Imikhiqizo

Ibhethri le-acid elihamba phambili elijikelezayo kwelanga Amandla Aluhlaza Okweqiniso, Ukumelana Kwangaphakathi Okuphansi, Izinga Lokuzikhipha Eliphansi, Izinga Lokugaya Eliphansi, Umklamo Wesikhathi Eside, Ububanzi Bokushisa Obubanzi, Ikhono Lokubuyisa Ukukhishwa Okuhle Kakhulu.

Uhlelo Lwamandla Elanga/Umoya. Izinsiza Zamandla Ezingaphazamiseki (UPS). Uhlelo Lwamandla Kagesi (EPS). Izinsiza Zamandla ze-DC. Uhlelo Lokulawula Okuzenzakalelayo

Amabhethri ekristalu abhekwa njengebhethri eliphephile nelisebenza kahle kakhulu elisekelwe ku-lead, elinokusetshenziswa kabusha okufika ku-99%. Izinhlelo zokugcina amandla ezingabizi kakhulu zekhwalithi ephezulu zebhethri ezixhumeka ngokufanayo ukuze zivumelane nezinhlelo zokusebenza ezahlukahlukene.

I-Sunnal 10kw 15kw 20kw 25kw 30kw noma ngaphezulu okwenziwe ngokwezifiso. Uhlelo lokukhiqizwa kwamandla elanga lwe-Sunnal Off-grid lusebenzisa amaphaneli elanga ukuguqula amandla elanga abe ugesi lapho kunokukhanya, futhi lunikeza amandla emthwalweni ngesilawuli sokushaja selanga kanye nokukhipha, futhi lushaja ibhethri ngesikhathi esifanayo. Esimweni sezulu esinamafu noma kungekho kukhanya, iphakethe lebhethri linikeza amandla emthwalweni we-DC ngesilawuli sokushaja selanga kanye nokukhipha. Ngesikhathi esifanayo, ibhethri linikeza ngqo amandla kwi-inverter ezimele, kanti i-inverter ezimele iyiguqula ibe amandla e-AC ukuze inikeze amandla emthwalweni we-AC.

Uhlelo lwe-Sunnal Solar Energy System olwaziwa nangokuthi uhlelo lwe-off-grid solar luhlobo olungabizi kakhulu ohlelweni lwe-solar. Luyisethi ephelele ye-solar eza namaphaneli e-solar asebenza kahle kakhulu. I-inverter ye-solar engekho ku-grid, ibhethri le-lithium ion noma ibhethri le-gel kanye nezinye izesekeli ze-solar ezijwayelekile. Lolu hlelo lwe-solar ngeke lukunikeze ugesi oqhubekayo kuphela kodwa luzophinde lunciphise izikweletu zakho zikagesi ezisindayo.

Uhlelo lokukhiqizwa kwamandla elanga olusebenzisa igridi luguqula amandla elanga abe amandla kagesi, aludluli endaweni yokugcina ibhethri, ngqo nge-inverter exhunywe kugridi, futhi luthumela amandla kagesi kugridi.

Isethi ephelele yesistimu yokuphehla amandla elanga iqukethe amaphaneli elanga, i-inverter eyodwa noma eziningana zegridi, idivayisi ye-Wifi Monitor, ama-Bracket okuFaka kanye nemishini yokuxhuma igridi.

Abasebenzisi bangadlulisela amandla amaningi kugridi lapho esetshenziswa khona abanye abasebenzisi. Impendulo yenziwa ngemitha ukuqapha amandla adluliselwe kumithwalo ye-AC isigaba esisodwa (110/120V; 220/230/240Vac) noma isigaba sesithathu (240V; 380V; 480Vac).

