I-DKGB2-1200-2100-2113003
Iimpawu zobugcisa
1. Ukunyanzelwa kokusebenza kakuhle: Ukusetyenziswa kwezinto ezingasentla zokungenisa elizweni kunye nenkqubo ephezulu yokuncedisa kwenza umntu ophumeleleyo kunye nobuchule bokwamkelwa komntu omncinci.
2. Ukunyamezelana kobushushu obuphakamileyo kunye nophantsi
3. Umjikelo omde-Ubomi: Ubomi boMlo we-Acid Acid kunye nothotho lwejell ukuya kuthi ga kwiminyaka engaphezu kwe-15 ne-18 ngokwahlukeneyo, u-Forf Arid uyiyo. kwaye i-electrolvte ayikho umngcipheko wokusebenzisa amalungelo amaninzi empahlalo enqabileyo, iNanoscale ingeniswe elizweni ukusuka eJamani njengezixhobo ze-nanometer colloid zonke ngophando oluzimeleyo zonke ngophando oluzimeleyo zonke ngophando oluzimeleyo.
I-4. Ukubekwa kwendalo: ICDMIUM (CD), enetyhefu kwaye akukho lula ukuphinda isebenze, ayikho. I-acid leakhgege gel i-enctrorovte ayizukwenzeka. Ibhetri isebenza ekukhuseleni nasekukhuseleni kwendalo.
5. Umsebenzi wokubuyisela kwakhona: ukwamkelwa kwezibalo ezikhethekileyo kwaye i-scals ekhokelayo yenza ukuba ikhuphe i-velite ephantsi, ukunyamezelana okunzulu okunzulu, kunye nokufumana amandla okubuyisela.
Iparameter
| Imodeli | I-Voltage | Amandla | Ubunzima | Ubungakanani |
| Dkbb2-100 | 2v | I-100ah | I-5.3kg | 171 * 71 * 205 * 205mm |
| I-DKGB2-200 | 2v | Ngu-200 | 12.7Kg | 171 * 110 * 325 * 364mm |
| Dkbb2-20 | 2v | I-227a | 13.6kg | 171 * 110 * 325 * 364mm |
| I-DKGB2-250 | 2v | 250a | 16.6Kg | I-170 * 150 * 355 * 36mm |
| I-DKGB2-300 | 2v | I-300ah | 18.1kg | I-170 * 150 * 355 * 36mm |
| DKGB2-400 | 2v | I-400ah | 25.8kg | I-210 * 171 * 353 * 363mm |
| Dkbb2-40 | 2v | 43ah | 26.5kg | I-210 * 171 * 353 * 363mm |
| I-DKGB2-4050 | 2v | I-450h | 27.9kg | 241 * 172 * 354 * 365mm |
| DKGB2-500 | 2v | I-500ah | 29.8kg | 241 * 172 * 354 * 365mm |
| I-DKGB2-600 | 2v | I-600 | 36.2kg | 301 * 175 * 355 * 36mm |
| I-DKGB2-800 | 2v | I-800 | I-50.8kg | I-410 * 175 * 354 * 36mm |
| Dkbb2-900 | 2v | I-900a | I-55.6kg | I-474 * 175 * 351 * 3600mm |
| I-DKGB2-1000 | 2v | 1000ah | I-59.4kg | I-474 * 175 * 351 * 3600mm |
| I-DKGB2-1200 | 2v | 1200a | I-59.5kg | I-474 * 175 * 351 * 3600mm |
| Dkbb2-1500 | 2v | I-1500ah | I-96.8kg | I-400 * 3550 * 348 * 382mm |
| I-DKGB2-1600 | 2v | I-16 00 | I-101.6KG | I-400 * 3550 * 348 * 382mm |
| I-DKGB2-2000 | 2v | I-2000ah | I-120.8kg | I-490 * 350 * 345 * 382mm |
| Dkbb2-2500 | 2v | I-2500h | I-147kg | I-710 * 350 * 345 * 382mm |
| I-DKGB2-3000 | 2v | I-3000ah | I-185kg | I-710 * 350 * 345 * 382mm |
Inkqubo yemveliso
Khokelela kwezinto ezingaqhelekanga
Inkqubo yePlanethi yePlanethi
I-electrode yelding
Inkqubo yenkqubo
Inkqubo yokutywina
Inkqubo yokugcwalisa
Inkqubo yokubiza
Ukugcinwa nokuhambisa
Iziqinisekiso
Ngaphezulu kokufunda
Ubume kunye nomgaqo wokuSebenza wePhotovoltaic amandla
Iinkqubo zokuvelisa amandla ePhotovoltaic ikakhulu zibandakanya iinkqubo zeGridi kunye neenkqubo zegridi. Njengoko igama lithetha, iinkqubo zegridi ezixhunyiwe kwigridi ezidluliselwa ziifotovoltaic iinkqubo zegridi yesizwe ngendlela efanayo. Iinkqubo ezixhunyiweyo zegridi zenziwe ikakhulu ziimodyuli zefotovoltaic, amantshontsho, iibhokisi zokuhambisa kunye nezinye izinto. Iinkqubo zegridi zisebenza ngokuzimeleyo kwaye azidingi zixhomekeke kwigridi yoluntu. Iinkqubo zegridi kufuneka zixhotywe ngeebhetri kunye nabalawuli belanga ukuze bafumane imigudu yamandla kwaye banike amandla kumthwalo xa inkqubo yefoto ayikhange isebenze ngamandla usuku.
