DKSESS 15KW KA BANDHIG GIID/HYBRID DHAMMAAN HAL NIDAAMKA AWOODDA Cadceedda
Jaantuska nidaamka
Qaabeynta nidaamka tixraaca
| Qalabka Qorraxda | Monocrystalline 390W | 24 | 8pcs oo taxane ah, 3 kooxood oo is barbar socda |
| rogroga qoraxda | 192VDC 15KW | 1 | WD-T153192-W50 |
| Xakamaynta Kharashka Cadceedda | 192VDC 50A | 1 | MPPT ku dhex-dhisan |
| baytariga aashitada rasaasta | 12V200AH | 16 | 16pcs oo taxane ah |
| Xadhkaha isku xidha baytari | 25mm² 60CM | 15 | isku xirka baytariyada |
| qalabka kor u kaca ee qoraxda | Aluminium | 2 | Nooca fudud |
| Isku-duwaha PV | 3 gudaha 1 baxay | 1 | 500VDC |
| Sanduuqa qaybinta ilaalinta hillaaca | la'aanteed | 0 |
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| sanduuqa ururinta batteriga | 200AH*16 | 1 | 16pcs baytari gudaha hal sanduuq |
| M4 fur (lab iyo dhedig) |
| 21 | 21 lamaane 1in1out |
| Cable PV | 4mm² | 200 | PV Panel ilaa iskudariyaha PV |
| Cable PV | 10mm² | 100 | Isku-darka PV-- rogayaasha qoraxda |
| Fiilada baytari | 25mm² 10m/pcs | 21 | Xakamaynta Kharashka Cadceedda ee batteriga iyo isku-darka PV ilaa kantaroolaha Kharashka Qorraxda |
Awoodda nidaamka tixraaca
| Qalabka Korontada | Awood la qiimeeyay (kumbuyuutar) | Tirada (kumbuyuutarrada) | Saacadaha shaqada | Wadarta |
| Nalalka LED-ka | 20W | 10 | 8saacadood | 1600Wh |
| Dameeraha telefoonka gacanta | 10W | 5 | 5saacadood | 250Wh |
| Taageere | 60W | 5 | 10Saacadood | 3000Wh |
| TV | 50W | 1 | 8saacadood | 400Wh |
| Qaadaha saxanka satalaytka | 50W | 1 | 8saacadood | 400Wh |
| Kombiyuutarka | 200W | 1 | 8saacadood | 1600Wh |
| Bamka biyaha | 600W | 1 | 2saacadood | 1200Wh |
| Mashiinka dharka | 300W | 1 | 1 saacadood | 300Wh |
| AC | 2P/1600W | 2 | 10Saacadood | 25000Wh |
| Foornada Microwave | 1000W | 1 | 2saacadood | 2000Wh |
| Printer | 30W | 1 | 1 saacadood | 30Wh |
| Koobiye A4 (daabacaadda iyo koobiyeynta oo la isku daray) | 1500W | 1 | 1 saacadood | 1500Wh |
| Fakis | 150W | 1 | 1 saacadood | 150Wh |
| Makiinada kicinta | 2500W | 1 | 2saacadood | 4000Wh |
| Qaboojiyaha | 200W | 1 | 24Saacadood | 1500Wh |
| Kuleyliyaha biyaha | 2000W | 1 | 2saacadood | 4000Wh |
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| Wadarta | 46930W |
Qaybaha muhiimka ah ee nidaamka tamarta qoraxda ka fog 15kw
1. Solar panel
Baalal
● Battery aagga weyn: kordhi awoodda ugu sarreysa ee qaybaha oo hoos u dhig qiimaha nidaamka.
● Shabakado badan oo waaweyn: si wax ku ool ah u yareeya halista dildilaaca qarsoon iyo xirmooyinka gaaban.
● Qayb badhkeed: hoos u dhig heerkulka hawlgalka iyo heerkulka meesha kulul ee qaybaha.
● Waxqabadka PID: Module-ku waa ka madax bannaan yahay hoos u dhac ay keentay kala duwanaanshiyaha suurtagalka ah.
