza, isibonisi siyashesha, futhi ukukhiqizwa kwamandla kuyi-alamu efika ngesikhathi, ehambisana nokuvikelwa kwebhethri, lokhu futhi Setha inhloso yokuqala ye-alamu ye-voltage ephansi. 02. Uma kusetshenziswa ibhethri le-DT, ingabe ikhanda lenqwaba evuthayo livame kakhulu? A: Ikhanda lenqwaba elivuthayo liyakwazi ukulivimbela, liku-push evamile, kunconywa ukuthi ikhasimende lizohlola ukuthi izikulufi endaweni yokuxhuma enqwabeni kufanele zixege masonto onke.

Ungawasebenzisi amanzi Ukuze ugeze ukuxhumana kwebhethri, sebenzisa amanzi anesoda ukuze usule ibhethri futhi ungavumeli i-soda ingene ebhethrini ngaphakathi. Ukuhlanza ilunga, vimbela imiphumela emibi ekusebenzeni kwebhethri. 03, ungayinweba kanjani impilo yebhethri? A: Awukwazi ukukhipha ngokweqile kanye nokukhokhiswa ngokweqile, ukujula kokukhishwa akukwazi ukuba ngaphansi kwama-30%, ukuze kungabangeli ukukhipha ngokweqile, kusebenzise kanye ukushaja kanye, sicela uhlole izinga le-electrolyte, izinga lokwengezwa Okufika Ngesikhathi, wengeze amanzi epuleti lemvula, awukwazi ukwengeza i-sulfuric acid ne-electrolyte, ungakwazi ukwengeza i-distillate yetiye kanye namanzi angama-deionized.

04, ibhethri lizophenduka ngaphansi kwaziphi izimo? A: Okokuqala, ngesikhathi sokusetshenziswa, okudlula izidingo zokukhishwa okuphezulu, qhubeka nokukhipha. Okwesibili, ngemva kokuba ibhethri seliphelile, akukho ukushaja okubekwa ngesikhathi. Okwesithathu, ibhethri seyengeziwe, isikhathi sokubeka side, akukho zindleko ezingeziwe ngesikhathi, kuzodala ukukhishwa ngokweqile ngenxa yokuzikhipha kwayo.

05. Lingakanani izinga lokushisa lebhethri lebhethri? A: Ibhethri ingasetshenziswa esigabeni se-5C kuya ku-35C ukuze kuzuzwe ukusebenza okuhle kakhulu. 06, engeza amanzi ashajiwe ngaphambi kokushaja noma ukushaja? A: Engeza amanzi ngemva kokushaja.