OEM ODM UPS Power Inverter 600W1000w 1500W 2000W
| Qaabka | NPS600 | NPS1000 | NPS1500 | NPS2000 | NPS3000 |
| Qaybta rogroga | |||||
| danab AC | 100-120V/220-240V | ||||
| Awood la qiimeeyay | 600W | 1000W | 1500w | 2000W | 3000W |
| Awood kor u kac ah | 1200W | 2000W | 3000w | 4000W | 6000W |
| Foomka hirarka | hir saafi ah (THD <3%) | ||||
| Soo noqnoqoshada | 50/60Hz ± 3Hz | ||||
| Xeerarka AC | ± 5% ama 10% | ||||
| danabka DC | 12V ama 24V | ||||
| Qayb dabdeeye | |||||
| Ugu badnaan hadda | 15A | ||||
| Habka dallacaadda | Marxaladda 3 (joogtada joogtada ah, danab joogta ah, qarash sabayn) | ||||
| danab galinta AC | 80-150V/170-250V | ||||
| Habka gudbinta | |||||
| Ku dhaaf wakhtiga wareejinta | ≤10ms | ||||
| Shaqada ilaalinta AVS | |||||
| Gelida AC danab hoose | haa, xidh | ||||
| AC gelin danab sare | haa, xidh | ||||
| Dib u dhac waqtiga | 17 ilbiriqsi | ||||
| ilaalinta | danab hoose oo alam & xidhitaan, koronto ka badan, xad-dhaaf ah, | ||||
| wareeg gaaban, heerkul ka badan, cilad dhulka, rogaal celiska | |||||
1. Maxay xigashadaadu uga sarraysaa alaab-qeybiyeyaasha kale?
Suuqyada Shiinaha, warshado badan ayaa iibiya rogo-rogayaasha qiimaha jaban kuwaas oo lagu soo ururiyo aqoon-is-weydaarsiyo yaryar oo aan shati lahayn. Warshadahani waxay dhimaan kharashaadka iyagoo isticmaalaya qaybo aan tayadoodu wanaagsanayn. Tani waxay keenaysaa khataro amni oo waaweyn.
SOLARWAY waa shirkad xirfad leh oo ku hawlan R&D, wax-soo-saarka, iyo iibinta korantada. Waxaan si firfircoon uga qaybqaadanay suuqa Jarmalka in ka badan 10 sano, dhoofinta qiyaastii 50,000 ilaa 100,000 korontadu sannad kasta Jarmalka iyo suuqyada deriska la ah. Tayada alaabtayadu waxay mudan tahay kalsoonidaada!
2. Immisa qaybood ayay leeyihiin rogayaashaada korontadu marka loo eego qaabka mawjada wax soo saarka?
Nooca 1: Taxanahayaga NM iyo NS ee wax ka beddelayaasha Sine Wave waxay adeegsadaan PWM (Pulse Width Modulation) si ay u dhaliyaan mowjad sine ah oo wax laga beddelay. Waad ku mahadsan tahay isticmaalka garaadka, wareegyada u heellan iyo transistor-ku-saamaynta sare ee tamarta, rogaal-celiyeyaashani waxay si weyn u yareeyaan khasaaraha korontada waxayna wanaajiyaan shaqada jilicsan ee bilawga ah, hubinta in la isku halleyn karo. Inkasta oo nooca korontadu uu dabooli karo baahida qalabka korantada intooda badan marka tayada korantadu aysan ahayn mid aad loo baahan yahay, waxay weli la kulmaa ku dhawaad 20% qallooc is-waafajin ah marka uu shaqeynayo qalab casri ah. Korontadu waxay kaloo sababi kartaa faragelin sare oo soo noqnoqota qalabka isgaarsiinta raadiyaha. Si kastaba ha ahaatee, nooca korontadu waa mid wax ku ool ah, soo saara buuq yar, waa mid dhexdhexaad ah, oo sidaas darteed waa wax soo saarka caadiga ah ee suuqa.
Nooca 2: Taxanahayaga NP, FS, iyo NK ee Rogayaasha Sine Wave waxay qaataan nashqada isku xidhka go'doonsan, oo bixisa hufnaan sare iyo qaabab wax soo saar oo deggan. Iyada oo tignoolajiyada soo noqnoqda sare leh, rogayaasha korontadu waa kuwo is haysta oo ku habboon culeysyo kala duwan. Waxa lagu xidhi karaa aaladaha korantada ee caadiga ah iyo culaysyada kicinta (sida talaajadaha iyo laydhka korontada) iyaga oo aan wax faragelin ah keenin (tusaale, guux ama buuq TV). Soo saarida koronto-wareega saafiga ah ee mawjadaha sine waxay la mid tahay awooda shabaqlaha aan isticmaalno maalin kasta-ama xitaa ka sii fiican-maadaama aysan soo saarin wasakhda korantada ee la xiriirta koronto-ku-xidhan.