2. Battery
Baalal
Voltage lagu qiimeeyay: 12v*6 PCS oo taxane ah
Awoodda la qiimeeyay: 200 Ah (10 saac, 1.80 V / unug, 25 ℃)
Miisaanka Qiyaasta (Kg, ± 3%): 55.5 kg
Terminalka: Copper
Kiis: ABS
● Noloshii meerto-dheer
● Waxqabad la isku halayn karo oo xidhidh
● Awood bilowga sare oo sareysa
● Waxqabad yar oo is-dayn ah
● Waxqabadka dheecaanka wanaagsan ee heerka sare ah
● Rakibaadda dabacsan oo habboon, muuqaalka guud ee quruxda badan
Sidoo kale waxaad dooran kartaa 192V200AH Lifepo4 baytari lithium ah
Astaamaha:
Voltage Magaca ah: 192v 60s
Awoodda: 200AH/38.4KWH
Nooca unugga: Lifepo4, saafi ah oo cusub, fasalka A
Awoodda la qiimeeyay: 30kw
Waqtiga wareegga: 6000 jeer
Awoodda isbarbardhigga ugu badan: 1000AH (5P)
3. rogroga qoraxda
Tilmaam:
● Soo saarista hirarka seeliga saafiga ah;
● Waxtarka toroidal Transformer oo hooseeya luminta hoose;
● Bandhigga is dhexgalka LCD ee caqliga leh;
● Lacag AC hadda 0-20A la hagaajin karo;qaabeynta awoodda batteriga oo aad u dabacsan;
● Saddex nooc oo hababka shaqada ah oo la hagaajin karo: AC marka hore, DC marka hore, habka tamarta-badbaadinta;
● Shaqada la qabsiga ee soo noqnoqoshada, la qabsiga bay'adaha kala duwan;
● Ku-dhisan PWM ama kantaroolaha MPPT waa ikhtiyaari;
● Lagu daray shaqada su'aal kood qalad, fududeeya isticmaalaha si uu ula socdo xaalada hawlgalka wakhtiga dhabta ah;
● Waxay taageertaa naaftada ama shidaal dhaliyaha, la qabsada xaalad kasta oo koronto oo adag;
● RS485 dekedda isgaarsiinta/APP ikhtiyaari ah.
Fikrado: waxaad haysataa ikhtiyaaro badan oo rogrogayayaasha nidaamkaaga kala duwanaansho leh oo leh astaamo kala duwan.
4. Xakamaynta Kharashka Cadceedda
96v50A MPPT kontaroolaha ayaa ku dhex jira inverter
Tilmaam:
● Dabagalka sare ee MPPT, 99% hufnaanta la socodka.Marka la barbardhigoPWM, waxtarka wax-soo-saarka ayaa kordhay ku dhawaad 20%;
● Muujinta LCD xogta PV iyo shaxdu waxay ka tarjumaysaa habka tamarta;
● Kala duwanaanta tamarta galitaanka PV ballaaran, oo ku habboon qaabeynta nidaamka;
● Shaqada maaraynta batteriga ee caqliga leh, waxay kordhisaa nolosha batteriga;
● RS485 dekedda isgaarsiinta ikhtiyaari ah.
Adeeggee ayaan bixinaa?
1. Adeegga naqshadaynta.
Kaliya noo sheeg sifooyinka aad rabto, sida heerka korantada, codsiyada aad rabto inaad ku shubto, inta saacadood ee aad u baahan tahay nidaamka si aad u shaqeyso iwm. Waxaan kuu naqshadeyn doonaa nidaam koronto oo macquul ah adiga.
Waxaan samayn doonaa jaantuska nidaamka iyo qaabeynta faahfaahsan.
2. Adeegyada qandaraasyada
Ka caawi martida diyaarinta dukumeentiyada tartanka iyo xogta farsamada
3. Adeegga tababarka
Haddii aad ku cusub tahay ganacsiga kaydinta tamarta, oo aad u baahan tahay tababar, waxaad u iman kartaa shirkadeena si aad wax u barato ama waxaanu kuu soo dirnaa farsamayaqaano kaa caawinaya inaad tababbarto alaabtaada.
4. Adeegga rakibidda & adeegga dayactirka
Waxaan sidoo kale bixinaa adeeg kor u qaadis iyo adeeg dayactir ah oo leh qiime xilli leh & qiimo jaban.
