- Ingcaciso yeMveliso
- IiNkcazo zeMveliso
- PDF Khuphela
5.1 kWh
LIFEPO4 IBHATHA
20Iminyaka yoBomi boYilo
16Iiyunithi Ukwandiswa koMmandla oGuquguqukayo
>6,000Times Cycle Life
10Iwaranti yeminyaka
Ufakelo olulula
Udonga Lunyuswe
I-BMS ekrelekrele
IziKhuseli ezininzi eziKhuselekileyo
Ukuhambelana okuphezulu
Iyahambelana neentlobo ezininzi zee-Inverters
5.1 kWh
Ibhetri yeLiFePO4
20Iminyaka yoBomi boYilo
16Iiyunithi Ukwandiswa koMmandla oGuquguqukayo
>6,000Times Cycle Life
10Iwaranti yeminyaka
Ufakelo olulula
Udonga Lunyuswe
I-BMS ekrelekrele
IziKhuseli ezininzi eziKhuselekileyo
Ukuhambelana okuphezulu
Iyahambelana neentlobo ezininzi zee-Inverters
5.1 kWh
Ibhetri yeLiFePO4
20Iminyaka yoBomi boYilo
16Iiyunithi Ukwandiswa koMmandla oGuquguqukayo
>6,000Times Cycle Life
10Iwaranti yeminyaka
Ufakelo olulula
Udonga Lunyuswe
I-BMS ekrelekrele
IziKhuseli ezininzi eziKhuselekileyo
Ukuhambelana okuphezulu
Iyahambelana neentlobo ezininzi zee-Inverters
10kWh
Ibhetri yeLiFePO4
20Iminyaka yoBomi boYilo
8Iiyunithi Ukwandiswa koMmandla oGuquguqukayo
>6,000Times Cycle Life
10Iwaranti yeminyaka
Ufakelo olulula
Udonga Lunyuswe
I-BMS ekrelekrele
IziKhuseli ezininzi eziKhuselekileyo
Ukuhambelana okuphezulu
Iyahambelana neentlobo ezininzi zee-Inverters
5.1 kWh
LIFEPO4 IBHATHA
Umzekelo RBmax5.1L-F
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Idatha yoMbane
Amandla aNgamandla (kWh) 5.12kWh Amandla Asebenzisekayo (kWh) 4.79kWh Uhlobo lweSeli I-LFP (LiFePO4) Umbane woMbane (V) 51.2 Uluhlu lweVoltage esebenzayo (V) 44.8~56.8 Max. Intlawulo eqhubekayo yangoku(A) 100 Max. Ukukhutshwa okuqhubekayo kwangoku(A) 100 -
Idatha ngokubanzi
Ubunzima (Kg / lbs.)48 Kg / 105.8 lbs.Imilinganiselo (W × D × H) (mm) 500*167*485 Ubushushu bokusebenza (°C) 0~ 55℃ (Intlawulo), -20~55℃ (Ukukhupha) Ubushushu bokuGcina (°C)
Uhambiso lwe-SOC State (20~40%)> Inyanga e-1: 0 ~ 35℃; ≤1 Inyanga: -20 ~ 45℃ Ubuntu bezizalwane ≤ 95% Max. Umphakamo (m) 4000 (>2000m Derating) Isidanga soKhuselo IP20 Indawo yokuFakela Ukunyuswa komhlaba; Ixhonywe eludongeni Unxibelelwano CAN, RS485 -
Isiqinisekiso
I-EMC CE Ezothutho UN38.3 -
Iwaranti
Iwaranti (iminyaka) Iminyaka emi-5 -
5.1 kWh
Ibhetri yeLiFePO4
Umzekelo RBmax5.1L
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Idatha yoMbane
Amandla aNgamandla (kWh) 5.12kWh Amandla Asebenzisekayo (kWh) 4.79kWh Uhlobo lweSeli I-LFP (LiFePO4) Umbane woMbane (V) 51.2 Uluhlu lweVoltage esebenzayo (V) 44.8~56.8 Max. Intlawulo eqhubekayo yangoku(A) 100 Max. Ukukhutshwa okuqhubekayo kwangoku(A) 100 -
Idatha ngokubanzi
Ubunzima (Kg / lbs.)48.5 Kg / 106.9 lbs. Imilinganiselo (W × D × H) (mm) 650x240x460 mmUbushushu bokusebenza (℉/°C) [Intlawulo: 32 ~ 131℉ (0 ~ 55 ° C), Ukukhutshwa: 4 ~ 131℉ (-20 ~ 55 ° C)Ubushushu bokuGcina (°C)