3. Waa maxay qalabka wax-iska-caabbinta?
Aaladaha sida mobilada, kombayuutarrada, TV-yada LCD, nalalka shidan, taageereyaasha korontada, baahinta muuqaalka, madbacadaha yar yar, mishiinnada mahjong korontada, iyo kariyaha bariiska ayaa loo arkaa culeysyo iska caabin ah. Rogayaasha hirarka seereed ee wax laga beddelay ayaa si guul leh u awood u yeelan kara qalabkan.
4. Waa maxay qalabyada raritaanka inductive?
Aaladaha culeyska soo saara waa aaladaha ku tiirsan soo-gelinta korantada, sida matoorada, kombaresarada, relays, nalalka fluorescent, shooladaha korontada, talaajadaha, qaboojiyaha, nalalka tamarta-badbaadiya, iyo bambooyin. Qalabyadani waxay caadi ahaan u baahan yihiin 3 ilaa 7 jeer awooddooda la qiimeeyay inta lagu jiro bilowga. Natiijo ahaan, kaliya beddeleha mawjadda sine ee saafiga ah ayaa ku habboon awooddooda.
5. Sidee loo doortaa beddele ku habboon?
Haddii rarkaagu ka kooban yahay qalabka iska caabbinta ah, sida nalalka iftiinka, waxaad dooran kartaa beddelka hirarka seeraha oo la beddelay. Si kastaba ha noqotee, culeysyada soo kicinta iyo kuwa awoodda leh, waxaan kugula talineynaa inaad isticmaasho beddelka hirarka saafiga ah. Tusaalooyinka rarka noocaas ah waxaa ka mid ah marawaxadaha, qalabka saxda ah, qaboojiyaha, talaajadaha, mishiinada kafeega, iyo kombayutarada. In kasta oo koronto-dhaliyaha wave ee la beddelay laga yaabo inuu bilaabo culeysyo wax-qabad leh, waxay soo gaabin kartaa cimrigiisa sababtoo ah culeysyada firfircoonida iyo kuwa awoodda leh waxay u baahan yihiin awood tayo sare leh si loo helo waxqabadka ugu wanaagsan.
6. Sideen ku doortaa cabbirka beddelka?
Noocyada kala duwan ee rarka waxay u baahan yihiin xaddi awoodeed oo kala duwan. Si loo go'aamiyo cabbirka beddelka, waa inaad hubisaa qiimaynta awoodda rarkaaga.
- Culayska adkaysiga leh: Dooro beddeleye leh awood la mid ah rarka.
- Culaysyada awoodda leh: Dooro beddeleyaal leh 2 ilaa 5 jeer qiimaynta awoodda rarka.
- Culayska soo jiidashada leh: Dooro beddeleye leh 4 ilaa 7 jeer qiimaynta awoodda rarka.
7. Sidee baytariga iyo inverter-ka loogu xidhi karaa?
Waxa guud ahaan lagu talinayaa in fiilooyinka ku xidha terminaalka baytariyada iyo rogayaasha ay noqdaan kuwa gaaban intii suurtogal ah. Xadhkaha caadiga ah, dhererka waa in aanu ka badnayn 0.5 mitir, dabayshana waa in ay u dhaxaysaa baytariga iyo rogaha.
Haddii aad u baahan tahay inaad kordhiso masaafada u dhaxaysa batteriga iyo beddelka, fadlan nala soo xiriir si aan u caawinno. Waxaan xisaabin karnaa cabbirka fiilada ku habboon iyo dhererka.
Maskaxda ku hay in isku xirka fiilada dheer ay sababi karto luminta korantada, taasoo la micno ah in korantada inverter-ka laga yaabo in ay aad uga hooseyso danabka terminalka batteriga, taasoo horseedaysa qaylo-dhaan hoos-u-dhac ah
8.Sidee loo xisaabiyaa culayska iyo saacadaha shaqada ee loo baahan yahay si loo habeeyo cabbirka batteriga?
Caadi ahaan waxaan u isticmaalnaa qaacidada soo socota xisaabinta, inkastoo laga yaabo inaysan 100% sax ahayn sababo la xiriira xaaladda batteriga. Beteriyadii hore waxay yeelan karaan xoogaa khasaare ah, markaa tan waa in loo tixgeliyaa qiime tixraac ah:
Saacadaha shaqada (H) = (Awoodda baytari （AH）) *Korantada baytari (V0.8)
