INkqubo yokuGcinwa kwamandla ePV yokunkcenkceshela kwiFama
Yintoni iNkqubo yokuGcinwa kwamandla ePV kunkcenkceshelo lwaseFama?
Inkqubo yokunkcenkceshela i-photovoltaic energy storage system yinkqubo edibanisa iipaneli zelanga ze-photovoltaic (PV) kunye neteknoloji yokugcina amandla ukubonelela amandla athembekileyo kunye nokugcinwa kwamandla kwinkqubo yokunkcenkceshela yefama.Iiphaneli zelanga ze-photovoltaic zisebenzisa ukukhanya kwelanga ukuvelisa umbane ukunika amandla iimpompo zokunkcenkceshela kunye nezinye izixhobo ezifunekayo ukunkcenkceshela izityalo.
Icandelo lokugcinwa kwamandla kwenkqubo lingagcina amandla amaninzi awenziwe emini ukuze asetyenziswe xa ukukhanya kwelanga kunganelanga okanye ebusuku, ukuqinisekisa ukunikezelwa kwamandla okuqhubekayo kunye nokuthembekileyo kwinkqubo yokunkcenkceshela.Oku kunceda ukunciphisa ukuxhomekeka kwigridi okanye kwijenereyitha zedizili, okukhokelela kugcino lweendleko kunye neenzuzo zokusingqongileyo.
Ngokubanzi, iinkqubo zokugcina amandla e-photovoltaic zokunkcenkceshela kumhlaba weefama zinokunceda amafama ukunciphisa iindleko zamandla, ukwandisa ukuzimela kwamandla, kunye negalelo kwizenzo zezolimo ezizinzileyo.
Inkqubo yebhetri
Iseli yebhetri
Iiparamitha
| Ulinganiso lweVoltage | 3.2V |
| Umthamo olinganiselweyo | 50Ah |
| Ukuchasa Ngaphakathi | ≤1.2mΩ |
| Ilinganiswe ngokusebenzayo ngoku | 25A(0.5C) |
| Max.amandla ombane wokutshaja | 3.65V |
| Min.ukukhupha i-voltage | 2.5V |
| Umgangatho odityanisiweyo | A. Umahluko woMmandla≤1% B. Ukuxhathisa()=0.9～1.0mΩ C. Ukukwazi ukugcina ngoku≥70% D. Umbane3.2–3.4V |
Ibhetri Pack
Inkcazo
| Umbane woMbane | 384V | ||
| Umthamo olinganiselweyo | 50Ah | ||
| Umthamo omncinci (0.2C5A) | 50Ah | ||
| Indlela yokudibanisa | 120S1P | ||
| Max.Ukutshaja iVoltage | 415V | ||
| Ukukhupha amandla ombane aphelileyo | 336V | ||
| Intlawulo yangoku | 25A | ||
| Ukusebenza Ngoku | 50A | ||
| Ubuninzi bokukhupha okwangoku | 150A | ||
| Imveliso kunye neNgeniso | P+(bomvu) / P-(mnyama) | ||
| Ubunzima | I-62Kg+/-2KgIyonke 250Kg+/-15Kg enye | ||
| Ubungakanani (L×W×H) | 442×650×140mm(3U chassis)*4442×380×222mm(ibhokisi yokulawula)*1 | ||
| Indlela yokuTyala | Umgangatho | 20A×5 iiyure | |
| Ngokukhawuleza | 50A×2.5hrs. | ||
| Ubushushu bokusebenza | Ukuhlawulisa | -5℃～60℃ | |
| Ukukhupha | -15℃～65℃ | ||
| Ujongano lonxibelelwano | R RS485RS232 | ||
Inkqubo yokubeka iliso
Bonisa (isikrini sokuchukumisa):
- I-IoT ekrelekrele ene-ARM CPU njengondoqo
- Ukuphindaphinda kwe800MHz
- 7-intshi TFT LCD ukubonisa
- Isigqibo se800*480
- Isikrini sokuchukumisa esineengcingo ezine
- Ifakwe ngaphambili kunye nesoftware yoqwalaselo lweMcgsPro
Iiparamitha:
| Iprojekthi ye-TPC7022Nt | |||||
| Iimpawu zeMveliso | Isikrini se-LCD | 7”TFT | Ujongano lwangaphandle | ujongano lweserial | Indlela 1: COM1(232), COM2(485), COM3(485)Indlela 2: COM1(232), COM9(422) |
