Iimveliso

Ibhetri ye-asidi ye-lead ye-Sunnal deep cycle Amandla okwenyani aluhlaza, ukumelana okuphantsi kwangaphakathi, izinga eliphantsi lokuzikhupha, izinga eliphantsi legesi, uyilo oluhlala ixesha elide, uluhlu lobushushu olubanzi, amandla okubuyisela ukukhupha ukukhupha amdaka kakuhle kakhulu.

Inkqubo yamandla elanga/omoya. Izixhobo zamandla ezingaphazanyiswayo (ii-UPS). Inkqubo yamandla ombane (ii-EPS). Izixhobo zamandla zeDC. Inkqubo yoLawulo oluZenzekelayo

Iibhetri zekristale zithathwa njengebhetri ekhuselekileyo nesebenza kakuhle kakhulu esekelwe kwi-lead, enokusetyenziswa kwakhona ukuya kuthi ga kwi-99%. Iinkqubo zokugcina amandla ezikumgangatho ophezulu zebhetri ezifikelelekayo ezihambelanayo ukuze zilungele usetyenziso olwahlukeneyo.

I-Sunnal 10kw 15kw 20kw 25kw 30kw okanye ngaphezulu okwenziwe ngokwezifiso. Inkqubo yokuvelisa amandla elanga ye-Sunnal Off-grid isebenzisa iiphaneli zelanga ukuguqula amandla elanga abe ngumbane xa kukho ukukhanya, kwaye inika amandla kumthwalo nge-solar charge kunye ne-discharge controller, kwaye itshaja ibhetri ngaxeshanye. Kwimozulu enamafu okanye kungekho kukhanya, ipakethi yebhetri inika amandla kumthwalo we-DC nge-solar charge kunye ne-discharge controller. Kwangaxeshanye, ibhetri inika amandla ngqo kwi-inverter ezimeleyo, kwaye i-inverter ezimeleyo iyiguqula ibe ngamandla e-AC ukubonelela ngamandla kumthwalo we-AC.

Inkqubo yamandla elanga yeSunnal eyaziwa ngokuba yinkqubo yelanga engasebenzi kwigridi yeyona ibiza kakhulu kwinkqubo yelanga. Yinkqubo yelanga epheleleyo eza neephaneli zelanga ezisebenzayo kakhulu. I-inverter yelanga engasebenzi kwigridi, ibhetri ye-lithium ion okanye ibhetri yejeli kunye nezinye izixhobo zelanga eziqhelekileyo. Le nkqubo yelanga ayizukukunika umbane oqhubekayo kuphela kodwa iya kunciphisa iindleko zakho zombane ezinzima.

Inkqubo yokuvelisa umbane welanga ekwigridi iguqula amandla elanga abe ngamandla ombane, ayidluli kwindawo yokugcina ibhetri, ngqo nge-inverter eqhagamshelwe kwigridi, kwaye ithumela amandla ombane kwigridi.

Iseti epheleleyo yenkqubo yokuvelisa amandla elanga iqulathe iiphaneli zelanga, enye okanye ezininzi ezikwigridi ye-inverters, isixhobo seWifi Monitor, iiBrackets zokuFaka kunye nezixhobo zoqhagamshelo lwegridi.

Abasebenzisi banokufaka amandla angaphezulu kwigridi apho asetyenziswa khona ngabanye abasebenzisi. Impendulo yenziwa ngemitha ukujonga amandla adluliselwe kwimithwalo ye-AC kwisigaba esinye (110/120V; 220/230/240Vac) okanye isigaba sesithathu (240V; 380V; 480Vac).