5. Taageerada suuqgeynta
Waxaan siinaa taageero weyn macaamiisha wakiil ka ah sumaddayada "Dking power".
Waxaan u dirnaa injineero iyo farsamo-yaqaanno inay ku taageeraan haddii loo baahdo.
Waxaan u dirnaa boqolkiiba qaar ka mid ah qaybaha dheeraadka ah ee qaar ka mid ah alaabta si ay u bedelaan si xor ah.
Waa maxay nidaamka tamarta cadceedda ugu yar iyo ugu badan ee aad soo saari karto?
Nidaamka tamarta cadceedda ee ugu yar ee aan soo saarnay waa qiyaastii 30w, sida iftiinka waddooyinka.Laakiin sida caadiga ah ugu yar ee isticmaalka guriga waa 100w 200w 300w 500w iwm.
Dadka intooda badan waxay doorbidaan 1kw 2kw 3kw 5kw 10kw iwm isticmaalka guriga, caadi ahaan waa AC110v ama 220v iyo 230v.
Nidaamka tamarta cadceedda ugu badan ee aan soo saarnay waa 30MW/50MWH.
Sidee tahay tayadaadu?
Tayadayadu aad bay u sarraysaa,sababtoo ah waxaanu isticmaalnaa agab tayadiisu aad u sarayso waxaanu samaynaa tijaabooyin adag oo agabka ah.Waxaana leenahay nidaam QC ah oo aad u adag.
Ma aqbashay wax soo saarka gaarka ah?
Haakaliya noo sheeg waxaad rabto.Waxaan habeynay R&D oo aan soo saarnay baytariyada lithium-ka ee kaydinta tamarta, baytariyada lithium-ka heerkulka hooseeya, baytariyada lithium-ka ee dhiirigeliya, baytariyada lithium-ka ee baabuurta, nidaamyada tamarta qoraxda iwm.
Waa maxay wakhtiga hogaanka?
Caadi ahaan 20-30 maalmood
Sidee u dammaanad qaadayaa alaabtaada?
Inta lagu jiro muddada dammaanadda, haddii ay tahay sababta alaabta, waxaanu kuu soo diri doonaa beddelka alaabta.Qaar ka mid ah badeecooyinka waxaanu kuu soo diri doonaa mid cusub oo wata dhoofinta soo socota.Alaabooyin kala duwan oo leh shuruudo dammaanad oo kala duwan.Laakiin ka hor intaanan dirin, waxaan u baahanahay sawir ama muuqaal si aan u hubinno inay tahay dhibaatada alaabtayada.
aqoon-is-weydaarsiyo
Kiisaska
400KWH (192V2000AH Lifepo4 iyo nidaamka kaydinta tamarta qorraxda ee Filibiin)
200KW PV+384V1200AH (500KWH) nidaamka kaydinta tamarta qoraxda iyo baytariyada lithium ee Nigeria
400KW PV+384V2500AH (1000KWH) nidaamka kaydinta tamarta qoraxda iyo baytariyada lithium ee Ameerika.
Shahaadooyinka
Warshadaha kaydinta tamarta caalamiga ah waxay muujinayaan isbeddel horumarineed oo xooggan
Kobcinta horumarinta warshadaha kaydinta tamarta ayaa walaac weyn ku abuurtay suuqa raasumaalka, iyo warshadaha kaydinta tamarta ee caalamiga ah ayaa muujinaya horumar xoogan.Maraykanka, Japan iyo waddamo kale ayaa dunida ugu horreeya warshadaha kaydinta tamarta.
Maraykanku waxa uu leeyahay ku dhawaad kala badh mashaariicda bandhiga ee aduunka, waxaana jiray dhawr mashruuc oo kayd tamarta ah oo lagu gaadhay codsiyo ganacsi.Sida laga soo xigtay warbixintii ugu dambaysay ee la socodka kaydinta tamarta ee Maraykanka oo ay soo saartay hay'adda cilmi-baarista Wood Mackenzie iyo Ururka Kaydinta Tamarta ee Maraykanka (ESA), Maraykanku wuxuu geyn doonaa nidaamka kaydinta tamarta oo leh awood lagu rakibay 345MW rubuci labaad ee 2021. Tani waxay kor u kacday 162% marka la barbardhigo isla muddadaas 2020, taasoo ka dhigaysa rubuci labaad ee 2021 rubuci labaad ee ugu sarreeya ee nidaamka kaydinta Maraykanka.
