I-Lithium-ion
Iibhetri zethu ze-LiFePO4 zibhekwa njengezikhuselekileyo, ezingenamlilo kwaye ezingenabungozi kwiikhemikhali eziphezulu kunye nesakhiwo soomatshini.
Ziyakwazi ukumelana neemeko ezinzima, nokuba yingqele eqhaqhazelisa amazinyo, ubushushu obutshisayo okanye umhlaba omagingxigingxi. Xa ziphantsi kwezehlo ezinobungozi, ezinje ngongquzulwano okanye ukuhamba-hamba ngokukhawuleza, aziyi kuqhushumba okanye zibambe umlilo, zinciphisa ngokuphawulekayo nawaphi na amathuba okwenzakala. Ukuba ukhetha ibhetri ye-lithium kwaye ulindele ukusetyenziswa kwindawo enobungozi okanye engazinzanga, ibhetri yeLiFePO4 inokuba lolona khetho lwakho lufanelekileyo. Kukwafanelekile ukukhankanya ukuba azinatyhefu, azingcolisi kwaye azinazimbiwa ezinqabileyo zomhlaba, zibenza baqaphele indalo.
I-BMS imfutshane kwiNkqubo yoLawulo lweBattery. Kufana nebhulorho phakathi kwebhetri kunye nabasebenzisi. I-BMS ikhusela iiseli ukuba zingonakali - ngokuqhelekileyo ukusuka ngaphezulu okanye ngaphantsi kwe-voltage, ngaphezulu kwangoku, ubushushu obuphezulu okanye i-short-circuiting yangaphandle. I-BMS iya kuyivala ibhetri ukukhusela iiseli kwiimeko zokusebenza ezingakhuselekanga. Zonke iibhetri zeRoyPow ziye zakha-kwi-BMS ukulawula nokukhusela ezi ntlobo zemiba.
I-BMS yeebhetri zethu ze-forklift yi-high-tech yoyilo olusha olwenziwe ukukhusela iiseli ze-lithium. Iimpawu zibandakanya: Ukujongwa okude kunye ne-OTA (emoyeni), ulawulo lwe-Thermal, kunye nokukhusela okuninzi, okufana ne-Low Voltage Protection Switch, Over Voltage Protection Switch, Short Circuit Protection Switch, njl.
Iibhetri zeRoyPow zinokusetyenziswa malunga nee-3,500 zemijikelo yobomi. Ubomi boyilo lwebhetri bumalunga neminyaka eli-10, kwaye sikunika iwaranti yeminyaka emi-5. Ke ngoko, nangona kukho iindleko ezingaphezulu ngebhetri yeRoyPow LiFePO4, uhlaziyo lukongela ukuya kuthi ga kwi-70% yeendleko zebhetri kwiminyaka emi-5.
Sebenzisa iingcebiso
Iibhetri zethu zisetyenziswa ngokuqhelekileyo kwiinqwelo zegalufa, i-forklifts, iiplatifomu zokusebenza zasemoyeni, oomatshini bokucoca umgangatho, njl. Sizinikezele kwiibhetri ze-lithium iminyaka engaphezu kwe-10, ngoko ke sinobuchwephesha kwi-lithium-ion ithatha indawo ye-lead-acid field. Ngaphezu koko, inokusetyenziswa kwizisombululo zogcino lwamandla kwikhaya lakho okanye inike amandla umoya welori yakho.
Ngokumalunga nokutshintshwa kwebhetri, kufuneka uqwalasele umthamo, amandla, kunye neemfuno zobungakanani, kunye nokuqinisekisa ukuba unetshaja efanelekileyo. (Ukuba uxhotyiswe ngetshaja yeRoyPow, iibhetri zakho ziya kusebenza ngcono.)