| Uhlobo lwesibane | i-LED | Ujongano lwe-USB | 1Xumamkeli | ||
| Bonisa umbala | 65536 | Ethernet port | 1X10/100M eguqukayo | ||
| Isigqibo | 800X480 | Iimeko zokusingqongileyo | Ubushushu bokusebenza | 0℃~50℃ | |
| Bonisa ukukhanya | 250cd/m2 | Ukufuma okusebenzayo | 5% ~ 90% (akukho ukuxinana) | ||
| isikrini esibanjwayo | Iintambo ezine ezixhathisayo | ubushushu bokugcina | -10℃~60℃ | ||
| Igalelo lombane | 24±20%VDC | Ukugcinwa kokufuma | 5% ~ 90% (akukho ukuxinana) | ||
| amandla alinganisiwe | 6W | Ukuchazwa kwemveliso | Izinto eziphathekayo | Iiplastiki zobunjineli | |
| iprosesa | ARM800MHz | Umbala weqokobhe | ingwevu yoshishino | ||
| Inkumbulo | 128M | ubungakanani bomzimba(mm) | 226x163 | ||
| Ukugcinwa kwenkqubo | 128M | Ukuvulwa kweKhabhinethi(mm) | 215X152 | ||
| Uqwalaselo lweSoftwe | McgsPro | Isiqinisekiso seMveliso | imveliso eqinisekisiweyo | Ukuthobela imigangatho yoqinisekiso ye-CE/FCC | |
| Wirelessextension | Ujongano lweWi-Fi | Wi-Fi IEEE802.11 b/g/n | Inqanaba lokhuseleko | IP65(iphaneli yangaphambili) | |
| 4Ginterface | China Mobile/China Unicom/Telecom | Ukuhambelana koMbane | Inqanaba leshishini lesithathu | ||
Bonisa Iinkcukacha Zonxibelelwano:
Uyilo lweMpahla yeMveliso
Ukujonga ngasemva
Umbono wangaphakathi
Isiguquli seVector yokuZisa ngokuZinzisa
Intshayelelo
I-GPTK ye-500 ye-converter yechungechunge yinto eguquguqukayo kunye nephezulu yokusebenza yokuguqula eyenzelwe ukulawula kunye nokulungelelanisa isantya kunye ne-torque yesigaba sesithathu se-AC motors asynchronous.
Isebenzisa itekhnoloji yokulawula i-vector ephezulu ukuhambisa isantya esisezantsi, imveliso yetorque ephezulu.
Inkcazo
| Into | IiNgcaciso zobuGcisa |
| Ugqibo lwe-Frequency Resolution | Iisetingi zeDijithali:0.01HzIisetingi zeAnalog:Max frequency×0.025% |
| Imo Yokulawula | Ulawulo lweVector engenazinzwa(SVC)V/F Ulawulo |
| Ukuqalisa itorque | 0.25Hz/150%(SVC) |
| Uluhlu lwesantya | 1:200(SVC) |
| Ukuchaneka kwesantya esizinzileyo | ±0.5%(SVC) |
| Ukwandiswa kweTorque | Ukunyuswa kweTorque ngokuzenzekelayo;Yandisa iTorque ngesandla:0.1%~30%. |
| Ijika le-V/F | Iindlela ezine:Umgca;Multipoint;FullV/Ukwahlula;Ukwahlulwa kweV/Fkungaphelelanga. |
| I-Acceleration/Deceleration Curve | Ukukhawuleza okanye ukukhawuleza kwe-S-curve kunye nokunciphisa;Amaxesha amane okukhawulezisa/okwehliswa, isikali sexesha:0.0 ~ 6500s. |
| DC Brake | Ukuqalisa ukunyanzeliswa kwe-DC:0.00Hz~Ubuninzi bexesha;Ixesha lokuqhobosha:0.0~36.0s;Ixabiso lesenzo sokuqhobosha:0.0%~100%. |
| Ulawulo lokungena | Uluhlu lwe-inching frequency: 0.00Hz ~ 50.00Hz;I-inching ukukhawuleza / ukunciphisa ixesha: 0.0s ~ 6500s. |
| I-PLC elula,I-Multi-speedoperation | Ukuya kuthi ga kwizantya ezili-16 nge-plc eyakhelweyo okanye izilawuli |
| I-PID eyakhelwe-ngaphakathi | Iinkqubo ezivaliweyo zolawulo lwenkqubo zinokuqondwa lula |
