Yaya ya kamata tsarin samar da wutar lantarki na photovoltaic ya kamata ya magance walƙiya?

著者：Iflowpower – Dodávateľ prenosných elektrární

Matsakaicin ƙarfin ƙarfin tasiri na na&39;urar tsarin wutar lantarki na photovoltaic shine 1.0kV. Lokacin da wutar lantarki inductive na walƙiya, halin yanzu ya fi ƙarfin juriya na kayan aiki, kayan aiki zai haifar da lalacewar kayan aiki.

Ta hanyar ruɓewa, bugun walƙiya mai inganci na farko, bugun haske mara kyau na farko, yajin haske mara kyau na farko, nisan aminci mai dacewa da igiyar walƙiya ta tarihi shine 5.1, 25.2, 50.

4, 9.8m, bi da bi. Dangane da bazuwar da ke sama, tsarin samar da wutar lantarki na hasken rana ya kamata ya saita na&39;urorin ma&39;adinai madaidaiciya bisa ga nau&39;in ginin kariyar walƙiya na biyu, amma kuma ɗaukar matakan mamayewar walƙiya da kariyar walƙiya na bugun jini don yin walƙiya ta haifar da ƙarfin lantarki, shigar da iko na yanzu A cikin haƙurinsa.

Matsakaicin kai tsaye da saukar da allon batir photovoltaic na hasken rana wanda ke fitowa daga jirgin sama mai tsayin mita 0.45 wanda aka kafa ta asalin tsiri mai haske, don haɓaka tsarin samar da wutar lantarki. Ana iya kiyaye walƙiya ta lever, layi, da hanyar sadarwa.

Tun da allon baturi yana da girma, ana amfani da layin walƙiya, cibiyar sadarwar filasha tana da manufar kariya, amma an saita waya da raga akan allon baturi. An katange inuwa na dogon lokaci allon baturi, yana tasiri sosai wajen samar da wutar lantarki. An shirya filasha mai zaman kanta mai dacewa da yawa a cikin eaves na ginin, kusurwa da makamantansu suna da rauni ga yajin walƙiya, sandar sandar flale shine 0.

5m, kuma an shirya eaves kowane 5m, kuma an ɓoye kusurwar tushen. Sanduna biyu da aka kafa da kariyar igiya da yawa za su rage tsayi da yawa na sandar walƙiya. Sanda mai walƙiya da kuma taron bitar suna da ingantaccen haɗin gwiwa, tsakanin iyakokin alloy na aluminium na hasken rana, da madaidaicin ƙarfe, da bangarorin baturi da ke kusa ba su da ƙasa da 10 mm 2 na wayoyi masu yawa na jan ƙarfe, suna samar da tsarin grid na nau&39;in M.

Hanyar lantarki ta ƙunshi, kuma hasken walƙiya ya wuce da kyau kuma ya koma cikin ƙasa. Tsarin ƙasa na hasken rana sun haɗa da ƙasa kariya ta walƙiya, aminci da kariya, shimfidar ƙasa mai gudana kai tsaye. Kowane tsarin ƙasa yana da wuyar samun zaman kansa, don hana ƙasa yuwuwar tunkarar ƙasa tsakanin tsarin ƙasa, kayan aiki, abubuwan ƙarfe, filaye na asali, da sauransu.

, Ƙaddamar da hanyar sadarwa ta ƙasa mai rabawa, tsarin tsarin cibiyar sadarwa na ƙasa kuma Girman ya fi tsayi fiye da ƙayyadaddun ƙimar juriya na ƙasa, ya kamata a yi amfani da hanyar sadarwa ta ƙasa a cikin hanyar sadarwa ta asali ko zobe manual grounding cibiyar sadarwa. Ƙimar juriya na ƙasa ya kamata ya zama ƙasa da 1 <000000>, cibiyar sadarwar ƙasa mai aunawa ta yanar gizo shine 0.8 <000000>, biyan bukatun.

Anti-flashing current yana dogara ne akan tsarin tsarin hasken rana na photovoltaic da kuma tsawa mai haɗari mai haɗari, wanda za&39;a iya fitar da shi a cikin layi a cikin layi, wanda zai iya fitar da tsawa, iyakacin ƙarfin wuta, don haka yana da kariya ta kayan aiki masu kariya. Hakuri. A akwatin kwarara da aka gabatar a cikin igiyar walƙiya, an saita yankin LPZ0 zuwa SPD na gwajin rarraba nau&39;in I a mahadar yankin LPZ1, wanda ke da kariya ta matakin 1.

Shigar da SPD na nau&39;in gwajin ƙididdigewa na II a mai sarrafawa azaman matakin kariya na biyu, shigar da Level 3 SPD a inverter. Shigar da matakin 4 SPD a gaban ƙarshen nauyin DC da nauyin AC, a matsayin kariya ta ƙarshe. SPDs don shigar da gwajin Class I akan babban matsi na mai canzawa, grid gefen walƙiya na tsaro yana gabatar da raƙuman wutar lantarki na walƙiya.

Kayan aikin sadarwa da akwatin zirga-zirga, mai sarrafawa, layin sigina tsakanin masu juyawa Shigar da na&39;urar kariyar siginar karbuwa. Kariyar walƙiya bugun bugun jini don rage yawan walƙiya bugun bugun wutar lantarki don samar da tsarin samar da wutar lantarki, fara amfani da na&39;urar gini na halitta da na&39;urar kariya ta walƙiya, na&39;urar kariya ta walƙiya, na&39;urar kariyar walƙiya, da sauransu. Na&39;urar tsarin wutar lantarki na photovoltaic, majalisa, da kuma kwandon karfe na katako na karfe na majalisar samar da wutar lantarki suma sun zama garkuwar na&39;urar; Abu na biyu, kebul na wutar lantarki na tsarin photovoltaic, kebul na sadarwar siginar an shimfiɗa ko maye gurbin shi tare da kebul na garkuwa, karfe Ya kamata a yi amfani da bututu ko garkuwa a ƙasa a ƙarshen duka kuma an haɗa shi a daidai gwargwado ta wurin walƙiya.

Ya kamata a haɗa wutar lantarki tsakanin yankin LPZ0, wutar lantarki, na&39;urar sadarwa, sassan biyu na bututun ƙarfe da ke sanye da layin siginar ya kamata a haɗa su da kayan aikin ƙarfe na ƙarfe, akwatin rarraba kuma haɗa zuwa na&39;urar kariya ta walƙiya kusa. Lokacin da kowane kebul na wayoyi ya kamata ya hana babban yanki na madauki na shigar da wutar lantarki, sanya layin samar da wutar lantarki na madaukai daban-daban da ƙarfin aiki, kuma ana shimfida layin siginar a cikin ramummuka daban-daban, kuma ana kiyaye tsarin tsarin kebul da walƙiya a ƙaramin matakin 1000mm. Tazara da 300mm interleaving net.

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