I-robot yokucoca i-PV ehlakaniphile, ukusebenza kakuhle komsebenzi kuphezulu kakhulu, ukuhamba ngaphandle okuphezulu kodwa njengokuhamba emhlabeni, ukuba ngokwendlela yendabuko yokucoca, kuthatha usuku ukugqiba, kodwa ngoncedo lwe-robot yokucoca ehlakaniphile ye-PV, kuphela iiyure ezintathu ukususa ngokucokisekileyo uthuli kunye nokungcola kumphezulu weemodyuli zephaneli ye-photovoltaic, emva kokucoca iipaneli zokuvelisa amandla e-photovoltaic ekukhanyeni kwelanga, ukuphucula ngokubonakalayo amandla okuvelisa i-robot ngexesha elifanayo. iyunifomu kwaye ayiyi kubangela iingxaki zesibini ezifihliweyo ezifana neentanda ezifihliweyo kwiiseli.
Iphaneli yokuvelisa amandla e-Photovoltaic ubukhulu becala ngokufunxa amandla elanga, iya kuguqulwa ibe ngumbane, i-photovoltaic ekusebenzeni kokwenyani, izinto ezivezwe kokusingqongileyo, uthuli lwangaphandle, i-lint, njl.njl. ziyahlukahlukana ngamanqanaba okubambelela kwiphaneli yemodyuli ye-photovoltaic, echaphazela ukusebenza okukhuselekileyo nozinzo kwesixhobo, okukhokelela kumacandelo afunyenweyo aphantsi kakhulu amandla okuvelisa amandla ombane.
Ukucoca ngexesha elifanelekileyo kunye nokugcinwa kweemodyuli ze-PV ngenye yezitshixo zokuchaphazela ukusebenza kakuhle kokuveliswa kwamandla kunye nobomi benkonzo. Umthamo wokuvelisa amandla unyuswe ngaphezu kwe-5% ngaphambi nangemva kokucoca i-robotic, ngaloo ndlela iphucula ngokuthe ngqo inzuzo yezoqoqosho kwizityalo zamandla ze-PV.
Ixesha lokuposa: Jun-02-2023