| I-Automatic VoltageRegulator(AVR) | Inokugcina ngokuzenzekelayo i-voltage ephumayo xa i-voltage yegridi itshintsha |
| Uxinzelelo olugqithisileyo kunye nokulawulwa kwesantya esiphezulu | Ukunciphisa ngokuzenzekelayo kwangoku kunye ne-voltage ngexesha lokusebenza ukukhusela i- frequentover-current and over-voltage tripping. |
| Fast yangoku umda umsebenzi | Nciphisa iimpazamo ezingaphaya |
| Ukunciphisa iTorque kunye nolawulo lokungayeki kwangoko | Inqaku elithi "Digger", ukulinganiselwa okuzenzekelayo kwetorque ngexesha lokusebenza ukuthintela iihambo ezidlulayo rhoqo;indlela yokulawula i-vector yolawulo lwetorque;Buyekeza ukuhla kwamandla ombane ngexesha lokungaphumeleli kwamandla okwethutyana ngokondla amandla abuyele kumthwalo, ukugcina i-inverter isebenza ngokuqhubekayo ixesha elifutshane. |
Imodyuli yeMPPT yeSolar Photovoltaic
Intshayelelo
Imodyuli ye-TDD75050 yimodyuli ye-DC/DC ephuhliswe ngokukodwa unikezelo lwamandla e-DC, olunokusebenza okuphezulu, ukuxinana kwamandla aphezulu kunye nezinye iingenelo.
Inkcazo
| Udidi | Igama | Iiparamitha |
| Ungeniso lweDC | Umbane olinganisiweyo | 710Vdc |
| Uluhlu lwamandla okufakwayo | 260Vdc~900Vdc | |
| Imveliso yeDC | Uluhlu lwamandla ombane | 150Vdc ukuya 750Vdc |
| Uluhlu lwangoku | 0 ~ 50A (indawo yomda yangoku inokusetwa) | |
| Ikalwe ngoku | 26A (ifunekayo ukuseta indawo yomda yangoku) | |
| Ukuchaneka kozinzo lwe-voltage | < ± 0.5% | |
| Ukuchaneka kokuhamba okuzinzileyo | ≤± 1% (umthwalo wemveliso 20% ~ 100% rated uluhlu) | |
| Izinga lohlengahlengiso lomthwalo | ≤± 0.5% | |
| Qalisa i-overshoot | ≤± 3% | |
| ISalathiso Sengxolo | Ingxolo yokuya phezulu | ≤1% (150 ukuya ku-750V, 0 ukuya ku-20MHz) |
| Udidi | Igama | Iiparamitha |
| Abanye | Ukusebenza kakuhle | ≥ 95.8%, @750V, 50% ~ 100% umthwalo wangoku, ulinganiswe 800V igalelo |
| Ukusetyenziswa kwamandla okulindile | I-9W (igalelo lombane yi-600Vdc) | |
| Impembelelo yangoku kwisiqalo | < 38.5A | |
| Ukulingana okuhambayo | Xa umthwalo uyi-10% ~ 100%, imposiso yokwabelana yangoku yemodyuli ingaphantsi kwe-± 5% yesiphumo esilinganisiweyo sangoku. | |
| I-coefficient yobushushu (1/℃) | ≤± 0.01% | |
| Ixesha lokuqalisa (khetha indlela yamandla- kwimodyuli yokubeka iliso) | Amandla aqhelekileyo kwimowudi: Ukulibaziseka kwexesha ukusuka kwi-DC amandla ukuya kwimveliso yemodyuli ≤8s | |
| Imveliso iqala kade: ixesha lokuqala linokucwangciswa ngemodyuli yokubeka iliso, ixesha lokuqalisa imveliso engagqibekanga yi 3~8s. | ||
| Ingxolo | Akukho ngaphezulu kwe-65dB (A) (kude ne-1m) | |
| Ukuchasa umhlaba | Ukumelana nomhlaba ≤0.1Ω, kufuneka ikwazi ukumelana nangoku ≥25A | |
| Ukuvuza okwangoku | Ukuvuza okwangoku ≤3.5mA | |
| Ukumelana ne-insulation | Ukumelana ne-Insulation ≥10MΩ phakathi kwegalelo le-DC kunye nemveliso yendlu yendlu naphakathi kwegalelo le-DC kunye nemveliso ye-DC | |