Uhambiso lwe-SOC State (20~40%)≤1 inyanga: -4 ~ 113℉ (-20 ~ 45 ° C), > inyanga eyi-1: 32 ~ 95℉ (0 ~ 35 ° C)Ubuntu bezizalwane 0 ~ 95%Max. ukuphakama (m / ft.)4000 m / 13,123 ft (＞2,000 m / ＞6,561.68 ft derating)Isidanga soKhuselo IP65 Indawo yokuFakela Ngaphakathi/Ngaphandle, Ukuma koMgangatho okanye udonga lunyusweUnxibelelwano CAN, RS485 -
Isiqinisekiso
IsiqinisekisoIEC 62619, UL 1973, EN 61000-6-1, EN 61000-6-3, FCC Icandelo 15, UN38.3-
Iwaranti
Iwaranti (iminyaka) Iminyaka emi-5/10 (Ngokhetho) -
5.1 kWh
Ibhetri yeLiFePO4
Umzekelo I-RBmax5.1-FX
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Idatha yoMbane
Amandla aNgamandla (kWh) 5.12kWh Amandla Asebenzisekayo (kWh) 4.79kWh Uhlobo lweSeli I-LFP (LiFePO4) Umbane woMbane (V) 51.2 Uluhlu lweVoltage esebenzayo (V) 44.8~56.8 Max. Intlawulo eqhubekayo yangoku(A) 100 Max. Ukukhutshwa okuqhubekayo kwangoku(A) 100 -
Idatha ngokubanzi
Ubunzima 45 Kg / 99.2 lbs.Imilinganiselo (W × D × H) (mm) 442 x 560 x 173 mmUbushushu bokusebenza (°C) 0~ 55℃ (Intlawulo), -20~55℃ (Ukukhupha) Ubushushu bokuGcina (°C)
Uhambiso lwe-SOC State (20~40%)> Inyanga e-1: 0 ~ 35℃; ≤1 Inyanga: -20 ~ 45℃ Ubuntu bezizalwane ≤ 95% Max. Umphakamo (m) 4000 (>2000m Derating) Isidanga soKhuselo IP20 Indawo yokuFakela Ukunyuswa komhlaba; Ixhonywe eludongeni Unxibelelwano CAN, RS485 -
Isiqinisekiso
Ukhuseleko IEC 62619 I-EMC CE Ezothutho UN38.3 -
Iwaranti
Iwaranti (iminyaka) Iminyaka emi-5/10 (Ngokhetho) -
10kWh
Ibhetri yeLiFePO4
Umzekelo I-RBmax10L-F
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Idatha yoMbane
Amandla aNgamandla (kWh) 9.84kWh Amandla Asebenzisekayo (kWh) 9.05kWh Uhlobo lweSeli I-LFP (LiFePO4) Umbane woMbane (V) 48V Umthamo olinganisiweyo (Ah) 205Ah Indlela yokudibanisa 15S1P Uluhlu lweVoltage esebenzayo (V) 40.5~54 Max. Intlawulo eqhubekayo yangoku(A) 200 Max. Ukukhutshwa okuqhubekayo kwangoku(A) 200 -
Idatha ngokubanzi
Ubunzima 90 Kg / 198.42 lbs.Imilinganiselo (W × D × H) (mm) 500*180*800 Ubushushu bokusebenza (°C) 0~ 55℃ (Intlawulo), -20~55℃ (Ukukhupha) Ubushushu bokuGcina (°C)
Uhambiso lwe-SOC State (20~40%)> Inyanga e-1: 0 ~ 35℃; ≤1 Inyanga: -20 ~ 45℃ Ubuntu bezizalwane ≤ 95% Max. Umphakamo (m) 4000 (>2000m Derating) Isidanga soKhuselo IP20 Indawo yokuFakela Ukunyuswa komhlaba; Ixhonywe eludongeni Unxibelelwano CAN, RS485 -
Isiqinisekiso
I-EMC CE Ezothutho UN38.3 -
Iwaranti
Iwaranti (iminyaka) Iminyaka emi-5 -
- Igama lefayile
- Uhlobo Lwefayile
- Ulwimi
-
ROYPOW-Off-Grid-Energy-Storage-System-Brochure-Ukrainian -Ver.-August-26-2024
- Isi-Ukraine
-
-
ROYPOW-Off-Grid-Energy-Storage-System-Brochure-Burmese-Ver.-Agasti-26-2024
- Burmese
-
-
I-ROYPOW ye-Off-Grid Energy Storage System Brochure - Ver. Ngo-Agasti 13, 2024
- EN
-