Marka loo eego xogta ku jirta warqadda cad ee 2022 ee Cilmi-baarista Warshadaha Kaydinta Tamarta, cadaadiska dib u dhaca dhismaha mashaariicda qaarkood sababtuna tahay yaraanta iyo kor u kaca qiimaha baytariyada silsiladda sahayda, horumarka suuqa kaydinta tamarta Mareykanka ee 2021 ayaa wali abuuray rikoor taariikhi ah.Dhinaca kale, miisaanka mashruucyada kaydinta tamarta cusub ayaa markii ugu horeysay kor u dhaafey 3GW, 2.5 jeer ka badan isla muddadaas 2020. Waxaa ka mid ah, 88% awoodda lagu rakibay waxay ka timid codsiga miiska hortiisa, waxayna inta badan ka timid dhinaca ilaha mashaariicda kaydinta indhaha iyo xarumaha tamarta kaydinta madax-bannaan;Dhanka kale, awoodda la rakibay ee hal mashruuc ayaa sidoo kale si joogto ah u jebinaysa diiwaannada taariikhiga ah ee cusub.Mashruuca kaydinta tamarta ugu weyn ee la dhameeyay 2021 waa 409MW/900MWh Manatee mashruuca xarunta kaydinta tamarta ee Shirkadda Korontada iyo Iftiinka Florida.Isla mar ahaantaana, Maraykanku wuxuu ku dhow yahay inuu bilaabo xilli cusub oo mashaariicda gigawatt ah oo ka imanaya heerka 100 megawatt.
Sababtoo ah kheyraad la'aanta, dadka Japan waxay leeyihiin dareen xooggan oo ilaalinta deegaanka.Maalmihii hore, markii aysan jirin siyaasad iyo qiimaha qalabka sawir-qaadista ayaa ahaa mid aad u sarreeya, waxay bilaabeen inay isticmaalaan tamarta qorraxda.10kii sano ee laga soo bilaabo 2011 ilaa 2020, awoodda ku rakiban sawir qaade ee Japan ayaa kor u kacday ilaa iyo hadda.Tan iyo markii la hirgeliyay siyaasadda kabidda qiimaha koronto-korontada qoraxda ee 2012, sifooyinka cagaarka iyo wasakhda-la'aanta ah ee tamarta qoraxda ayaa awood u leh rakibidda ballaaran iyo isticmaalka qalabka korontada ee sawir-qaadista.
2021, Golaha Wasiirada Japan waxay ansixiyeen qabyo-qoraalka Qorshaha Tamarta Aasaasiga ah ee lixaad, iyagoo dejinaya yoolka tamarta cusub ee 2030. Dukumeentigu wuxuu soo jeedinayaa in 2030, saamiga tamarta dib loo cusboonaysiin karo ee halabuurka awoodda wuxuu kordhin doonaa 22% ilaa 24% ilaa 36% ilaa 38%.
