1. Imvelaphi yeProjekthi

Umthengi ufuna inkqubo yamandla ephathekayo kwizicelo zobungcali ezifana neendawo zokwakha, iinkonzo zikaxakeka, ukucima umlilo, imisebenzi yasemkhosini, kunye nokunikezelwa kwamandla kwiziganeko. Inkqubo kufuneka inikezele nge-AC ephezulu eqhubekayo, ixhase imithwalo yexesha elifutshane, isebenze ngokuthembekileyo kwiindawo ezinzima, kwaye ibonelele ngedatha yokusebenza enokungqinisiseka, ngakumbi kwixesha eliphezulu lamandla kunye nokukwazi ukugqithisa kakhulu.

Ngokusekelwe kwiinkcukacha zemveliso ezikhoyo, iqonga lesikhululo samandla esiphathwayo se-EP3600 / BP3600 sesona sisombululo sifanelekileyo kule mfuneko. Sakhiwe ngenkqubo yebhetri ye-LiFePO₄ enamandla aphezulu, i-inverter ye-3.6 kW pure sine wave, ukutshaja kwe-AC okukhawulezayo, ukhuseleko lwebhetri oluqinileyo, kunye neendlela ezininzi zokukhupha i-AC/DC zokusetyenziswa kwentsimi yobungcali.

Isisombululo Esicetywayo: Isikhululo Sombane Esiphathekayo se-EP3600 / BP3600

2. Uqwalaselo lweNkqubo oluCetyisiweyo

Kule sicelo, sicebisa uqwalaselo olulandelayo:

Iyunithi yamandla engundoqo

Isikhululo soMbane esiThuthwayo se-EP3600iL
okanye
Isikhululo soMbane esiThuthwayo seBP3600

Zombini iimodeli zibonelela:

• Umthamo webhetri: Ibhetri ye-3,430 Wh LiFePO₄
• Imveliso ye-AC eqhubekayo: 3,600 W / VA
• Isiphumo se-AC esiphezulu: 7,200 W / VA
• Ifomu ye-wave yemveliso: I-wave ye-sine ecocekileyo, i-THD < 3%
• I-voltage yokuphuma: 220 / 230 / 240 V AC iyafumaneka
• Ireyithi: 50 / 60 Hz iyafumaneka
• Ukutshaja kwe-AC okukhawulezayo: ukuya kuthi ga kwi-3,000 W, kutshaja ngokupheleleyo malunga neeyure ezili-1.2 kwi-220–240 V AC
• Ubushushu bokusebenza bokukhupha umbane: −20°C ukuya ku +50°C
• Inqanaba lokukhusela ibhetri: IP66
• Ukubeka iliso kobungcali: Iphaneli ye-LCD kunye nokubeka iliso kwi-APP
• Ikhemistri yebhetri: LiFePO₄ yobomi bomjikelo omde kunye nokhuseleko

Kwii-aplikeshini ezifuna ixesha elongezelelweyo lokusebenza, i- EP3600iL inokwandiswa ngee -EP3600B ezongezelelweyo zeebhetri , kunye nomthamo wenkqubo onokwandiswa ukuya kuthi ga kwi -109 kWh ngokweengxelo zemveliso.

3. Uphononongo lokuThotyelwa kweMimiselo ngokweeMfuno

4. Iingenelo zobuGcisa eziphambili

4.1 Inkqubo yeBhetri yeLiFePO₄ enomthamo ophezulu

Iqonga le-EP3600 / BP3600 lisebenzisa ibhetri ye-3,430 Wh LiFePO₄ , edlula imfuneko encinci yomthengi ye-2,100 Wh.

Xa kuthelekiswa nezitishi zamandla ezincinci eziphathwayo, lo mthamo ubonelela ngexesha elide lokusebenza kwezixhobo zobungcali, izixhobo zongxamiseko, iinkqubo zokukhanyisa, izixhobo zonxibelelwano, izixhobo zenkxaso yezonyango, kunye neendawo zokusebenza ezihambayo.