- Ingcaciso yeMveliso
- IiNkcazo zeMveliso
- PDF Khuphela
6-kW
I-OFF-GRID INVERTER
98%Ukuphumelela okuphezulu
IP54Ingress Rating
3Iwaranti yeminyaka
Ixhomekeke ku6IiYunithi eziFanelekileyo eziSebenzayo
10ms UPS
Imveliso yeSine enyulu yeWave- Uluhlu olubanzi lokuSebenza lweMPPT
- Unxibelelwano lwe-BMS olwakhelwe ngaphakathi
- IziKhuseli ezininzi eziKhuselekileyo
12-kW
I-OFF-GRID INVERTER
98%Ukuphumelela okuphezulu
IP54Ingress Rating
3Iwaranti yeminyaka
Ixhomekeke ku6IiYunithi eziFanelekileyo eziSebenzayo
10ms UPS
- Imveliso yeSine enyulu yeWave
- Uluhlu olubanzi lokuSebenza lweMPPT
- Unxibelelwano lwe-BMS olwakhelwe ngaphakathi
- IziKhuseli ezininzi eziKhuselekileyo
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PV (DC Input)
Kucetyiswa uMax. PV Input Power 6000W Max. Igalelo lombane (VOC) 500V MPPT Uluhlu lweVoltage oluSebenzayo 85V-450V (@75V Qalisa phezulu) Inani leMPPT 1 Max. Inani leeNtya zokufakela ngeMPPT nganye 1 Max. Igalelo langoku ngokweMPPT 27A Max. Ixesha elifutshane langoku ngeMPPT nganye 35A -
Igridi (Igalelo le-AC)
Max. Igalelo lamandla 11500W Max. Igalelo langoku 50A Ulinganiso lweGrid Voltage 220/230/240Vac Ireyithwe ngokuphindaphindiweyo kwigridi 50/60Hz Uluhlu olwamkelekileyo 170-280Vac (ye-UPS); 90-280Vac (yeziXhobo zaseKhaya) -
Ibhetri (Izalathiso ezimbini)
Uhlobo Lwebhetri LiFePO4 / Lead-asidi Uluhlu lweBattery Voltage 40-60Vdc Ikaliwe iBattery Voltage 48Vdc Max. Ukuhlawuliswa / Ukukhupha okwangoku 120A / 130A Imo yoNxibelelwano lwe-BMS RS485 -
Ukusebenza kakuhle
Ukuphumelela okuphezulu 98% Max. Ukuphumelela kweMPPT 99.90% -
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Imveliso Egcinwayo (Imveliso yeAC)
Ikaliwe Amandla emveliso 6000W / 6000VA Isiphumo esikalisiweyo sangoku 27.3A Ubungakanani beVoltage yeSiphumo / Ukuphindaphinda220 / 230 / 240Vac 50 / 60HzUmthamo onxuseneyoMax. Iiyunithi ezili-12I-Surge Power12000VA 5sTHDv (@ Umthwalo womgca)＜3%Tshintsha Ixesha10ms Eqhelekileyo (ye-UPS), 20ms Eqhelekileyo (YeziXhobo zaseKhaya)-
Ukhuseleko
Ukhuseleko lwangaphakathi Iziphumo zoKhuseleko lweSekethe emfutshane, ukuKhuselwa koMbane oPhetheyo UKhuseleko lweSurgery I-PV: Uhlobo lwe-III, i-AC: Uhlobo lwe-III IP Rating IP54 -
Iinkcukacha ngokuBanzi
Uluhlu lobushushu obusebenzayo -10℃~55℃ Uluhlu lokuHumidity olunxulumeneyo 5%~95% Max. Umphakamo wokuSebenza ＞2000m Derating Ukulinda Self-ukusebenzisa ＜10W Uhlobo loFakelo Ixhonywe eludongeni Imo yokupholisa Ukupholisa abalandeli Unxibelelwano RS232/RS485/Dry Contact/Wi-Fi Bonisa LCD -
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Iinkcukacha zoomatshini
Inverter Dimension (L x W x H) 346.6 x 120 x 444.7 mm Ubungakanani boShipping 560 x 465 x 240mm Ukusinda okushiyekile 12.4kg Ubunzima bokuqala 14.6kg Ixesha lewaranti Iminyaka emi-3 -
