Njengoba ukuqonda okunamakhambi kobusika kubamba, kukhathazeka ngokusebenza kobuchwepheshe obunamandla elanga, ikakhulukazi amalambu omgwaqo elanga, aza phambili. Izibani zelanga ziphakathi kwemithombo yamandla ethandwa kakhulu yokukhanya kwezingadi kanye nemigwaqo. Ingabe lezi zibani ezinobungani futhi ezisebenza kahle zisebenza kahle ezinseleleni ezibangelwa amazinga okushisa aphezulu nezinsuku ezimfushane? Kulesi sihloko, siveza isayensi ngemuva kwezibani zasemgwaqweni elanga futhi zihlole ukuthi la malambu avela kanjaniI-liteHhayi kuphela ukukhuthazela kepha uqhubeke nokukhanyisa imigwaqo yethu ebusika.
Ukuvuna ukukhanya kwelanga, ngisho nasebusika
Okunye kokukhathazeka okuyisisekelo ebusika isikhathi esincishisiwe selanga. Lapho amalambu omgwaqo elanga asebenza ebusika, angahle anciphe isizini ngenxa yezici ezimbalwa ezinjengeqhwa elimboze amaphaneli, i-angle yesigameko selanga, nezinye izici. Kodwa-ke, amalambu omgwaqo elanga weI-litebahlome ngekhwalithi ephezulu ephezulu ye-mono-crystalline silicon solar panels engasebenzisa kahle ukukhanya kwelanga, ngisho nasezimweni eziningi. Umklamo wanamuhla walezi zincwajana uqinisekisa ukuguqulwa okuqinile kokukhanya kwelanga kube amandla kagesi, ukuhlinzeka ngokuhlinzekwa kwamandla okuqhubekayo kwezibani.
Isitoreji sebhethri ngobusuku obude
Njengoba ubusuku obusebusika bukhula, amalambu omgwaqo elanga ancike kumabhethri atholakala kabusha ukuze agcine amandla amaningi akhiqizwe phakathi nosuku. Amabhethri e-Lithium asezingeniI-litezisetshenziselwa ukugcina amandla, zinikele ngamandla ngezidingo ezisheshayo, futhi zinike amandla emuva izinsuku lapho kunelanga elincane noma alikho ilanga. Ukusebenza okukhanyayo okukhanyayo okungu-185 ~ 200LM / W ukukhulisa ukusebenza kwebhethri. Futhi ikhwalithi yethu ye-batter ingalawulwa ngokuqinile ngoba sinomugqa ozimele wokukhiqiza futhi singaqinisekisa ukuthi amabhethri avela koqobo kodwa angavunyelwanga. Lawa mabhethri enzelwe ukubekezelela amazinga okushisa andayo, aqinisekise ukuhanjiswa kwamandla okungaguquki kulo lonke elasebusuku. Lesi sikhundla sesitoreji siba nzima ekusekeleni ukukhanyiselwa ebumnyameni obude obude obude.
Ukukhuthazela Kwasebusika Besebuni beLed
Inhliziyo yamalambu omgwaqo welanga ilele ekukhanyiseni okukhanyisa ama-diode (ama-LEDs), ayaziwa ngokuqina kwawo kanye nokusebenza kahle. Ngokungafani nezobuchwepheshe bokukhanyisa kwendabuko obungazabalaza emakhazeni, ama-LED asebenza kahle ngisho nasemazingeni okushisa aqhakazile. Lokhu kubenza babe ukukhetha okuthembekile kokugcina ukugqama okungaguquki ngesikhathi sobusika bebusika.I-liteUngumnikazi we-lumen ephezulu eholwa ngokusebenza okuphezulu nokuzinikezela kwakhiwe ubuchwepheshe obuphansi be-solar controller ngobuchwepheshe bokuphathwa kwamandla okulawulwa kwamandla.
