Izinto zokukhanya ezinamandla zisuka kwi-monocrystalline, polycrystalline silicon panels, kanye ne-thin-film photovoltaic cells. I-monocrystalline silicon solar panels inamandla okukhulu kakhulu ekwenzeni izinto, kanye nokuthi iyilula kakhulu, ikhona phambi kwe-polycrystalline silicon kanye ne-thin-film photovoltaic cells, ezinamandla ezitholakala kwi-150W ngosuku. Izinto zokukhanya zingabonwa ngokwesokudla, okuyinto 12V, 24V, 36V, njll.

Indlela eyodwa yokuthola ukuthi i-solar panel iyinhloko yayo yindlela yokuvula, okuyinto ikhishwa ngokuthi kuyinto isilinganiso esiphakeme kakhulu uma i-energy yasolwazi ayikwazi ukusebenza. Amavolthi amavula asekuqaleni kwezinkampani zesolwazi ziyi-20V, 36V, kanye ne-50V. Lo mvolthi nalo uyaqhubeka nokushintsha uma kukhona izivumelwano ezinzima, futhi kungaba nendawo. Umvolthi uyaqhubeka nokucacisa uma kungenzeka ukuthi kusha.

Indlela enye yokuthola amapaneli esolwazi iyindlela yokukhula, okuyinto inqubo yayo kwi-area yepaneli.

Izinkomba zezinkampani zinikeza izinkampani ezinzima, izinkampani ezisongelwayo, izinkampani zezinkampani, njll. Izinkomba ezinhlobo zezinkampani zingaba izinkomba kanye nenkampani. Izinkampani zezinkampani azikwazi ukuba nezinkomba ezibizwa ngokuthi zingaba nezinkomba ezithile kanye nenkampani ngenxa yezulu ezithile. Zingaba zingaba izinkomba ezithile kanye nenkampani ezithile. Inani elikhulu kakhulu kuyinto isimo esibalulekile sokuthi izinkomba zingaba nezinkomba ezithile kanye nenkampani. Isimo esibalulekile kuyinto isimo esibalulekile sokuthi izinkomba zingaba nezinkomba ezithile kanye nenkampani. Isimo esibalulekile kuyinto isimo esibalulekile sokuthi izinkomba zingaba nezinkomba ezithile kanye nenkampani. Isimo esibalulekile kuyinto isimo esibalulekile sokuthi izinkomba zingaba nezinkomba ezithile kanye nenkampani.

Isilinganiso esiphakeme kuyinto isilinganiso uma isivalo sesikhumba sivuliwe kuyona okuphakathi kanye nokukhanya okuphakathi, okungenani kwezinye izinto zesikhumba. Izinsimbi zesikhumba ezinye zingathandwa kanye nokukhanya okuthandwayo, nokukhanya okuthandwayo, futhi inkampani iyinkampani (inkampani yemoto yasikhumba).

Kunezinto ezintathu zemoto: izimoto zemagnethi ezinomthamo ophakathi we-DC, izimoto zemagnethi ezinomthamo ophakathi we-DC (izimoto zemagnethi ezinomthamo ziyi-AC ezimbili), izimoto zemithathu ezingenamthamo noma ezintathu zemithathu ezingenamthamo.

Izimoto zezimoto ze-DC zemagnethi ezilungile zineminyaka engaphezu kweminyaka engaphezu kwe-500. Lesi simiso sisebenza kahle kakhulu kanye nesikhathi esifushane. Lesi isicelo sisebenziswe.

Permanent magnet DC brushless motor is a new product in recent years, which is also the most advanced pump motor at present. Its scope includes square-wave-driven DC brushless motors, sine-wave-driven permanent magnet synchronous motors, which are 10 to 20% more efficient than the other two types of motors. This type of motor requires the use of a controller, and the power supply can be rectified by solar energy or alternating current.

Izinyathelo ezinhlanu ezivamile noma ezintathu ezivamile zezimoto zezimoto ezisebenziswe ngokuthile. Kusukela kubonakala, i-AC yezinga elingaphansi kwe-2.2KW iyasebenzisa i-AC 220V, futhi i-AC380V iyasebenzisa i-AC380V uma i-2.2KW. Lo mdlalo wemoto kumele ube ne-inverter uma usebenzisa ekhanyayo ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni 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ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC 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i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i-AC ekwenzeni i

Lemibhalo iyinhlanganisela ezibonakalisa ukubaluleka kwesolwazi esikhanyayo ekwenzeni umsakazo wokukhanya kwezinkanyezi ukuya kwezinkanyezi zomlilo. Ezinye izibonakalisi zingaba nazo zingase ziboniselela okuhambisana ngezikhathi zokukhanya nokukhanya kwesolwazi.

GenSolar inikeza izinhlobo eziningi kanye nezidingo zemikhawulo yezemvula zesolwazi ezinhle, ukufaka kanye nokwenza kube kancane, nokukhuseleko okuncane, okufaneleka kwezokusebenza, okwenzeka ekwakhiweni, futhi kungatholakala kanye nabanye abanikezi bamanzi. Uma ufuna ukwazi ngokuphelele mayelana nezindawo zemikhawulo yezemvula emva kokufunda okuphambene, ungakwazi ukuthola isolwazi esingaphansi kwaGenSolar.

With excellent R&D technology and high-quality products and services, GenSolar has quickly become one of the leading supplier of izinkuni zomoya zesolwaziSizama izidingo zabantu bethu ngaphambili, sisebenzisa indlela yesayensi yokuhlola okhethwe kakhulu kanye neqembu lokusebenza okwamanje, sisebenzisa ukulawula ubude bethu kwemvelo yonke. Ngokushesha, sizothatha kubantu izindlela zokwenza izinto kanye nezinsizakalo ezinikezwe ngokucophelela. Uma ufuna ukuthenga iphampu yamanzi ethu yesolwazi, sicela uxhumane nathi ngokushesha!