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PV (DC Input)
Max. PV Input Power 12000W Max. DC Voltage 500V Uluhlu lweVoltage yeMPPT 85V-450V Ulinganiso lweVoltage 380V Ukuqalisa iVoltage 75V Max. DC yangoku 27A/27A Inani leMPPT 2 Inani loMtya kwiMPPT nganye 1 DC Terminal Uhlobo I-TBD -
Igridi (Igalelo le-AC)
Max. Igalelo lamandla 20700WMax. Igalelo langoku 90A Ulinganiso lweGrid Voltage 220/230/240Vac Ireyithwe ngokuphindaphindiweyo kwigridi 50/60Hz THDi ＜3% (Umthwalo womgca) -
Ibhetri
Uhlobo Lwebhetri LiFePO4 / Lead-asidi Uluhlu lweBattery Voltage 40-60Vdc Ikaliwe iBattery Voltage 48Vdc Max. Ukutshaja / ukukhupha amandla (W)12000Max. Intlawulo yangoku210A (MPPT: 210A; Igridi: 210A)Max. Disharge yangoku (A)230Max. Umbane wokuTshaja (V)60 Imbuyekezo yoBuqondoEwe (Ibhetri yeLithium)Ujongo lwangoku / lweVoltageEwe-
Ukusebenza kakuhle
Max. Ukusebenza kakuhle (Igridi) 95% Max. Ukusebenza kakuhle (Ibhetri) 93% -
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Imveliso ye-AC
Max. Amandla emveliso 12000W Ireyithwe rhoqo 50/60Hz Ukuchaneka kwamaxesha ±2% Iklasi yeVoltage 220 / 230 / 240V Max. Imveliso yangoku 54.5A Ukuchaneka kozinziso lwe-Voltage ±1% THDV (Umthwalo ogcweleyo) ＜3% (Umthwalo womgca) Umthamo wokulayisha ngaphezulu 105%＜Layisha≤150%, i-Alarm kunye noVala emva kwe-10.5s; Layisha≥150%, i-Alarm kunye noCima emva kwe-5.5s -
Ukhuseleko
Ukhuseleko Ukukhuselwa okuPheleleyo/Ngaphantsi koMbane, uKhuseleko oluPheleleyo lwangoku, uKhuseleko lweSekethe emifutshane, iPhulo loKhuselo lobushushu obugqithisileyo -
Iinkcukacha ngokuBanzi
Ubungakanani (L x W x H) 125 x 535 x 630 mm / 4.92 x 21.06 x 24.80 intshi Ubunzima 25 kg / 55.11 lbs.Ukuhlohla Ixhonywe eludongeni Uluhlu lobushushu lokusiNgqongileyo `-10～55℃ (＞40℃ Ukuhla) Ubuntu bezizalwane 5-95% Max. Ukuphakama ＞2000m Derating Ingress Rating IP54 UkuZisebenzisa okulindileyo ＜10W Imo yokupholisa Ukupholisa Umoya Ngenkani Ingxolo ＜60dB Uhlobo lokubonisa Umboniso weLCD Unxibelelwano RS232 / Uqhagamshelwano olomileyo / Wi-Fi / RS485 Iwaranti Iminyaka emi-3 / iminyaka emi-5 (ukhetho)Iiyunithi ezinxuseneyo 6 -
- Igama lefayile
- Uhlobo Lwefayile
- Ulwimi
-
ROYPOW-Off-Grid-Energy-Storage-System-Brochure-Ukrainian -Ver.-August-26-2024
- Isi-Ukraine
-
-
ROYPOW-Off-Grid-Energy-Storage-System-Brochure-Burmese-Ver.-Agasti-26-2024
- Burmese
-
-
I-ROYPOW ye-Off-Grid Energy Storage System Brochure - Ver. Ngo-Agasti 13, 2024
- En
-
Ukuxhobisa i-Off-Grid Power Freedom
Yiba ngumthengisi we-ROYPOW ngaphandle kwegridi yokugcina amandla
Iqabane kunye neROYPOW ukunika izisombululo ezithembekileyo nezingabiziyo ngaphandle kwegrid yokugcina amandla. Nceda abathengi bakho bafezekise ukuzimela kwamandla kwaye bajonge amathuba amatsha oshishino.