Ngayiphi na indlela, imigaqo-siseko yokusebenza kukuba iimodyuli zefotovoltaic ziguqula amandla okukhanya, kwaye okwangoku iguqulwe ibe yeyokusetyenziswa kwe-inverter, ukuze ekugqibeleni iqaphele imisebenzi yokusetyenziswa kombane kunye nokufikelela kwi-Intanethi.
1. Imodyuli yefotovoltaic
Imodyuli ye-PV yeyona nto iphambili kuyo yonke inkqubo yokuvelisa amandla e-PV, edityaniswe yi-PV Mods zeModyuli okanye iimodyuli ze-PV zokucocwa kweenkcukacha ezahlukeneyo ezinqunywe nguMatshini wokusika i-laser okanye yomatshini wokusika ucingo. Kuba okwangoku kunye nevolthi yeseli enye yefoto incinci kakhulu, kuyimfuneko ukuba uqale ufumane i-voltage ephezulu malunga nothotho, emva koko ufumana okuphezulu ngokuhambelana ne-Diode Intsimbi engenasimo, ialuminiyam okanye enye i-stallforlic, faka iglasi ngaphezulu kunye ne-backplane ngasemva, yizalise nge-nitrogen, kwaye uyitywine nge-nitrogen, kwaye uyitywine nge-nitrogen, kwaye uyitywine nge-nitrogen, kwaye uyitywine. Iimodyuli ze-PV zidityaniswe uthotho kwaye zihambelana nokwenza uluhlu lwemodyuli ye-PV, ekwabizwa ngokuba yi-PV.
Umgaqo oSebenzayo: Ilanga likhanya kwi-semiconductor pn junction, lenza isibini esitsha se-holeron. Phantsi kwesiphumo secandelo lombane le-PN Junction, imingxunya ihamba ukusuka kwindawo ye-P ukuya kwingingqi ye-N, kwaye i-elektroni ivela kwindawo ye-N ukuya kwindawo ye-P. Emva kokuba isekethe ixhunyiwe, kwenziwa okwangoku. Umsebenzi wayo kukuguqula amandla elanga kububanzi bombane kwaye uyithumele kwibhetri yokugcina ukugcina umthwalo, okanye ukuqhuba umthwalo ukuze usebenze.
I-2. Isilawuli (senkqubo yegridi)
Isixhobo sefotovoltaic sisixhobo esinokulawula ngokuzenzekelayo esinokuthi sithintele ngokuzenzekelayo ibhetri kakhulu kunye ne-overdischarcage. Isikhalo se-CPU se-CPU esine-CPU kunye nokuguqulwa okuphezulu kwe-A / D sisetyenziswa njengenkqubo yokulawula i-nicacomputer kunye nenkqubo yokulawula, engenakuphikiswa kwenkqubo yokusebenza ye-Pephvoltaic, fumana ulwazi lwe-PV Isikhululo nangaliphi na ixesha, kodwa siqokelele idatha yembali yesitishi se-PV, sibonelela ngesiseko esichanekileyo kunye nokuvavanywa komgangatho wezinto zenkqubo, kwaye nomsebenzi we Ukuhanjiswa kwedatha yoNxibelelwano kwi-SPV, ukufakwa kwenkqubo ye-PV ezininzi kunokulawulwa ngokusisiseko kwaye kulawulo ekude.
I-3. I-Inverter
I-inverter sisixhobo esiguqula i-Rive eveliswe nguPotovoltaic amandla okutshintsha kwangoku. I-Initvoltaic Inverter yenye yenkqubo ebalulekileyo yenkqubo kwinkqubo yefotvovoltaic kwinkqubo ye-Photovoltaic ye-Photovlic kwaye inokusetyenziswa ngezixhobo ezinamandla ze-AC. I-Inarter yelanga inemisebenzi ekhethekileyo yokusebenzisana ne-Potovoltaic Uluhlu, njengokulandelela okuphezulu kwamandla amanqaku kunye nokhuseleko lwempembelelo yesiqithi.
Ibhetri (ayifuneki kwi-Grid System)
Ibhetri yokugcina sisixhobo sokugcina umbane kwiFotovoltaic amandla. Okwangoku, zine iintlobo ze-acid-acid iibhetri, iibhetri eziqhelekileyo ze-Acid, iibhetri zegesi kunye neebhetri ze-Alkaline zeAlkalium, kunye ne-Acid ePhezulu ye-Acid-I-Acid esetyenziswayo kunye neebhetri ze-acid esetyenziswayo.
Umgaqo wokuSebenza: Ukukhanya kwelanga kuyakhanya kwimodyuli yefotovoltaic ngexesha lasemini, kuvelisa i-DC Voltage, iguqule amandla okukhanya kumandla ombane, kwaye emva koko uyidlulisele kumlawuli. Emva kokukhuselwa okugqithisileyo komlawuli, amandla ombane adluliselwe kwimodyuli yefotovoltaic idluliselwa kwibhetri yokugcina, ukuze isetyenziswe xa kufuneka.
