Ngabe isitoreji sebhethri ku-solar inverter sisebenza kanjani?

Kweuhlelo lokuphehla amandla elanga , ibhethri lamandla liyingxenye ebalulekile yokufakwa, ngoba uma igridi yamandla ihluleka, amaphaneli elanga angaqinisekisa ukunikezwa kwamandla okuqhubekayo. Lesi sihloko sizohlukanisa imisebenzi ebonakala iyinkimbinkimbi yalolu hlobo lwedivayisi yesitoreji ibe izinqubo ezimbalwa eziqondakala kalula. Izingxoxo zizozungeza emabhethrini asevele ebhanqiwe namasistimu elanga, kunesitoreji samaphaneli elanga ngalinye.

1. Nikeza amandla elanga

Uma ukukhanya kwelanga kushaya iphaneli, ukukhanya okubonakalayo kuguqulwa kube amandla kagesi. Ugesi ugeleza ungene ebhethrini futhi ugcinwa ungowamanje oqondile. Kubalulekile ukuqaphela ukuthi kunezinhlobo ezimbili zamaphaneli elanga: i-AC ehlanganisiwe ne-DC ehlanganisiwe. Lesi sakamuva sine-inverter eyakhelwe ngaphakathi engaguqula yamanje ibe yi-DC noma i-AC. Ngaleyo ndlela, amandla elanga e-DC azogeleza esuka kumaphaneli aye kusiguquli samandla sangaphandle, esizowaguqulela kumandla we-AC angasetshenziswa izinto zakho zikagesi noma agcinwe kumabhethri e-AC. I-inverter eyakhelwe ngaphakathi izoguqula amandla e-AC abuyele kumandla e-DC ukuze agcinwe ezimweni ezinjalo.

Ngokungafani namasistimu ahlanganiswe ne-DC, ibhethri alinayo i-inverter eyakhelwe ngaphakathi. Ngaleyo ndlela, amandla e-DC avela kumaphaneli elanga ageleza angene ebhethrini ngosizo lwesilawuli sokushaja. Ngokungafani nokufakwa kwe-AC, isiguquli samandla kule sistimu sixhuma kuzintambo zasekhaya kuphela. Ngakho-ke, amandla avela kumaphaneli elanga noma amabhethri aguqulwa esuka ku-DC aye ku-AC ngaphambi kokuthi ageleze ezinsizeni zasekhaya.

2. Inqubo yokushaja ye-solar inverter

Ugesi ogeleza usuka kumaphaneli e-solar inverter uzobekwa phambili ekufakweni kukagesi ekhaya lakho. Ngakho, ugesi unika amandla amadivayisi akho ngokuqondile, njengeziqandisi, omabonakude, nezibani. Ngokuvamile, ama-solar panel azokhiqiza amandla amaningi kunalokho owadingayo. Ngokwesibonelo, ntambama kushisa, kukhiqizwa ugesi omningi, kodwa indlu yakho ayisebenzisi amandla amaningi. Esimeni esinjalo, ukulinganiswa kwenetha kuzokwenzeka, lapho amandla engeziwe ageleza kugridi. Nokho, ungasebenzisa lokhu kuchichima ukushaja ibhethri.

Inani lamandla agcinwe ebhethrini lincike esilinganisweni sokushajwa kwayo. Isibonelo, uma ikhaya lakho lingawasebenzisi amandla amaningi, inqubo yokushaja izoshesha. Ukwengeza, uma uxhuma kuphaneli enkulu, amandla amaningi azogeleza angene endlini yakho, okusho ukuthi ibhethri lingashaja ngokushesha. Uma ibhethri selishajwe ngokugcwele, isilawuli sokushaja sizoyivimbela ekushajweni ngokweqile.

Kungani Amabhethri e-Solar Inverter?

1. Vikela ekunqamukeni kukagesi

Uma uxhumeke kugridi, kukhona njalo isikhathi lapho uhlelo lokudlulisa luhluleka noma luvalwa ukuze lulungiswe. Uma lokhu kwenzeka, isistimu izohlukanisa indlu yakho kugridi futhi ivule amandla okulondoloza. Esimeni esinjalo, ibhethri izosebenza njengejeneretha eyisipele.

2. Uhlelo lwesilinganiso sesikhathi sokusebenzisa

Kulolu hlobo lohlelo, ukhokhiswa ngokusekelwe kokuthi mangakanani amandla owasebenzisayo nokuthi uwasebenzisa isikhathi esingakanani. I-TOU ithi amandla atholakala kugridi ebusuku abaluleke kakhulu kunamandla engeziwe akhiqizwa emini. Ngaleyo ndlela, ngokugcina amandla engeziwe futhi uwasebenzise ebusuku, unganciphisa izindleko zikagesi zekhaya lakho.

Njengoba umhlaba wamukela "amandla aluhlaza," amaphaneli elanga asethubeni lokuthatha indawo yemithombo kagesi evamile. Amaphaneli elanga adlala indima ebaluleke kakhulu ekuqinisekiseni ukuthi ikhaya lakho linamandla athembekile. Amabhethri ahlanganiswe ne-AC ane-inverter eyakhelwe ngaphakathi eguqula yamanje ibe yi-DC noma i-AC kuye ngokuthi ikuphi. Ngakolunye uhlangothi, amabhethri ahlanganiswe ne-DC awanaso lesi sici. Nokho, kungakhathaliseki ukufakwa, womabili amabhethri agcina amandla kagesi ku-DC. Isivinini ugesi ogcinwa ngaso ebhethrini sincike kusayizi wephaneli kanye nokusetshenziswa komshini.