I-LiFePO₄ chemistry ikwabonelela ngeenzuzo ezibalulekileyo kubasebenzisi abaziingcali:

• Uzinzo oluphezulu lobushushu
• Ubomi bomjikelo omde
• Iprofayili yokhuseleko engcono kuneenkqubo ze-lithium-ion eziqhelekileyo
• Ifanelekile ukusasazwa kwentsimi ngokuphindaphindiweyo
• Imveliso ezinzileyo phantsi kweemeko zomthwalo onzima

Ngokweenkcazo ezikhoyo, ibhetri ye-EP3600 ixhasa imijikelo eyi-3,000 ukuya kwi-80%+ umthamo , ngelixa iinkcukacha ze-BP3600 zithi imijikelo eyi-5,000 ukuya kwi-80%+ umthamo .

Isiphumo se-AC se-Sine Wave ecocekileyo engu-4.2 3.6 kW

Le nkqubo inika amandla ombane aqhubekayo angama-3,600 W / VA , ahlangabezana neemfuno zomthengi zamandla aqhubekayo.

Iziphumo zezi:

• I-sine wave ecocekileyo
• I-THD < 3%
• Ifumaneka kwi220 / 230 / 240 V AC
• Ifumaneka kwi- 50 / 60 Hz

Oku kwenza le nkqubo ifaneleke kakhulu ekunikezeni amandla izixhobo ze-elektroniki ezibuthathaka kunye nezixhobo zobungcali, kuquka:

• Izixhobo zamandla
• Iinqaba zokukhanyisa
• Izixhobo zonxibelelwano
• Izixhobo zokulinganisa
• Iinkqubo zolawulo
• Izixhobo zenkxaso yongxamiseko
• Izixhobo ze-AV zesiganeko
• Iimpompo ezincinci kunye neecompressor ngaphakathi kwemida yomthwalo olinganiselweyo

Imveliso ye-sine wave ecocekileyo ibaluleke kakhulu ekusetyenzisweni kobuchwephesha kuba izixhobo ezininzi kunye neenkqubo zolawulo lwe-elektroniki zinobuthathaka kumandla e-sine wave angaguqukiyo okanye aguquliweyo.

4.3 Ukutshaja Okukhawulezileyo Ukuze Ulungele Ukusebenza

I-EP3600 / BP3600 ixhasa ukutshaja kwe-AC enamandla aphezulu ukusuka kwiplagi yodonga okanye kwijenereyitha ye-AC.

Kwi- 220–240 V AC , igalelo lokutshaja lifikelela kwi3,000 W , okuvumela ukuba iyunithi itshajwe ngokupheleleyo malunga neeyure ezili-1.2 .

Oku kudlula kakhulu imfuneko yomthengi yexesha lokutshaja leeyure ezi-3 kwaye kubaluleke kakhulu kumaqela asentsimini afuna ukusasazwa ngokukhawuleza phakathi kwemisebenzi.

Iindlela zokutshaja ziquka:

• Iplagi yodonga ye-AC
• Ijenereyitha ye-AC
• Igalelo lelanga eline-MPPT
• Iindlela zokutshaja imoto/ukuqhuba, kuxhomekeke kuqwalaselo
• Iindlela zokutshaja ze-DC, kuxhomekeke kuqwalaselo
• Ukhetho lokutshaja umoya lwe-EP3600, kuxhomekeke kuqwalaselo

Kwiinkonzo zikaxakeka, uncedo kwiintlekele, izikhululo zomyalelo wokucima umlilo, amaqela okwakha, kunye nabaqhubi beziganeko, ukutshaja ngokukhawuleza kunciphisa ixesha lokungasebenzi kwaye kuphucula ukufumaneka kweenqwelo-mafutha.

4.4 Uyilo oluqinileyo olujolise endle

Intshayelelo yemveliso ye-EP3600 ichaza le yunithi njengefanelekileyo kwezi zinto zilandelayo:

• Umsebenzi wasentsimini
• Umsebenzi wangaphandle
• Uncedo kwintlekele
• Ubonelelo lwamandla oluphathekayo
• Ukusetyenziswa kwamandla ngaphandle kwegridi
• Ukutshaja okungxamisekileyo kwe-EV
• Iindawo zokusebenza ezinzima

I-EP3600 ikwabandakanya ubuchwepheshe bolawulo lobushushu obunelungelo lobunikazi kunye nokukhusela, ngelixa i-BP3600 ibonelela ngesakhiwo esithe nkqo esincinci esinamavili anganyanzelekanga kunye nesiphatho se-telescopic.