Gcina ukhumbule, xa uphucula kwi-lead-acid ukuya kwi-LiFePO4, unokukwazi ukunciphisa ibhetri yakho (kwezinye iimeko ukuya kwi-50%) kwaye ugcine ixesha elifanayo lokugijima. Kukwafanelekile ukukhankanya, kukho imibuzo yobunzima okufuneka uyazi malunga nezixhobo zamashishini ezifana neeforklifts njalo njalo.
Nceda uqhagamshelane nenkxaso yobugcisa beRoyPow ukuba ufuna uncedo ngophuculo lwakho kwaye baya kukuvuyela ukukunceda ukhethe ibhetri elungileyo.
Iibhetri zethu zinokusebenza ukuya kuthi ga kwi -4°F(-20°C). Ngomsebenzi wokuzifudumeza (ukhetho), zinokutshajwa kwakhona kumaqondo obushushu aphantsi.
Ukutshaja
Itekhnoloji yethu ye-lithium ion isebenzisa eyona nkqubo iphambili yokukhusela ibhetri eyakhelweyo ukukhusela umonakalo kwibhetri. Kububele kuwe ukuba ukhethe itshaja ephuhliswe yiRoyPow, ukuze ukwazi ukwandisa iibhetri zakho ngokukhuselekileyo.
Ewe, iibhetri ze-lithium-ion zinokutshajwa nangaliphi na ixesha. Ngokungafaniyo neebhetri zeasidi ekhokelayo, ayisayi konakalisa ibhetri ukusebenzisa ithuba lokutshaja, nto leyo ethetha ukuba umsebenzisi angaplaga ibhetri ngexesha lesidlo sasemini ukuze akhuphe intlawulo aze agqibezele ukutshitsha ngaphandle kokuba ibhetri ibe phantsi kakhulu.
Nceda uqaphele ukuba ibhetri yethu ye-lithium yokuqala kunye neshaja yethu yasekuqaleni inokusebenza ngakumbi. Yigcine engqondweni: Ukuba usasebenzisa itshaja yakho ye-lead-asidi yebhetri, ayinakuhlawulisa ibhetri yethu ye-lithium. Kwaye nezinye iitshaja asinakuthembisa ukuba ibhetri ye-lithium inokusebenza ngokupheleleyo kwaye nokuba ikhuselekile okanye hayi. Iingcali zethu zicebisa ukuba usebenzise itshaja yethu yoqobo.
Hayi Kuphela xa Ushiye iinqwelo ngeeveki okanye iinyanga ezininzi, kwaye sincoma ukugcina imivalo engaphezu kwe-5 xa ucima "I-MAIN SWITCH" kwibhetri, inokugcinwa ukuya kwiinyanga ezi-8.
Itshaja yethu ithatha iindlela zokutshaja rhoqo kwangoku kunye nokungaguqukiyo kwamandla ombane, into ethetha ukuba ibhetri iqala ukutshajwa ngokuqhubekayo (CC), emva koko ihlawulwe nge-0.02C yangoku xa amandla ombane ebhetri efikelela kumbane olinganisiweyo.
Okokuqala jonga ubume besalathisi setshaja. Ukuba isibane esibomvu siyadanyaza, nceda uqhagamshele iplagi yokutshaja kakuhle. Xa ukukhanya kuluhlaza okuqinileyo, nceda uqinisekise ukuba intambo yeDC iqhagamshelwe ngokuqinileyo kwibhetri. Ukuba yonke into ilungile kodwa ingxaki iyaqhubeka, nceda uqhagamshelane neZiko leNkonzo emva kokuthengisa iRoyPow
Nceda khangela ukuba intambo ye-DC (kunye ne-NTC sensor) idibaniswe ngokukhuselekileyo kuqala, ngaphandle koko ukukhanya okubomvu kuya kudanyaza kunye ne-alarm xa ukungeniswa kolawulo lobushushu kungabonwa.