Yiba ngumthengisi -
1. Yintoni inkqubo yelanga engaphandle kwegrid kwaye isebenza njani?
+Ewe, kuyenzeka ukuba usebenzise iphaneli yelanga kunye ne-inverter ngaphandle kwebhetri. Kolu cwangciso, iphaneli yelanga iguqula ukukhanya kwelanga kube ngumbane we-DC, othi inverter iwuguqule ube ngumbane we-AC ukuze usetyenziswe ngoko nangoko okanye ukondla kwigridi.
Nangona kunjalo, ngaphandle kwebhetri, awukwazi ukugcina umbane ogqithisileyo. Oku kuthetha ukuba xa ukukhanya kwelanga kunganelanga okanye kungabikho, isixokelelwano asiyi kubonelela ngamandla, kwaye ukusetyenziswa ngokuthe ngqo kwesixokelelwano kunokukhokelela kukuphazamiseka kwamandla ukuba ukukhanya kwelanga kuyaguquguquka.
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2. Ixabisa malini isixokelelwano selanga esingaphandle kwegrid?
+Ixabiso lilonke lenkqubo yelanga engaphandle kwegrid epheleleyo ixhomekeke kwizinto ezahlukeneyo ezifana neemfuno zamandla, iimfuno zamandla aphezulu, umgangatho wesixhobo, iimeko zelanga zendawo, indawo yofakelo, ukugcinwa kunye neendleko zokutshintsha, njl. Ngokuqhelekileyo, iindleko ze-solar off-grid iinkqubo iavareji malunga $1,000 ukuba $20,000, ukusuka ibhetri esisiseko kunye inverter indibaniselwano ukuya iseti epheleleyo.
I-ROYPOW ibonelela ngezisombululo ezifikelelekayo, ezifikelelekayo ngaphandle kwegridi yelanga ezidityaniswe neziguquli ezikhuselekileyo, ezisebenzayo, nezizinzileyo ezingaphandle kwegridi kunye neenkqubo zebhetri ukunika amandla ukuzimela kwamandla.
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3. Indlela yokulinganisa isixokelelwano selanga esingekho kwigridi?
+Nanga amanyathelo amane acetyiswayo ukuba alandelwe:
Inyathelo 1: Bala umthwalo wakho. Jonga yonke imithwalo (izixhobo zasekhaya) kwaye urekhode iimfuno zabo zamandla. Kufuneka uqiniseke ukuba zeziphi izixhobo ezinokuthi zibekho ngaxeshanye kwaye ubale umthwalo opheleleyo (umthwalo ophezulu).
Inyathelo 2: Ubungakanani be-inverter. Kuba ezinye izixhobo zombane zasekhaya, ngakumbi ezo zineenjini, ziya kuba nesantya esikhulu sangoku xa uqalwa, ufuna isiguquli esinomlinganiselo ophakamileyo womthwalo ohambelana nenani lilonke elibalwe kwiNyathelo loku-1 ukulungiselela impembelelo yangoku yokuqalisa. Phakathi kweentlobo zayo ezahlukeneyo, i-inverter enemveliso ecocekileyo ye-sine wave iyacetyiswa ukusebenza kakuhle kunye nokuthembeka.
Inyathelo 3: Ukukhetha ibhetri. Phakathi kweentlobo ezinkulu zebhetri, ukhetho oluphezulu kakhulu namhlanje ibhetri ye-lithium-ion, epakisha umthamo wamandla amaninzi ngomthamo weyunithi kwaye inikezela ngeenzuzo ezifana nokhuseleko olukhulu kunye nokuthembeka. Bala ukuba ibhetri enye izakuqhuba ixesha elingakanani nomthwalo kunye nokuba ufuna iibhetri ezingaphi.