| ROHS | I-R6 | |
| IiParameters zoomatshini | Imilinganiselo | 84mm (ubude) x 226mm (ububanzi) x 395mm (ubunzulu) |
Inverter Galleon III-33 20K
Iiparamitha
| Inombolo yoMfanekiso | 10KL/10KLUngeniso kabini | 15KL/15KLUngeniso kabini | 20KL/20KLUngeniso kabini | 30KL/30KLUngeniso kabini | 40KL/40KLUngeniso kabini | |
| Umthamo | 10KVA / 10KW | 15KVA / 15KW | 20KVA / 20KW | 30KVA / 30KW | 40KVA / 40KW | |
| Igalelo | ||||||
| I-VoltageUluhlu | Ubuncinci bokuguqulwa kwamandla | I-110 VAC (Ph-N) ± 3% kwi-50% umthwalo: 176VAC (Ph-N) ± 3% kwi-100% umthwalo | ||||
| Ubuncinci bombane wokubuyisela | Ubuncinci bokuguqulwa kwamandla +10V | |||||
| Ubuninzi bokuguqulwa kwamandla | I-300 VAC(LN)±3% kwi-50% yomthwalo;I-276VAC (LN) ± 3% kwi-100% yomthwalo | |||||
| Ubuninzi bombane wokubuyisela | Ubuninzi bokuguqulwa kwamandla-10V | |||||
| Uluhlu lokuphindaphinda | 46Hz ~ 54Hz @ 50Hz inkqubo56Hz ~ 64Hz @ 60Hz inkqubo | |||||
| Isigaba | Izigaba ezi-3 + zingathathi hlangothi | |||||
| Amandla Factor | ≥0.99 kwi-100% umthwalo | |||||
| Isiphumo | ||||||
| Isigaba | Izigaba ezi-3 + zingathathi hlangothi | |||||
| Umbane ophumayo | 360/380/400/415VAC (Ph-Ph) | |||||
| 208*/220/230/240VAC (Ph-N) | ||||||
| Ukuchaneka kwe-AC Voltage | ± 1% | |||||
| Uluhlu lokuphindaphinda (uluhlu longqamaniso) | 46Hz ~ 54Hz @ 50Hz inkqubo56Hz ~ 64Hz @ 60Hz inkqubo | |||||
| Uluhlu lwamaxesha (imo yebhetri) | 50Hz±0.1Hz okanye 60Hz±0.1Hz | |||||
| Ukulayisha ngaphezulu | Imo ye-AC | 100%~110%:60 imizuzu;110%~125%:10 imizuzu;125%~150%:1 umzuzu;>150%:ngoko nangoko | ||||
| Imo yebhetri | 100% ~ 110%: imizuzu engama-60;110% ~ 125%: imizuzu eyi-10;125% ~ 150%: 1 umzuzu;> 150%: ngoko nangoko | |||||
| Umlinganiselo wencopho yangoku | 3:1 (ubuninzi) | |||||
| Ukuphazamiseka kweHarmonic | ≦ 2 % @ 100% umthwalo womgca;≦ 5 % @ 100% umthwalo ongekho mgca | |||||
| Ukutshintsha ixesha | Amandla amakhulu←→Ibhetri | 0 ms | ||||
| Isiguquli←→Ukugqitha | 0ms (ukusilela kwesigaba sokutshixa, <4ms ukuphazamiseka kwenzeka) | |||||
| Inverter←→ECO | 0 ms (amandla amakhulu alahlekile, <10 ms) | |||||
| Ukusebenza kakuhle | ||||||
| Imo ye-AC | 95.5% | |||||
| Imo yebhetri | 94.5% | |||||
IS Impompo yamanzi
Intshayelelo
IS Impompo yamanzi:
Impompo yochungechunge lwe-IS yimpompo enenqanaba elinye, impompo ye-centrifugal yokufunxa enye eyenzelwe ngokomgangatho wehlabathi we-ISO2858.
Isetyenziselwa ukuthutha amanzi acocekileyo kunye nolunye ulwelo oluneempawu ezifanayo zomzimba kunye neekhemikhali ukucoca amanzi, kunye nobushushu obungagqithiyo kuma-80 ° C.
IS Uluhlu lokuSebenza (Ngokusekwe kumanqaku oYilo):
Isantya: 2900r/min kunye ne-1450r/min Ububanzi bokungena: 50-200mm Isantya sokuhamba: 6.3-400 m³/h Intloko: 5-125m
Inkqubo yoKhuseleko loMlilo
Ikhabhinethi yokugcinwa kwamandla ngokubanzi ingahlula kwiindawo ezimbini ezihlukeneyo zokukhusela.