Kwindlela yokuhambahamba, i-EP3600 isebenzisa itshasi enamavili amane enelungelo lobunikazi kunye neerola ezinkulu, ezivumela ukuhambahamba kwiindawo ezahlukeneyo. I-BP3600 inokwenziwa ngamavili kunye nesiphatho seteleskopu.

Oku kwenza iqonga lifaneleke kubasebenzisi abaziingcali abafuna amandla eselula kwiindawo ezixineneyo.

5. Imizekelo yesicelo

5.1 Iindawo zokwakha

I-EP3600 / BP3600 inokubonelela ngombane we-AC ophathwayo kwi:

• Ukubhola ngombane
• Izixhobo zokusika
• Izibane zomsebenzi
• Izixhobo zokulinganisa
• Iitshaja zebhetri
• Iimpompo ezincinci
• Iiofisi zesiza zexeshana
• Izixhobo zonxibelelwano

Imveliso eqhubekayo ye-3.6 kW ivumela inkqubo ukuba ixhase izixhobo ezininzi eziqhelekileyo zesiza, ngelixa imveliso ephezulu ye-7.2 kW inceda kwimithwalo emifutshane yokuqalisa ngaphakathi kobuchule bemveliso bokukhuphuka okulinganiselweyo.

Kwizixhobo ezine-inrush current ephezulu kakhulu, iprofayili yomthwalo kufuneka ivavanywe ngaphambi kokuba isetyenziswe.

5.2 Iinkonzo zikaxakeka kunye noNcedo lweeNtlekele

Kumaqela okuhlangula kunye neenkonzo zongxamiseko, isisombululo sinokuxhasa:

• Iinkqubo zonxibelelwano
• Izibane eziphathekayo
• Izixhobo zombane zesikhululo somyalelo
• Izixhobo zenkxaso yezonyango
• Ukutshaja idrone
• Iilaptops kunye neerediyo
• Iindawo zokukhusela zexeshana
• Izixhobo zokubeka esweni intsimi

Ixesha lokutshaja i-AC elikhawulezayo leeyure ezili-1.2 libalulekile kwimijikelo yokujikeleza okungxamisekileyo, kwaye ikhemistri yebhetri yeLiFePO₄ iphucula ukhuseleko ngexesha lokusebenza kwakhona kwentsimi.

5.3 Inkxaso yokucima umlilo

Kwimisebenzi yokulwa nomlilo kunye nokuhlangula, le nkqubo ingasetyenziselwa oku kulandelayo:

• Izibane eziphathwayo
• Iziphindaphindi zonxibelelwano
• Izixhobo zeposi yomyalelo
• Iifeni kunye nezixhobo ezincedisayo ezikwizinga lamandla alinganisiweyo
• Izixhobo zokutshaja ibhetri kunye nomfanekiso wobushushu
• Iinkqubo ze-elektroniki eziphathekayo kunye neenkqubo zenkxaso

Ngenxa yokuba iindawo zokulwa nomlilo zinokubandakanya ubushushu, amanzi, uthuli, kunye nomngcipheko wempembelelo, ukubekwa kokugqibela kufuneka kuquke ukhuseleko olongezelelweyo lwendawo ebiyelweyo okanye ityesi yokuthutha eqinileyo ukuba umlinganiselo we-IP54 / IP65 ophantsi kwinqanaba leyunithi uyimfuneko.

5.4 Ukusetyenziswa kweMikhosi kunye neTekhnoloji

Kwimisebenzi yasemkhosini nakwimisebenzi yobuchule, isikhululo samandla singaxhasa:

• Unxibelelwano
• Ikhompyutha yeselula
• Iinkqubo zokubeka esweni
• Izixhobo zesensor
• Izikhululo zokutshaja intsimi
• Ukukhanyisa
• Izixhobo zokulungisa eziphathekayo

Umthamo wokwandiswa kweqonga le-EP3600 uluncedo ekusetyenzisweni ixesha elide, ngelixa ulwakhiwo oluncinci lwe-BP3600 lunokukhethwa apho ukuhambahamba kunye nomthamo wothutho kubalulekile.

Nangona kunjalo, ukuba umthengi ufuna ubunzima obukhulu benkqubo obuyi-20 kg, izixhobo ze-EP3600 / BP3600 zangoku zidlula loo mda kwaye ziya kufuna iqonga loomatshini elahlukileyo okanye imodeli yomthamo ophantsi eyenziwe ngokwezifiso.