Inyathelo lesi-4: Ukubalwa kwenani lephaneli yelanga. Inani lixhomekeke kwimithwalo, ukusebenza kakuhle kweepaneli, indawo yendawo yeepaneli ngokubhekiselele kwi-radiance yelanga, ukuthambekela kunye nokujikeleza kweepaneli zelanga, njl.
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4. Indlela yokufakela isixokelelwano selanga kwigridi?
+Nanga amanyathelo amane acetyiswayo ukuba alandelwe:
Inyathelo 1: Fumana amacandelo. Izinto ezithengiweyo, ezibandakanya iiphaneli zelanga, iibhetri, ii-inverters, izilawuli zokutshaja, ii-hardware ezifakwayo, iingcingo, kunye nezixhobo zokhuseleko ezibalulekileyo.
Inyathelo lesi-2: Faka iiphaneli zelanga. Beka iipaneli kuphahla lwakho okanye kwindawo enelanga elangeni. Zibophe ngokukhuselekileyo kwaye uzifake engile ukuze ukwandise ukufunxwa kukukhanya kwelanga.
Inyathelo lesi-3: Faka isilawuli sentlawulo. Beka isilawuli sokutshaja kufutshane nebhetri kwindawo engenamoya. Qhagamshela iiphaneli zelanga kwisilawuli usebenzisa iingcingo ezifanelekileyo zokulinganisa.
Inyathelo 4: Faka ibhetri. Qhagamshela ibhetri kuthotho okanye ngokunxuseneyo ngokweemfuno zombane wenkqubo yakho.
Inyathelo lesi-5: Faka i-inverter. Beka i-inverter kufuphi nebhetri kwaye uqhagamshele, uqinisekise i-polarity echanekileyo, kwaye udibanise imveliso ye-AC kwisistim yombane yekhaya lakho.
Inyathelo lesi-6: Qhagamshela kwaye uvavanye. Jonga kabini lonke uqhagamshelo, emva koko unike amandla kwisixokelelwano selanga. Ukubeka iliso kwinkqubo ukuqinisekisa ukusebenza ngokufanelekileyo, ukwenza naluphi na uhlengahlengiso oluyimfuneko.
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5. Yintoni i-off-grid kunye ne-on-grid system solar?
+Isixokelelwano selanga esingekho kwigridi sisebenza ngokuzimeleyo kuthungelwano lombane, sivelisa kwaye sigcina amandla awoneleyo ukuhlangabezana neemfuno zekhaya.
Isixokelelwano selanga esikwigridi siqhagamshelwe kwigridi yosetyenziso lwasekhaya, idibanisa ngaphandle komthungo amandla elanga ukuze isetyenziswe emini ngelixa izoba umbane kwigridi xa iiphaneli zesola zivelisa amandla angonelanga, nje ebusuku okanye ngeentsuku ezinamafu.
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6. Yeyiphi ebhetele, i-off-grid okanye isixokelelwano selanga esikwigridi?
+I-off-grid kunye ne-on-grid iinkqubo zelanga zineenzuzo kunye neengxaki zazo ezizodwa. Ukhetho phakathi kwe-off-grid kunye ne-on-grid ye-solar system ixhomekeke kwizinto ezithile, kubandakanywa kodwa kungaphelelanga:
Uhlahlo lwabiwo-mali: Iinkqubo zelanga ezingaphandle kwegridi, ngelixa zibonelela ngokuzimela ngokupheleleyo kwigridi, ziza neendleko eziphezulu zangaphambili. Iinkqubo zesolar ezikwigridi zineendleko ezithe kratya, njengoko zinokunciphisa amatyala ombane wenyanga kwaye zibenako ukwenza inzuzo.
Indawo: Ukuba uhlala kwindawo yasezidolophini enokufikelela ngokulula kwigridi esetyenziswayo, inkqubo yelanga ekwigridi inokudibanisa ngaphandle komthungo kwiziseko zakho ezikhoyo. Ukuba ikhaya lakho likude okanye likude negridi yoncedo olusondeleyo, i-off-grid system yelanga ingcono, kuba iphelisa imfuno yokwandiswa kwegridi ebiza.