Ukuxhasa
Okokuqala, sinokukunika isifundo se-intanethi. Okwesibini, ukuba kuyimfuneko, amagcisa ethu angakunika isikhokelo kwindawo. Ngoku, inkonzo engcono inokunikezelwa apho sinabathengisi abangaphezu kwama-500 beebhetri zeenqwelo zegalufa, kunye nabathengisi abaninzi beebhetri kwiifolokhwe, oomatshini bokucoca umgangatho kunye namaqonga okusebenza asemoyeni, akhula ngokukhawuleza. Sineendawo zethu zokugcina iimpahla e-United States, kwaye siya kwanda siye e-United Kingdom, eJapan njalo njalo. Ngaphezu koko, siceba ukuseta iplanti yendibano eTexas ngo-2022, ukuze sihlangabezane neemfuno zabathengi kwangethuba.
Ewe singakwazi. Iingcali zethu ziya kubonelela ngoqeqesho lobuchwephesha kunye noncedo.
Ewe, sinikela ingqalelo enkulu ekukhuthazeni uphawu kunye nokuthengisa, olona luncedo lwethu. Sithenga ukunyuswa kwebrand yamajelo amaninzi, njengokukhuthazwa komboniso ongekho kwi-intanethi, siya kuthatha inxaxheba kwimiboniso yezixhobo ezidumileyo eTshayina nakwamanye amazwe. Sikwanika ingqalelo kwimidiya yoluntu ekwi-intanethi, efana noFACEBOOK, YOUTUBE kunye ne-INSTAGRAM, njl. Ngokomzekelo, ibhetri yethu yenqwelo yegalufa inephepha layo lentengiso kweyona magazini inkulu yenqwelo yegalufa eUnited States.
Kwangaxeshanye, silungiselela imathiriyeli yokwazisa eyongezelelekileyo yentengiso yethu yohlobo, efana neepowusta kunye nomboniso omele umboniso wevenkile.
Iibhetri zethu ziza newaranti yeminyaka emihlanu ukuzisa uxolo lwengqondo. Iibhetri ze-forklift kunye ne-BMS yethu ethembekileyo ephezulu kunye nemodyuli ye-4G ibonelela ngokubeka iliso kude, ukuxilongwa okude kunye nokuhlaziywa kwesofthiwe, ngoko inokusombulula iingxaki zesicelo ngokukhawuleza. Ukuba unayo nayiphi na ingxaki, ungaqhagamshelana neqela lethu lokuthengisa.
Ezinye izinto ezithile zeforklift okanye iinqwelo zegalufa
Ngokusisiseko, ibhetri yeRoyPow ingasetyenziselwa uninzi lweeforklift zombane zesibini. I-100% yee-forklift zombane zesandla sesibini kwimarike ziibhetri ze-lead-acid, kwaye iibhetri ze-lead-asidi azinayo nayiphi na iprothokholi yonxibelelwano, ngoko ke ngokusisiseko, iibhetri zethu ze-forklift lithium zinokuthatha indawo yebhetri ye-lead-acid ukuze zisetyenziswe ngokuzimeleyo ngaphandle iprotocol yonxibelelwano.
Ukuba iiforklifts zakho zintsha, nje ukuba usivulela iprotocol yonxibelelwano, sinokukunika iibhetri ezilungileyo ngaphandle kweengxaki.
Ewe, iibhetri zethu sesona sisombululo silungileyo sokutshintsha izinto ezininzi. Kumxholo wokusebenza kwemihla ngemihla, iibhetri zethu zinokuhlawuliswa nangexesha lekhefu elifutshane, njengokuthatha ixesha lokuphumla okanye ikofu. Kwaye ibhetri inokuhlala ebhodini izixhobo zokutshaja. Intlawulo yamathuba akhawulezayo inokuqinisekisa ukuba inqanawa enkulu isebenza 24/7.
