3KW solar off grid power generation system
Incazelo emfushane:
Iphaneli ye-solar photovoltaic
1. I-CSG A-grade polysilicon chip yamukelwe, ene-attenuation ephansi kanye nokukhiqizwa kwamandla okuzinzile.
2. Yamukela i-anti umlotha futhi kulula ukuyihlanza ingilazi eboshiwe, enekhono eliphezulu lokuphehla amandla.
3. Izingxenye zigunyazwe ama-ejensi wokuhlola we-TUV kanye ne-ETL ukuze zibe nokusebenza okuhle ngaphansi kwezimo ezidlulele (zezinga lokushisa, umthwalo, umthelela).
4. Ukusebenza kahle kokukhanya okubuthakathaka (ekuseni, kusihlwa, usuku oluguqubele) kuqinisekiswe ukuhlolwa okugunyaziwe okuvela eceleni
5. Ukubekezelela okuhle kwamandla okukhipha angu-0 kuye ku-+6W kuqinisekisiwe ukuze kuqinisekiswe ukuthi amakhasimende angathola amandla okukhipha ekhwalithi ephezulu phakathi neminyaka engama-25.
6. Ukuhlolwa kwe-EL okungu-100% kuzokwenziwa ngaphambi nangemuva kokulahlwa, futhi ukuhlolwa kwe-EL okungu-100% kuzokwenziwa emikhiqizweni eqediwe ukuze kunikeze isiqiniseko sekhwalithi ephezulu.
Umshini wokulawula i-inverter ohlanganisiwe
1. Isebenzisa ubuchwepheshe bokulawula idijithali obusezingeni eliphezulu kakhulu kanye ne-microprocessor eyinhloko engu-32-bit Cortex-M3 enesivinini esikhulu.
2. Idizayini ehlanganisiwe, isilawuli se-photovoltaic esakhelwe ngaphakathi esisebenza kahle kakhulu kanye ne-inverter ye-sine wave ehlanzekile, ukulahleka okuphansi okungenamthwalo.
3. Ifanele izinhlobo ezahlukene zamabhethri.
4. Okubalulekile kwe-PV/okubalulekile kwamandla amakhulu (ongakukhetha)
5. Umsebenzi wokuvikela uphelele, kufaka phakathi ngaphansi kwe-voltage, i-overvoltage, ukushisa ngokweqile, ukukhishwa, ukukhokhiswa ngokweqile, uxhumano lwe-anti reverse lwe-photovoltaic.
6. Isibonisi se-LED, esingabuka idatha yokusebenza kwemishini futhi sisekele ukuguqulwa kwemingcele yomshini wonke-in-one.
7. Ukukhipha okuzinzile, umthamo oqinile womthwalo, futhi ungavumelana nemithwalo ye-capacitive, resistive and inductive.
8. Ukushintsha okuzenzakalelayo kungabona ukusebenza okungagadiwe.
9. Ukusebenza okuzinzile, ukuphepha nokwethembeka, ukusebenza kahle okuphezulu, nempilo ende yesevisi.
Ibhethri yelanga
1. Isondlo samahhala (asikho isidingo sokwengeza i-asidi namanzi phakathi nokuphila kwenkonzo).
2. Impilo ende yenkonzo.
3. Izinga eliphansi lokulahlekelwa kwamanzi linganciphisa ngempumelelo ukomiswa kokuqala kwe-electrolyte.
4. Umjikelezo wokukhipha okujulile unokusebenza okuhle kakhulu futhi uthuthukisa ngokuphumelelayo ukuthembeka kwesistimu.