5.5 Izicelo zeMicimbi

Ukusetyenziswa kwesiganeko kunye nokufakelwa okwethutyana, inkqubo ingasebenza:

• Ukukhanya kwe-LED
• Izixhobo zenkxaso yomsindo
• Iinkqubo zokuthengisa amatikiti / ze-POS
• Izixhobo zenethiwekhi
• Iikhonsoli zolawulo
• Iikhamera kunye nezixhobo zokusasaza
• Amandla okugcina izixhobo ezibalulekileyo

I-pure sine wave output kunye nokutshaja ngokukhawuleza zifanelekile ngokukodwa kubaqhubi beziganeko abafuna umbane ococekileyo ngaphandle kwengxolo yejenereyitha okanye ukukhutshwa komoya ophumayo.

6. Uhlalutyo oluBalulekileyo lweSikhewu ngokumalunga neemfuno zabathengi

Nangona i-EP3600 / BP3600 ihambelana kakuhle neemfuno ezininzi eziphambili, kukho izikhewu ezibalulekileyo ekufuneka zichazwe ngokucacileyo.

6.1 Imfuneko yamandla aphezulu

Umthengi ufuna:

Amandla okukhupha aphezulu: ubuncinci yi-18,000 W kwimithwalo yexesha elifutshane

Iinkcukacha ze-EP3600 / BP3600 ezikhoyo zithi:

Amandla aphezulu: 7,200 W / VA

Ngoko ke, uqwalaselo oluqhelekileyo lwe-EP3600 / BP3600 aluhlangabezani nemfuneko yemveliso ephezulu ye-18,000 W.

Ukuba imfuneko yomthengi yokufikelela kwi-18,000 W iyimfuneko, sicebisa enye yezi ndlela zilandelayo:

1. Cacisa ubude obuchanekileyo kunye nohlobo lomthwalo
   Umzekelo: ii-milliseconds, ii-seconds, i-motor-starting surge, i-compressor startup, i-pump startup, okanye i-resistive overload.

2. Yenza uvavanyo lomthwalo oluhambelana nesicelo esithile
   Eminye imithwalo yentsimi ingadwelisa umbane wokuqala ophezulu kakhulu, kodwa ixesha lokuqalisa elilinganisiweyo linokuba lifutshane ngokwaneleyo ukulawula ngomthamo ophantsi wokuntywila kuxhomekeke kuyilo lwe-inverter kunye ne-logic yokukhusela.

3. Vavanya iqonga elenziwe ngokwezifiso elinamandla aphezulu
   Ukuba i-18,000 W surge iyimfuneko engqongqo yokupasa/yokuhluleka, kuya kufuneka uyilo olukhulu lwe-inverter okanye inkqubo yamandla aphezulu ehambelanayo.

4. Sebenzisa izixhobo zokuqalisa ngezigaba okanye zokuqalisa ngokuthambileyo
   Kwimithwalo yeemoto, ii-soft starters okanye ulawulo lwe-VFD-based startup lunokunciphisa imfuno yokunyuka okuphezulu.

6.2 Imfuneko yoBunzima

Umthengi ufuna:

Ubunzima obupheleleyo kuquka ibhetri kunye nendlu: ubuninzi be-20 kg

Iinkcukacha ezikhoyo zithi:

• EP3600iL: 45 kg
• BP3600: 42 kg ngaphandle kwamavili / isiphatho seteleskopu
• BP3600: 45 kg enamavili / isiphatho seteleskopu

Ngoko ke, iqonga le-EP3600 / BP3600 alihlangabezani neemfuno zobunzima obuphezulu obuyi-20 kg .

Oku kufanele kuthathwe njengokungalingani okubalulekileyo koomatshini.

Ukuba ubunzima obuyi-20 kg buyimfuneko, kufuneka iqonga elincinci okanye elilungisiweyo. Nangona kunjalo, kunzima kakhulu ukuhlanganisa:

• Ubungakanani bebhetri obuncinci obuyi-2,100 Wh
• Imveliso eqhubekayo eyi-3,600 W
• Izindlu ezirhabaxa
• Ukhuseleko lobuchwephesha
• Ukhuseleko lwe-IP54 / IP65
• Ubunzima benkqubo iyonke obuyi-20 kg

Kucetyiswa ingxoxo yokuthengiselana. Umthengi unokufuna ukubeka phambili phakathi kobunzima, ixesha lokusebenza, amandla e-inverter, kunye nokuqina.

