POLY, 60 cikakkun sel 270W-290W tsarin hasken rana
Babban Ƙarfafa Ƙarfafawa / Ƙarfafa Ƙarfafawa
Ingantaccen Aminci
Ƙananan LID / LETID
Babban Daidaitawa
Ingantattun Yanayin Zazzabi
Ƙananan Yanayin Aiki
Ingantaccen Lalacewa
Fitaccen Ayyukan Ƙarshen Haske
Na Musamman PID Resistance
| Cell | Poly 157*157mm |
| No. na sel | 60(6*10) |
| Matsakaicin Ƙarfi (Pmax) | 270-290W |
| Matsakaicin inganci | 16.6-17.8% |
| Akwatin Junction | IP68,3 diodes |
| Matsakaicin Tsarin Wutar Lantarki | 1000V/1500V DC |
| Yanayin Aiki | -40℃～+85℃ |
| Masu haɗawa | MC4 |
| Girma | 1640*992*35mm |
| No.na daya 20GP ganga | Saukewa: 310PCS |
| No.na daya 40HQ ganga | Saukewa: 952PCS |
Garanti na shekaru 12 don kayan aiki da sarrafawa;
Garanti na shekaru 30 don ƙarin fitarwar wutar layi.
* Layukan samar da ci gaba mai sarrafa kansa da masu siyar da kayan albarkatu na farko suna tabbatar da cewa hasken rana sun fi dogaro.
* Duk jerin sassan hasken rana sun wuce TUV, CE, CQC, ISO, UNI9177- Takaddar ingancin ingancin Class 1.
* Ci gaban Half-cells, MBB da fasaha na PERC mai amfani da hasken rana, ingantaccen tsarin hasken rana da fa'idodin tattalin arziki.
* Matsayi mai inganci, mafi kyawun farashi, tsawon rayuwar sabis na shekaru 30.
An yi amfani da shi sosai a cikin tsarin PV na zama, kasuwanci & tsarin PV na masana'antu, tsarin PV mai amfani-ma'auni, tsarin ajiyar makamashin hasken rana, famfo ruwan hasken rana, tsarin hasken rana na gida, saka idanu na hasken rana, fitilun titin hasken rana, da sauransu.
60 cikakken baturi 270W-290W na'urorin hasken rana babban zaɓi ne don shigarwar hasken rana na zama da kasuwanci.Suna da kyau don rufin rufi da tsarin da aka ɗora ƙasa inda sarari ya iyakance.Girman girman su da babban inganci ya sa su zama zaɓi mai tsada don masu gida suna neman rage kuɗin wutar lantarki da sawun carbon.Hakanan ana amfani da waɗannan na'urori a cikin ƙananan aikace-aikacen kashe-kashe, kamar zango ko jirgin ruwa, saboda ana iya jigilar su cikin sauƙi da shigar da su a wurare masu nisa.
60-cell da 72-cell solar modules ne daban-daban masu girma dabam na solar panels amfani da hasken rana shigarwa.Bangarorin 60-raka'a gabaɗaya ƙanana ne kuma mafi ƙanƙanta, yayin da bangarori 72 masu girma da ƙarfi.Zaɓin tsakanin su biyun ya dogara da takamaiman bukatun shigarwar hasken rana, kamar sararin samaniya, fitarwa da ake so da kasafin kuɗi.
Polycrystalline ko polycrystalline solar module wani nau'in tsarin hasken rana ne wanda aka yi ta amfani da ƙwayoyin siliki waɗanda aka narke kuma a jefa su cikin ingots.Daga nan sai a yayyanka waɗannan ingots cikin waƙafi, waɗanda ake amfani da su don yin ƙwayoyin rana.Sa'an nan ana haɗa ƙwayoyin sel na hasken rana tare da tattara su don ƙirƙirar samfuran hasken rana.Kwayoyin polycrystalline sun ɗan ƙasa da inganci fiye da ƙwayoyin hasken rana na monocrystalline, amma ba su da tsada don samarwa.
Anan akwai wasu fa'idodi na amfani da samfuran hasken rana na polycrystalline silicon:
1. Cost-tasiri: Polycrystalline solar modules suna da ƙasa don samarwa fiye da tsarin hasken rana na monocrystalline, yana mai da su zaɓi mai dacewa na kasafin kuɗi don masu gida da kasuwancin da ke neman shigar da hasken rana.
2. Inganta ingantaccen aiki: Kamar yadda fasaha ke ci gaba, ingantaccen kayan aikin siliki na siliki na polycrystalline ya zama mafi girma da girma, kuma bambanci tsakanin siliki na polycrystalline da monocrystalline silicon solar modules ya zama ƙasa da bayyane.
3. Eco-friendly: Yin amfani da hasken rana yana rage sawun carbon ɗin ku kuma yana taimakawa inganta hanyoyin samar da makamashi mai dorewa.
4. Dorewa: Polycrystalline silicon solar cell modules suna da tsawon rayuwar sabis kuma suna iya jure yanayin yanayi mai tsauri.
A taƙaice, na'urorin hasken rana na polycrystalline silicon suna da kyakkyawan zaɓi ga waɗanda ke neman fa'idar tattalin arziƙin hasken rana wanda ke da inganci, dorewa, da abokantaka na muhalli.Maiyuwa ba su da inganci kamar na'urorin hasken rana na monocrystalline, amma ci gaban fasaha ya sanya su zama mashahurin zabi ga masu gida da kasuwancin da ke neman shigar da hasken rana.
