ibhuku lipo soloyithi
Amabheti we-solar lilo lisophihleyo esincane lokuhlwa kwezindlela ezikhoyo zokuthi i-technology yeli-lithium polymer kunye nokucharga ngomsebenzi wesolayesi, ukuhlelwa okuningi lokulandelana nge-technology yesiphumo esisusiweyo. Amaphethu amakhulu amahluke amandla kakhulu yokuthi i-cell zakhe zeli-lithium polymer kunye nokuchargiswa ngomsebenzi wesolayesi wokuqala, ukusetshenziswa isiphumo sokuphucukiswa ngalokhu. Isistimu sokuqhubeka sibonisa umphathisi wakwesobizo olubekwe ngasemva kwesobizo lokusebenza lokuhlela uphawu wesolayesi, ukungavamisela ukuchargiswa ngokuphelele kwaye ukusetyenziswa kokuphucukiswa kuphumelele. Ngenxa yalokho, amabheti akhona amanani ayingxenye efanayo phakathi kwe-2000mAh kunye ne-10000mAh, abasebenza ngokuphi ndawonye kwi-applications eziningi, phakathi kwe-electronics ezindaweni kanye ne-installations esolayesi esincane. Amanani amahluke amadibanise amaphaneli amahluke amasolayesi esetshenziswa ngokusebenzisa i-photovoltaic technology ukufinyelela isintu sesolayesi kumoya omtsha, okuthi iphucukele kumahluko weli-lithium polymer cells kusekunye ukusetyenziswa. Umphathisi wakhe wokusetyenziswa wakhe wamondzele amagama amaningi amahluke amavolte, utemperatasha kunye nechargin status, ukusigcina ukusebenza kakhulu kunye nokuphucukiswa. Amabheti amahluke amafule indlela yocharge ngokuphelele phakathi kwe-6-8 izikati zokugcizelela elangweni, uzokusetyenziswa isiphumo sokuphucukiswa kakhulu kwi-applications ezindaweni kunye nezindaweni ezifana nezingaphandle. Ukugcwalisa komsebenzi wesolayesi kunye nokuthi i-technology ye-lithium polymer uyavamisela usuku lwendlela elandelayo, lokuthi lufuneka luyalele phakathi kwe-500-1000 amacharge cycles ngokubanzi ngokubanzi ngokuphucukiswa.
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