6.3 Uvavanyo loKhuseleko

Umthengi ufuna:

Ubuncinane be-IP54, kungcono i-IP65

Iinkcukacha ezikhoyo zibonisa:

• Iyunithi ye-EP3600:IP43
• Iphakheji yebhetri ye-EP3600:IP66
• Iyunithi ye-BP3600:IP53
• Iphakheji yebhetri yeBP3600:IP66

Ke ngoko:

• Inqanaba lokukhusela ibhetri liqinile , lifikelela kwi-IP66.
• Inqanaba lokukhusela iyunithi ephambili alihlangabezani ngokupheleleyo ne-IP54 / IP65 kwiinkcukacha ezikhoyo.
• I-BP3600 kwi-IP53 ikufutshane ne-IP54, kodwa isengaphantsi kobuncinci obuchaziweyo.
• I-EP3600 kwi-IP43 ingaphantsi kobuncinci obuchaziweyo.

Kwizicelo zobungcali apho i-IP54 okanye i-IP65 iyimfuneko, isisombululo esicetyiswayo sesi:

1. Qinisekisa ukuba le mfuneko isebenza kwi-full system okanye kwi-battery module kuphela.
2. Nika indlu eqinileyo okanye indawo yokukhusela abantu.
3. Vavanya uyilo lwe-IP54 / IP65 ebiyelweyo eyenzelwe wena.
4. Nika iingxelo zovavanyo lokungena kothuli namanzi xa sele zifumaneka.

6.4 Ubushushu bokusebenza

Umthengi ukhetha:

−20°C ukuya ku +60°C ubushushu bokusebenza bokukhupha

Iinkcukacha ezikhoyo zithi:

Ubushushu bokukhupha: −20°C ukuya ku +50°C

Imveliso iyahlangabezana neemfuno zobushushu obuphantsi kodwa ayifikeleli ngokupheleleyo kumda ophezulu okhethwayo we-+60°C.

Ukusetyenziswa kubushushu obuphezulu, sicebisa:

• Ukuqinisekisa iphrofayili yobushushu obuqhelekileyo
• Ukuvavanya imveliso phantsi komjikelo womsebenzi olindelekileyo womthengi
• Ukuchaza ukuziphatha okungathandekiyo kubushushu obuphezulu bemozulu
• Ukubonelela ngokhuseleko lobushushu kunye nedatha yokususa iziphumo

6.5 Imfuneko engenangxolo iphantsi / engenafeni

Umthengi ukhetha:

Ukusebenza ngengxolo ephantsi, kungcono ukuba kungabikho fan

Amaxwebhu afumanekayo awaboneleli ngenqanaba lengxolo ye-acoustic eqinisekisiweyo okanye isiqinisekiso esingenafeni.

Ke ngoko, eli nqaku lifuna uqinisekiso olongezelelweyo oluvela kuvavanyo lobunjineli.

Ubungqina obucetyiswayo:

• Uvavanyo lwengxolo ye-acoustic kwi-dB(A)
• Umgama wovavanyo kunye nemeko yomthwalo
• Inqanaba lengxolo kwi-25%, 50%, 75%, kunye nomthwalo we-100%
• Ukuqinisekiswa kwengqiqo yokusebenza kwefeni
• Ijika lokunciphisa ubushushu ukuba imo yokuthula okanye ingxolo ephantsi iyaxhaswa

7. Ukhuseleko loMbane kunye nemisebenzi yoKhuseleko loBugcisa

Iqonga le-EP3600 / BP3600 lenzelwe usetyenziso lombane oluchwephesha kwaye liquka inkqubo yebhetri yeLiFePO₄, i-inverter ye-sine wave ecocekileyo, ulawulo lobushushu, kunye noyilo lwebhetri olukhuselayo.