Iinkqubo zokuvelisa umbane eziqhagamshelwe kwigridi yelanga zingasetyenziswa nakwizikhululo zamandla zorhwebo, zoshishino, kunye norhulumente. Xa kuthelekiswa neenkqubo eziqhagamshelwe kwigridi yasekhaya, iinkqubo eziqhagamshelwe kwigridi yemizi-mveliso kunye nezorhwebo zivelisa umbane omninzi kakhulu kuneenkqubo eziqhelekileyo eziqhagamshelwe kwigridi yasekhaya ukuze kuhlangatyezwane neemfuno zombane zemihla ngemihla. Ii-inverters eziqhagamshelwe kwigridi zisebenzisa ikakhulu umbane wesigaba sesithathu. Iinkqubo zokuvelisa umbane eziqhagamshelwe kwigridi zinokusebenzisa amandla elanga ukonga imali eninzi yombane. Okwangoku, iinkqubo zelanga eziqhagamshelwe kwigridi ziye zaziswa kwiinkalo ezininzi, ezinje ngeehotele, iivenkile ezinkulu, iifektri, kunye neefama.

● Zonke izixhobo zinewaranti engaphezu kweminyaka emi-5.

● Inkonzo ethembekileyo emva kokuthengisa ngexesha lewaranti, tshintsha okanye ulungise zonke iindawo.

● Ubungakanani bemveliso kunye nenkangeleko ebonakalayo kweli phepha ledatha ayichazwanga.

Inkqubo yokuvelisa umbane welanga ekwigridi iguqula amandla elanga abe ngamandla ombane, ayidluli kwindawo yokugcina ibhetri, ngqo nge-inverter eqhagamshelwe kwigridi, kwaye ithumela amandla ombane kwigridi.

Inkqubo yokuvelisa umbane welanga ekwigridi iguqula amandla elanga abe ngamandla ombane, ayidluli kwindawo yokugcina ibhetri, ngqo nge-inverter eqhagamshelwe kwigridi, kwaye ithumela amandla ombane kwigridi.

Inkqubo yokuvelisa umbane welanga ekwigridi iguqula amandla elanga abe ngamandla ombane, ayidluli kwindawo yokugcina ibhetri, ngqo nge-inverter eqhagamshelwe kwigridi, kwaye ithumela amandla ombane kwigridi.

Isilawuli seMPPT sinevolthi yokusebenza efanayo nePWM, efikelela kwindawo efanelekileyo yePWM kwaye ingabizi kwaye iyasebenza. Ukongeza, itshiphu ye-microcomputer engenisiweyo ene-single-chip, esebenza kakuhle ngama-99%, inomsebenzi wokupholisa ophezulu, isikrini sokubonisa umbala se-LCD, inokubonisa umbane okhutshwayo, ulawulo lokukhanya, ulawulo lwexesha, imveliso ye-USB ezimbini, inokutshaja iibhetri ze-lithium kunye neebhetri ze-lead-acid.

Le mveliso inokubona amandla eephaneli zelanga ngexesha langempela, kwaye ilandelele ixabiso langoku le-voltage ephezulu, yenze inkqubo ibe namandla aphezulu okutshaja ibhetri. Isetyenziswa kwinkqubo ye-pv yelanga engaphandle kwegridi, ilungelelanisa imizamo yeephaneli zelanga, ibhetri, umthwalo, ngundoqo weyunithi yolawulo lwenkqubo ye-pv engaphandle kwegridi.

Esi silawuli sisilawuli selanga esizenzekelayo se-12V / 24V, ukufakwa kokuqala, qiniseka ukuba ibhetri ine-voltage eyaneleyo, ukuze isilawuli sikwazi ukubona ngokuchanekileyo uhlobo lwebhetri.

Isilawuli seMPPT sisilawuli setshaja yelanga esiphucukileyo, esisebenzayo nesiguquguqukayo. Sisebenzisa itekhnoloji yokulawula yeMPPT (ukulandelela indawo yamandla ephezulu) esebenza kakuhle ekuguquleni ukuya kuthi ga kwi-99%, kunesilawuli selanga sendabuko ukonga ngaphezulu kwe-30% yeemodyuli ze-solar photovoltaic. Ngolawulo lwebhetri olukrelekrele, esi silawuli setshaja sinomsebenzi wokuhlawula ubushushu, ulawulo olusebenzayo lwebhetri kunye nokwandisa ubomi benkonzo yebhetri. Isilawuli sidibanise ujongano lonxibelelwano lweRS485 olunokubonelela ngeprotocol yonxibelelwano, ulawulo olulula lokudibanisa abathengi.