5. Inamandla ngaphezu kokukhishwa kokukhishwa.
6. Ukumelana nokukhokhiswa ngokweqile.
7. Ukumelana okuhle nomthamo omkhulu.
8. Ingasetshenziswa ezindaweni ezihlukene ukusuka ku-40 ℃ ukuya ku-60 ℃.
Izinsiza zihlanganisa:
1, ibhokisi lebhethri
2, ubakaki wephaneli yelanga
3, ikhebula
Iphaneli ye-solar photovoltaic
1. I-CSG A-grade polysilicon chip yamukelwe, ene-attenuation ephansi kanye nokukhiqizwa kwamandla okuzinzile.
2. Yamukela i-anti umlotha futhi kulula ukuyihlanza ingilazi eboshiwe, enekhono eliphezulu lokuphehla amandla.
3. Izingxenye zigunyazwe ama-ejensi wokuhlola we-TUV kanye ne-ETL ukuze zibe nokusebenza okuhle ngaphansi kwezimo ezidlulele (zezinga lokushisa, umthwalo, umthelela).
4. Ukusebenza kahle kokukhanya okubuthakathaka (ekuseni, kusihlwa, usuku oluguqubele) kuqinisekiswe ukuhlolwa okugunyaziwe okuvela eceleni
5. Ukubekezelela okuhle kwamandla okukhipha angu-0 kuye ku-+6W kuqinisekisiwe ukuze kuqinisekiswe ukuthi amakhasimende angathola amandla okukhipha ekhwalithi ephezulu phakathi neminyaka engama-25.
6. Ukuhlolwa kwe-EL okungu-100% kuzokwenziwa ngaphambi nangemuva kokulahlwa, futhi ukuhlolwa kwe-EL okungu-100% kuzokwenziwa emikhiqizweni eqediwe ukuze kunikeze isiqiniseko sekhwalithi ephezulu.
Umshini wokulawula i-inverter ohlanganisiwe
1. Isebenzisa ubuchwepheshe bokulawula idijithali obusezingeni eliphezulu kakhulu kanye ne-microprocessor eyinhloko engu-32-bit Cortex-M3 enesivinini esikhulu.
2. Idizayini ehlanganisiwe, isilawuli se-photovoltaic esakhelwe ngaphakathi esisebenza kahle kakhulu kanye ne-inverter ye-sine wave ehlanzekile, ukulahleka okuphansi okungenamthwalo.
3. Ifanele izinhlobo ezahlukene zamabhethri.
4. Okubalulekile kwe-PV/okubalulekile kwamandla amakhulu (ongakukhetha)
5. Umsebenzi wokuvikela uphelele, kufaka phakathi ngaphansi kwe-voltage, i-overvoltage, ukushisa ngokweqile, ukukhishwa, ukukhokhiswa ngokweqile, uxhumano lwe-anti reverse lwe-photovoltaic.
6. Isibonisi se-LED, esingabuka idatha yokusebenza kwemishini futhi sisekele ukuguqulwa kwemingcele yomshini wonke-in-one.
7. Ukukhipha okuzinzile, umthamo oqinile womthwalo, futhi ungavumelana nemithwalo ye-capacitive, resistive and inductive.
8. Ukushintsha okuzenzakalelayo kungabona ukusebenza okungagadiwe.
9. Ukusebenza okuzinzile, ukuphepha nokwethembeka, ukusebenza kahle okuphezulu, nempilo ende yesevisi.
Ibhethri yelanga
1. Isondlo samahhala (asikho isidingo sokwengeza i-asidi namanzi phakathi nokuphila kwenkonzo).
2. Impilo ende yenkonzo.
3. Izinga eliphansi lokulahlekelwa kwamanzi linganciphisa ngempumelelo ukomiswa kokuqala kwe-electrolyte.
4. Umjikelezo wokukhipha okujulile unokusebenza okuhle kakhulu futhi uthuthukisa ngokuphumelelayo ukuthembeka kwesistimu.
5. Inamandla ngaphezu kokukhishwa kokukhishwa.
6. Ukumelana nokukhokhiswa ngokweqile.
7. Ukumelana okuhle nomthamo omkhulu.
8. Ingasetshenziswa ezindaweni ezihlukene ukusuka ku-40 ℃ ukuya ku-60 ℃.
Izinsiza zihlanganisa:
1, ibhokisi lebhethri
2, ubakaki wephaneli yelanga
3, ikhebula