Ewe, iibhetri zeLithium zizona kuphela iibhetri ze-lithium eziyinyaniso ze "Drop-In-Ready" kwiinqwelo zegalufa. Zinobukhulu obufanayo neebhetri zakho ze-lead-asidi zangoku ezikuvumela ukuba uguqule isithuthi sakho kwi-lead-asidi ukuya kwi-lithium ngaphantsi kwemizuzu engama-30. Zinobukhulu obufanayo neebhetri zakho ze-lead-asidi zangoku ezikuvumela ukuba uguqule isithuthi sakho kwi-lead-asidi ukuya kwi-lithium ngaphantsi kwemizuzu engama-30.
IP seriesziinguqulelo zokusebenza eziphezulu zeebhetri zeRoyPow ezenzelwe ukukhethekileyo kunye nosetyenziso olufunayo. Ziyilelwe ukuthwala imithwalo (izinto eziluncedo), ezihlala abantu abaninzi kunye nezithuthi ezijikelezayo.
Ubunzima bebhetri nganye buyahluka, nceda ubhekiselele kwiphepha lenkcazo ehambelanayo malunga neenkcukacha, unokunyusa i-counterweight ngokobunzima obufunekayo.
Nceda ujonge izikrufu zoqhagamshelo lwangaphakathi kunye neengcingo kuqala, kwaye uqinisekise ukuba izikrufu ziqinile kwaye iingcingo azonakaliswa okanye zidliwe.
Nceda uqinisekise ukuba imitha/guage iqhagamshelwe ngokukhuselekileyo kwizibuko le-RS485. Ukuba yonke into ilungile kodwa ingxaki iyaqhubeka, nceda uqhagamshelane neZiko leNkonzo emva kokuthengisa iRoyPow
Abafumani beentlanzi
Imodyuli yeBluetooth4.0 kunye neWiFi isenza sikwazi ukujonga ibhetri nge-APP nangaliphi na ixesha kwaye iya kutshintshela ngokuzenzekelayo kwinethiwekhi ekhoyo (ukhetho). Ukongeza, ibhetri inokuchasana okunamandla kwi-corrosion, inkungu yetyuwa kunye nesikhunta, njl.
Izisombululo zokugcina amandla endlu
Iinkqubo zokugcina amandla ebhetri zizixokelelwano zebhetri ezinokutshajwa kwakhona ezigcina amandla avela kuluhlu lwelanga okanye kwigridi yombane kwaye zinike loo mandla ekhaya okanye kwishishini.
Iibhetri yeyona ndlela ixhaphakileyo yokugcina amandla. Iibhetri zeLithium-ion zinoxinano oluphezulu lwamandla xa kuthelekiswa neebhetri ze-lead-asidi. Itekhnoloji yogcino lwebhetri iqhelekile malunga ne-80% ukuya ngaphezulu kwe-90% esebenzayo kwizixhobo ezitsha ze-lithium-ion. Iisistim zebhetri eziqhagamshelwe kwiziguquli ezinkulu zesimo esomeleleyo zisetyenziselwe ukuzinzisa uthungelwano lokuhambisa amandla.
Iibhetri zigcina amandla avuselelekayo, kwaye xa kuyimfuneko, banokukhulula ngokukhawuleza amandla kwigridi. Oku kwenza unikezelo lwamandla lufikeleleke ngakumbi kwaye luqikeleleke. Amandla agcinwe kwiibhetri nawo anokusetyenziswa ngamaxesha emfuno ephezulu, xa kufuneka umbane omninzi.
Inkqubo yokugcina amandla ebhetri (BESS) sisixhobo se-electrochemical esihlawulisa kwigridi okanye kwiplanti yamandla kwaye emva koko ikhuphe loo mandla kwixesha elizayo ukubonelela ngombane okanye ezinye iinkonzo zegridi xa zifuneka.
Ukuba kukho into esiyiphosileyo,nceda usithumelele i-imeyile ngemibuzo yakho kwaye siya kukuphendula ngokukhawuleza.