Izinhlelo zokuphehla ugesi ezixhunywe kugridi yelanga zingasetshenziswa naseziteshini zikagesi zezentengiselwano, zezimboni, kanye nekahulumeni. Uma kuqhathaniswa nezinhlelo ezixhunywe kugridi yekhaya, izinhlelo ezixhunywe kugridi yezimboni nezentengiselwano zikhiqiza ugesi omningi kakhulu kunezinhlelo ezijwayelekile ezixhunywe kugridi yekhaya ukuze kuhlangatshezwane nezidingo zikagesi zansuku zonke. Ama-inverter axhunywe kugridi asebenzisa kakhulu ugesi wezigaba ezintathu. Izinhlelo zokuphehla ugesi ezixhunywe kugridi zingasebenzisa amandla elanga ukonga inani elikhulu lezikweletu zikagesi. Kuze kube manje, izinhlelo zelanga ezixhunywe kugridi zifakwe emikhakheni eminingi, njengamahhotela, izitolo ezinkulu, amafektri, nasemapulazini.

● Zonke izinto zokusebenza zinewaranti engaphezu kweminyaka emi-5.

● Isevisi ethembekile ngemuva kokuthengisa ngesikhathi sewaranti, shintsha noma ulungise zonke izingxenye.

● Ubukhulu bomkhiqizo kanye nokubukeka okubonakalayo kuleli shidi ledatha kungokwesilinganiso.

Uhlelo lokukhiqizwa kwamandla elanga olusebenzisa igridi luguqula amandla elanga abe amandla kagesi, aludluli endaweni yokugcina ibhethri, ngqo nge-inverter exhunywe kugridi, futhi luthumela amandla kagesi kugridi.

Uhlelo lokukhiqizwa kwamandla elanga olusebenzisa igridi luguqula amandla elanga abe amandla kagesi, aludluli endaweni yokugcina ibhethri, ngqo nge-inverter exhunywe kugridi, futhi luthumela amandla kagesi kugridi.

Uhlelo lokukhiqizwa kwamandla elanga olusebenzisa igridi luguqula amandla elanga abe amandla kagesi, aludluli endaweni yokugcina ibhethri, ngqo nge-inverter exhunywe kugridi, futhi luthumela amandla kagesi kugridi.

Isilawuli se-MPPT sine-voltage efanayo yokusebenza njenge-PWM, ekwazi ukufaka esikhundleni i-PWM kahle futhi iyonga futhi iyasebenza. Ngaphezu kwalokho, i-chip ye-microcomputer eyodwa ene-chip eyodwa engenisiwe, esebenza kahle engu-99%, enomsebenzi wokupholisa osebenza kahle kakhulu, isikrini sokubonisa umbala we-LCD, ingabonisa amandla okukhipha, ukulawula ukukhanya, ukulawula isikhathi, ukuphuma kwe-USB okubili, ingashaja amabhethri e-lithium namabhethri e-lead-acid.

Lo mkhiqizo ungabona amandla amaphaneli elanga ngesikhathi sangempela, futhi ulandelele inani lamanje le-voltage ephezulu kakhulu, wenze uhlelo olunamandla amakhulu okukhipha ukushaja ibhethri. Isetshenziswa ohlelweni lwe-pv yelanga olungaphandle kwegridi, ihlanganisa imizamo yamaphaneli elanga, ibhethri, umthwalo, kuyisisekelo seyunithi yokulawula uhlelo lwe-pv olungaphandle kwegridi.

Lesi silawuli siyisilawuli selanga esizenzakalelayo esingu-12V / 24V, ukufakwa kokuqala, qiniseka ukuthi ibhethri line-voltage eyanele, ukuze isilawuli sikwazi ukubona kahle uhlobo lwebhethri.

Isilawuli se-MPPT siyisilawuli sokushaja selanga se-photovoltaic esithuthukisiwe, esisebenzayo nesiguquguqukayo. Sisebenzisa ubuchwepheshe bokulawula be-MPPT (ukulandelela amaphuzu wamandla aphezulu) ngokusebenza kahle kokuguqulwa okuphezulu njengo-99%, kunesilawuli selanga sendabuko ukuze sisindise ngaphezu kuka-30% wamamojula we-solar photovoltaic. Ngokuphathwa kwebhethri okuhlakaniphile, lesi silawuli sokushaja sinomsebenzi wokunxephezela izinga lokushisa, ukuphathwa kwebhethri okuphumelelayo nokwelula impilo yebhethri. Isilawuli sine-interface yokuxhumana ye-RS485 ehlanganisiwe enganikeza inqubo yokuxhumana, ukuphathwa kokuhlanganiswa kwamakhasimende okulula.