Ka duwan Maraykanka, oo ay wadaan yoolalka tamarta dib loo cusboonaysiin karo iyo ballanqaadyada waddamada Yurub, iyo sidoo kale furitaanka fursadaha suuqa kala duwan ee adeegga, suuqa kaydinta tamarta Yurub ayaa si joogto ah u koraya tan iyo 2016, oo muujinaya isbeddel korriin degdeg ah.Marka loo eego xogta ku jirta warqadda cad ee 2022 ee Cilmi-baarista Warshadaha Kaydka Tamarta, sanadka 2021, cabirka hawlgalka cusub ee Yurub wuxuu gaari doonaa 2.2GW, suuqa kaydinta tamarta qoyskuna wuxuu si xoogan u shaqeyn doonaa, iyadoo cabirku uu dhaafo 1GW.Waxaa ka mid ah, Jarmalku wuxuu weli haystaa booska hogaaminta buuxda ee goobtan.92% awoodda cusub ee la rakibay waxa ay ka timaadaa kaydinta tamarta qoyska, mugga la rakibayna waxa uu gaadhay 430000.Intaa waxaa dheer, suuqa kaydinta tamarta qoyska ee Italy, Austria, Britain, Switzerland iyo gobollada kale ayaa sii kordhaya.Suuqa hadhaaga ka hor waxa uu inta badan ku urursan yahay UK iyo Ireland.Ka dib markii kii hore loo oggolaaday in la dhiso mashaariic ka badan 50MW iyo 350MW ee England iyo Wales, awoodda rakibay ee hore ayaa si degdeg ah u kordhay, celceliska miisaanka hal mashruuc ayaa kor u kacay 54MW;Midda dambe waxa ay u furaysaa suuqa adeegga kaabaya ee kaydinta tamarta.Waqtigan xaadirka ah, miisaanka mashruuca kaydinta tamarta tamarta ee heerka grid ee qorshaha Ireland wuxuu dhaafey 2.5GW, miisaanka suuquna wuxuu sii wadi doonaa inuu kordho muddada gaaban, isagoo ilaalinaya kobaca degdega ah.
Ilaa hadda sida Jarmalku ka walaacsan yahay, ma laha xaalado kheyraad si loo horumariyo dhirta kuleylka qorraxda.Sidaa darteed, waa mid ka mid ah xulashooyinka muhiimka ah in la isticmaalo tignoolajiyada kaydinta korantada si loo gaaro isku xirka shabakada siman ee tamarta la cusboonaysiin karo, gaar ahaan goobta unugyada kaydinta qorraxda.
Dhamaadka 2020, ku dhawaad 70% xarumaha tamarta qoraxda ee la deggan yahay ee Jarmalka ayaa lagu qalabeeyay habab kaydinta tamarta baytariga.Marka la gaaro 2021, awoodda isu geynta ee suuqa kaydinta tamarta guryaha ee Jarmalka waxay noqon doontaa qiyaastii 2.3GWh.
Sida laga soo xigtay warbixin ay dhawaan soo saartay Energie Consulting, oo ah hay'ad la-talin ah oo lagu aaminay BVES, isticmaalayaasha guryaha Jarmalku waxay ku rakibeen in ka badan 300000 nidaamyada kaydinta tamarta baytariga, iyo celceliska awoodda nidaam kasta oo kaydinta tamarta degaanka la geeyo waa qiyaastii 8.5 kWh.
Sida laga soo xigtay sahanka Energie Consulting, wareejinta suuqa kaydinta tamarta la deggan yahay ee Jarmalka 2019 waxay ahayd qiyaastii 660 milyan oo Yuuro, taas oo kor u kacday 60% ilaa 1.1 bilyan euro 2020. Sababta ayaa ah in dadku ay kordheen xiisaha barti tamarta, isku filnaanta iyo amniga, iyo madax-bannaanida sahayda korontada.
Sida cirifka saddexaad ee lagu dardargelinayo keenista koronto ka dib Shiinaha iyo Yurub, suuqa tamarta cusub ee Hindiya ayaa soo toosaya.Qaar badan oo ka mid ah shirkadaha soo saara baytariyada dibadda ayaa warshado ka sameeyay Hindiya, iyaga oo kordhinaya xiisaha ay u qabaan bixinta alaabada Hindiya ama Aasiya oo dhan, waxayna dejiyeen tiro saldhigyo wax soo saar ah oo loogu talagalay baytariyada tamarta iyo alaabta kaydinta tamarta.Hadda, tamarta dib loo cusboonaysiin karo waxay ka dhigan tahay 10% wadarta koronto ee Hindiya.Muuqaalka Tamarta ee Hindiya ee 2021 ee ay sii daysay Hay'adda Tamarta Caalamiga ah (IEA) waxay muujinaysaa in awoodda India ee lagu rakibay tamarta dib loo cusboonaysiin karo ay labanlaabmi doonto 900GW 2040. Maadaama qiimaha tamarta qoraxda uu ka hooseeyo 2 rupees / kWh, qiimaha tamarta dib loo cusboonaysiin karo ee Hindiya waa mid aad u tartan badan hadda oo noqon doona isha ugu weyn ee tamarta tobanaan sano ee soo socda.