Izidingo zamandla: Kumakhaya amakhulu kunye namakhaya anqabileyo aneemfuno eziphezulu zombane, inkqubo yelanga ekwigridi ingcono, inikezela ngenkxaso ethembekileyo ngexesha lemveliso yelanga ephantsi. Ngakolunye uhlangothi, ukuba unekhaya elincinci okanye uhlala kwindawo ehlala ephuma umbane okanye uqhagamshelo lwegridi engazinzanga, i-off-grid solar system yindlela yokuhamba.
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7. Ngaba i-inverter ye-off-grid isebenza ngaphandle kwebhetri?
+Ewe, kuyenzeka ukuba usebenzise iphaneli yelanga kunye ne-inverter ngaphandle kwebhetri. Kolu cwangciso, iphaneli yelanga iguqula ukukhanya kwelanga kube ngumbane we-DC, othi inverter iwuguqule ube ngumbane we-AC ukuze usetyenziswe ngoko nangoko okanye ukondla kwigridi.
Nangona kunjalo, ngaphandle kwebhetri, awukwazi ukugcina umbane ogqithisileyo. Oku kuthetha ukuba xa ukukhanya kwelanga kunganelanga okanye kungabikho, isixokelelwano asiyi kubonelela ngamandla, kwaye ukusetyenziswa ngokuthe ngqo kwesixokelelwano kunokukhokelela kukuphazamiseka kwamandla ukuba ukukhanya kwelanga kuyaguquguquka.
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8. Uthini umahluko phakathi kwe-hybrid kunye ne-off-grid inverter?
+Ii-inverters zeHybrid zidibanisa imisebenzi yazo zombini ii-solar kunye nebhetri inverters. Iziguquli ze-off-grid zenzelwe ukusebenza ngokuzimeleyo kwigridi esetyenziswayo, esetyenziswa ngokuqhelekileyo kwiindawo ezikude apho amandla egridi engafumanekiyo okanye engathembekanga. Nantsi umahluko ophambili:
I-Grid Connectivity: I-Hybrid inverters idibanisa kwigridi yenkonzo, ngelixa i-off-grid inverters isebenza ngokuzimeleyo.
Ukugcinwa kwamandla: Ii-inverters ze-Hybrid ziye zakha uqhagamshelo kwibhetri yokugcina amandla, ngelixa ii-inverters ze-off-grid zixhomekeke kuphela kugcino lwebhetri ngaphandle kwegridi.
Amandla e-Backup: Abaguquleli be-Hybrid batsala amandla okugcina kwigridi xa imithombo yelanga kunye nebhetri ingonelanga, ngelixa ii-inverters ze-off-grid zixhomekeke kwiibhetri ezihlawuliswa iipaneli zelanga.
Ukuhlanganiswa kweNkqubo: Iinkqubo ze-Hybrid zihambisa amandla amaninzi elanga kwigridi emva kokuba iibhetri zihlawuliswe ngokupheleleyo, ngelixa iinkqubo ze-off-grid zigcina amandla amaninzi kwiibhetri, kwaye xa zigcwele, iipaneli zelanga kufuneka ziyeke ukuvelisa amandla.
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9. Zihlala ixesha elingakanani iibhetri ze-off-grid?
+Ngokuqhelekileyo, Uninzi lweebhetri zelanga kwimarike namhlanje zihlala phakathi kweminyaka emihlanu kunye ne-15.
Iibhetri ze-ROYPOW ngaphandle kwegrid zixhasa ukuya kuthi ga kwiminyaka engama-20 yobomi boyilo kunye namaxesha angaphezu kwama-6,000 obomi bomjikelo. Ukuphatha ibhetri ngokufanelekileyo ngokhathalelo olufanelekileyo kunye nokugcinwa kuya kuqinisekisa ukuba ibhetri iya kufikelela kubomi bayo obuphezulu okanye nangaphezulu.
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10. Yeyiphi eyona bhetri ingcono kwisixokelelwano selanga esingekho kwigridi?
+Iibhetri ezilungileyo kakhulu kwiinkqubo zelanga ezingaphandle kwegridi yi-lithium-ion kunye ne-LiFePO4. Zombini zisebenza ngaphezu kwezinye iintlobo kwizicelo ezingaphandle kwegridi, zibonelela ngokutshaja ngokukhawuleza, ukusebenza okuphezulu, ixesha elide lokuphila, ukugcinwa kweqanda, ukhuseleko oluphezulu, kunye nefuthe eliphantsi kokusingqongileyo.
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