Ukusetyenziswa kobuchwephesha, ukuthunyelwa kokugqibela komthengi kufuneka kuquke imisebenzi yokukhusela ebhaliweyo efana nale:

• Ukukhusela umthwalo ogqithisileyo
• Ukhuseleko lwe-short-circuit
• Ukhuseleko olugqithisileyo kubushushu
• Ukhuseleko olugqithisileyo kwi-voltage
• Ukhuseleko olungaphantsi kombane
• Ukhuseleko olugqithisileyo
• Ukhuseleko lwenkqubo yolawulo lwebhetri
• Ukhuseleko lokutshaja
• Ukukhusela ukukhupha itshaja
• Ukhuseleko lwempazamo ye-inverter
• Ukuvalwa kobushushu okanye ingqiqo yokudambisa

Amaxwebhu anikiweyo akhankanya ubuchwepheshe bokukhusela obunelungelo lobunikazi kunye nobuchule benkqubo yamandla yobungcali, kodwa awabandakanyi ingxelo epheleleyo yovavanyo lomsebenzi wokhuseleko. Ke ngoko, kufuneka kulungiswe iphakheji yovavanyo esemthethweni ngaphambi kokuba kuvunywe okokugqibela kobugcisa.

8. Iphakheji yoBungqina boVavanyo olufunekayo

Ngenxa yokuba umthengi ufuna ngokukodwa iziphumo zovavanyo ezinokungqinisiseka, ingakumbi ixesha elifikelela kwincopho yamandla kunye nokukwazi ukugqithisa kakhulu, sicebisa ukuba kulungiswe iphakheji yokuqinisekisa yobugcisa ezinikeleyo.

8.1 Ingxelo yoVavanyo lwaMandla aPhezulu kunye noMthwalo ogqithisileyo

Le ngxelo mayiquke:

• Uvavanyo oluqhubekayo lokukhupha lulinganiswe kwi-3,600 W
• Uvavanyo lokukhupha oluphezulu kwi-7,200 W
• Uvavanyo lobude bexesha eliphantsi phantsi kweemeko zomthwalo ezichaziweyo
• Ijika lomthwalo ogqithisileyo, umzekelo:
  • Ubude bomthwalo obuyi-110%
  • Ubude bomthwalo yi-125%
  • Ubude bomthwalo obuyi-150%
  • Ubude bokunyuka ngamandla obuyi-200%
• Uvavanyo lwe-voltage kunye ne-frequency
• Ubushushu obugciniwe
• I-SOC yebhetri ekuqaleni kovavanyo
• Uhlobo lomthwalo: resistive, inductive, motor, compressor, mixed load
• Ukuziphatha kokuvala
• Ukuziphatha kokubuyisela emva kokukhusela ngokugqithisileyo
• Umgangatho we-waveform ngexesha lokugqithisa kakhulu
• Umlinganiselo we-THD phantsi komthwalo

Oku kubaluleke kakhulu kuba umthengi ucela ulwazi oluneenkcukacha malunga nobude bexesha lombane ophezulu kunye nokukwazi ukugqithisa kakhulu.

8.2 Ubungqina boVavanyo lweNdalo kunye noBunzima

Kwiinkqubo zokwakha, ezingxamisekileyo, ezicima umlilo, ezomkhosi, nezeminyhadala, kuyacetyiswa ezi mvavanyo zilandelayo:

• Ingxelo yovavanyo lokhuseleko lwe-IP
• Uvavanyo lokuwisa/lokungcangcazela, ukuba lukhona
• Uvavanyo lokukhupha ubushushu obuphezulu
• Uvavanyo lokukhupha ubushushu obuphantsi
• Uvavanyo lokuvezwa luthuli
• Uvavanyo lokutshiza ngamanzi
• Uvavanyo lokujikeleza ngebhayisikile yobushushu
• Uvavanyo lokuqina kwesixhumi
• Uvavanyo lokungcangcazela kwezothutho

8.3 Uvavanyo Lokusebenza Kokutshaja

Le mveliso ifuna ukutshaja ngokukhawuleza kwe-AC. Ingxelo yovavanyo kufuneka iquke:

• Ukutshaja kwe-AC ukusuka kwi-220–240 V input
• Amandla okutshaja aphezulu
• Ixesha elipheleleyo lokutshaja
• Ixesha lokutshaja liyi-0–80%
• Iimeko zobushushu bokutshaja
• Ukuziphatha kobushushu ngexesha lokutshaja ngokukhawuleza
• Ijika lamandla okutshaja

Iinkcukacha ezikhoyo zixhasa igalelo le-3,000 W AC kunye nexesha lokutshaja elipheleleyo elimalunga neyure eli-1.2 , nto leyo eyinzuzo enkulu kwimfuno yokutshaja yeeyure ezi-3 ephezulu yomthengi.