Ubuchwepheshe obuhlakaniphile bokusebenza kahle
Izibani zasemgwaqweni zaseSolar zivame ukufaka izici eziqondayo ezifana nezinzwa ezinyakazayo nokulawulwa kokukhanya okuguqukayo. Lobu buchwepheshe bufaka isandla kakhulu ekulondolozeni kwamandla ebusika. Izinzwa ezinyakazayo ziqinisekisa ukuthi amalambu asebenze kuphela lapho kudingeka, ngenkathi ukugqama okuguqukayo kuyabavumela ukuthi balungise ubukhulu babo ngokuya ngezidingo zesikhathi sangempela, ukulungiselela ukusetshenziswa kwamandla okubandayo, izinyanga ezimnyama. Kwenzeka nje, kukhona izinhlobo ezi-3 zabalawuli ngaphakathiI-liteukubona le misebenzi.
1.Ngaserrience mptrieder
Inezindlela ezi-3 ezihlala njalo ngemodi ye-Dawn Mode neModi ye-Motion Sensor. Ukukhanya kuzovule ngokuzenzakalela ekuhlanzekeni futhi kugcine ukugqama okungu-45% kumandla okusetha esikhathini esingaphansi kwemodi engaphansi. Futhi kuzovela ekutshaleni futhi kuhlala kufinyelela ku-100% ukukhanya kwamahora ama-4, khona-ke kuphenduka ukukhanya okungu-30% kuze kube sekuseni ngaphansi kwemodi yokuhlanza. Ngaphezu kwalokho, isilawuli sizosebenza ngokuzenzakalelayo ngokukhanya okungu-30% ngaphansi kwemodi ye-Motion Sensor. Lapho kutholwa ukunyakaza, ukukhanya kukhuphuka ku-100% kuze kungabikho ukunyakaza okutholakele imizuzwana engama-30, bese ibuyela ekukhazimuleni okungama-30.
I-2.regular MPPT RONTOLLER
Lesi silawuli sinemodi emibili, imodi yesiteji esiyisihlanu nemodi ye-Motion Sensor. Uma usebenzisa imodi yokuqala, izibani zikhanyisa zihlukaniswa zibe sesigabeni esingu-5, isikhathi ngasinye sesigaba kanye ne-SUM kungahle kuthathwe ngokuya ngezidingo. Ngokuhlelwa okunciphayo, kuyindlela ephumelelayo yokonga amandla, futhi ugcine isibani sisebenza ngamandla nesikhathi esihle nesikhathi. Futhi lapho ukukhanya kuphendukela kwenye imodi, kungaveza ukukhanya okuhlukile ngezikhathi ezihlukile zesikhathi ngokunyakaza futhi ngaphandle kokunyakaza.
3.hybrid mptrander
Izindlela ezintathu zikhethwa ngokuzithandela, zokuhlwaya kokusa (D2D), imodi yesigaba esineziteji ezinhlanu nemodi ye-tot (ungabeka umthwalo ngesikhathi ngaphambi kokuza ekuseni.)
Ekuphetheni, amalambu omgwaqo elanga awavinjelwe yi-chill yasebusika. Ngokuhlanganiswa kobuchwepheshe be-solar panel technology, isitoreji sebhethri esisebenzayo, ukukhanyisa okuqinile kwe-LED, nezici ezihlakaniphile, lezi zibani ziyaqhubeka zikhanye ngesikhathi sezinyanga ezibandayo. Njengoba ubusika buhlala ku-Solar Street Lights bemi njengoTestament ekuthembekeni nasekusebenzeni kwezixazululo ezizinzile zokukhanyisa, ukuhlinzeka ngokukhanyisela kuphela kepha futhi nokhatho lokuqwashisa ngezemvelo lapho ushintsha izinkathi zonyaka.I-liteungumngane ongathembela ngokuphelele ngoba singakunikeza ngezixazululo ezingcono kakhulu zokukhanyisa emazingeni okushisa aphansi.
URaheli
I-E-Lite semiconductor Co, Ltd.
Iseli / i-WhatApp / Wechat: 00 8618284526435
E-M: sales15@elitesemicon.com
I-LinkedIn: https://www.linkedin.com/in/rachel-le94b0b026b/
Isikhathi sePosi: Dece-28-2023