9. Indawo Ecetyiswayo Yokuphendula Kwabathengi

Indawo ecetyiswayo mayicace kwaye ibe yeyobuchwephesha:

I-EP3600 / BP3600 ifanelekile njengesikhululo samandla esiphathwayo esinomthamo ophezulu, esivelisa imveliso ephezulu yokusebenza kwentsimi apho ixesha lokusebenza, ukutshaja ngokukhawuleza, ukuphuma kwe-sine wave ecocekileyo, ukhuseleko lwe-LiFePO₄, kunye nokufakwa kweselfowuni okuqinileyo zezona zinto ziphambili.

Nangona kunjalo, ngokusekelwe kwiinkcukacha ezisemgangathweni ezikhoyo ngoku, inkqubo kufuneka ibekwe ngolu hlobo:

• Ukulingana okuqinileyo komthamo webhetri
• Ukulingana okuqinileyo kokukhupha i-AC okuqhubekayo kwe-3.6 kW
• Umdlalo oqinileyo we- 230 V / 50 Hz pure sine wave output
• Ilungele ukutshaja ngokukhawuleza ngaphantsi kweeyure ezi-3
• Ukulingana okuqinileyo kokukhupha ubushushu obuphantsi ukuya kwi-−20°C
• Ukulingana okungaphelelanga komgangatho we-IP
• Ukulingana okuncinci kobubanzi bobushushu obuphezulu
• Ukungalingani kobunzima obuphezulu obungama-20 kg
• Ukungalingani kwemveliso ephezulu ye-18,000 W

Olu lungiselelo lobuchwephesha oluthembekileyo luphucula ukuthembeka kwaye lunceda ukukhokela umthengi kwisiphakamiso semveliso esiqhelekileyo okanye kwingxoxo yophuhliso eyenzelwe wena.

Ingxelo Yokugqibela Yesisombululo

Ngokusekelwe kwiimfuno zomthengi, sicebisa iqonga lesikhululo samandla esiphathwayo se-EP3600 / BP3600 njengesisombululo sobuchwephesha samandla eselula kwiindawo zokwakha, impendulo engxamisekileyo, inkxaso yokulwa nomlilo, ukusetyenziswa kwebala lomkhosi, kunye nokusetyenziswa kweziganeko.

Le nkqubo inika ibhetri ye-3,430 Wh LiFePO₄ , i-3,600 W continuous pure sine wave AC output , i-230 V / 50 Hz compatibility , kunye ne-AC charging ekhawulezayo malunga neeyure ezili-1.2 , ihlangabezana neemfuno eziphambili zokusebenza komthengi. Uyilo lwayo oluqinileyo lweselula, ujongano lobuchwephesha, uyilo lwebhetri olunokwandiswa, kunye neprofayili yesicelo esijolise kwintsimi yenza ukuba ifaneleke kwiimeko zamandla zobungcali ezifunekayo.

Kwangaxeshanye, iimfuno ezininzi zabathengi zifuna ingxoxo engaphezulu yobugcisa. Imveliso esemgangathweni ephumayo yi7,200 W / VA , engaphantsi komlinganiselo oceliweyo we-18,000 W. Ubunzima benkqubo iyonke bungaphezulu komlinganiselo oceliweyo we-20 kg , kwaye umgangatho wokhuseleko lweyunithi ephambili ungaphantsi komgangatho oceliweyo we-IP54 / IP65, nangona ipakethi yebhetri ngokwayo ifikelela kwi-IP66.

Ke ngoko, sicebisa ukuba i-EP3600 / BP3600 ibonakale njengeqonga elisemgangathweni eliqinileyo lokubonelela ngombane wentsimi yobungcali, ngelixa sicebisa ngokucacileyo uphononongo lobunjineli okanye isisombululo esenziwe ngokwezifiso samandla angqongqo, ubunzima, kunye neemfuno zovavanyo lwe-IP. Kufuneka kulungiselelwe iphakheji yovavanyo ezinikeleyo ukuqinisekisa imveliso eqhubekayo, ixesha lombane ophezulu, amandla okugqithisa, ukuziphatha kobushushu, ukusebenza kokutshaja, ukhuseleko lokungena, kunye nemisebenzi yokhuseleko lombane yobungcali.