Ingcamango "yokukhuselwa kwamanqanaba amaninzi" ikakhulu ukubonelela ngokukhuselwa komlilo kwiindawo ezimbini zokukhusela ezihlukeneyo kunye nokwenza inkqubo yonke isebenze ngokubambisana, enokucima ngokwenene umlilo ngokukhawuleza.
Kwaye uthintele ekutshiseni kwakhona, uqinisekise ukhuseleko lwesikhululo sokugcina amandla.
Izowuni ezimbini ezahlukeneyo zokhuseleko:
- Ukukhuselwa kwinqanaba le-PACK: Isiseko sebhetri sisetyenziswa njengomthombo womlilo, kwaye ibhokisi yebhetri isetyenziswa njengeyunithi yokukhusela.
- Ukhuseleko lwenqanaba leqela: Ibhokisi yebhetri isetyenziswa njengomthombo womlilo kunye neqela lebhetri lisetyenziswa njengeyunithi yokukhusela
Ukupakisha iNqanaba loKhuselo
Isixhobo sokucima umlilo se-aerosol eshushu luhlobo olutsha lwesixhobo sokucima umlilo esilungele iindawo ezivalelekileyo ezifana namagumbi enjini kunye neebhokisi zebhetri.
Xa kuvela umlilo, ukuba iqondo lobushushu ngaphakathi kwindawo ebiyelweyo lifikelela kuma-180°C okanye ilangatye elivulekileyo livela,
ucingo olungeva bubushushu lubhaqa umlilo ngoko nangoko kwaye luvule isixhobo sokucima umlilo ngaphakathi kwendawo ebiyelweyo, ngaxeshanye ikhuphe umqondiso wengxelo..
Ukhuseleko lweNqanaba leQela
Isixhobo sokucima umlilo se-aerosol esishushu ngokukhawuleza
Isicwangciso soMbane
Iingenelo zokusebenzisa iinkqubo zokugcina amandla e-photovoltaic zokunkcenkceshela kwifama zininzi kwaye zinokuchaphazela kakhulu imveliso yezolimo.
Ezinye iingenelo eziphambili ziquka:
1. Ugcino lweendleko:Ngokusebenzisa amandla elanga kunye nokugcina umbane ogqithisileyo, abalimi banokunciphisa ukuthembela kwabo kwigridi okanye kwijeneretha ye-diesel, ngaloo ndlela behlisa iindleko zamandla ngokuhamba kwexesha.
2. Ukuzimela kwamandla:Inkqubo ibonelela ngomthombo othembekileyo, ozinzileyo wamandla, ukunciphisa ukuxhomekeka kubaboneleli bamandla bangaphandle kunye nokwandisa ukuzimela kwamandla efama.
3. Ukuzinza kokusingqongileyo:Amandla elanga ngamandla acocekileyo, ahlaziyekayo anceda ukunciphisa ukukhutshwa kwegesi ye-greenhouse kunye nefuthe lokusingqongileyo xa kuthelekiswa nemithombo yamandla emveli.
4.Ubonelelo lwamanzi oluthembekileyo:Kwanaxa ilanga lingonelanga okanye ebusuku, inkqubo inokuqinisekisa unikezelo lwamandla oluqhubekayo lokunkcenkceshela, lunceda ukugcina unikezelo lwamanzi oluqhubekayo lwezityalo.
5. Lutyalo-mali lwexesha elide:Ukufakela inkqubo yokugcina amandla e-photovoltaic ingaba yi-investment yexesha elide, ukubonelela ngomthombo othembekileyo kunye nozinzileyo wamandla kwiminyaka ezayo, kunye nokukwazi ukubuyiswa kakuhle kutyalo-mali.
6. Iinkuthazo zikaRhulumente:Kwiindawo ezininzi, kukho inkuthazo karhulumente, iikhredithi zerhafu okanye izaphulelo zokufakela iinkqubo zamandla ahlaziyekayo, ezinokuthi zihlawule ngakumbi iindleko zotyalo-mali lokuqala.
Ngokubanzi, iinkqubo zokugcina amandla e-photovoltaic zokunkcenkceshela iifama zibonelela ngoluhlu lweenzuzo, kubandakanywa ukonga iindleko, ukuzimela kwamandla, ukugcinwa kokusingqongileyo kunye nokuthembeka kwexesha elide, okwenza kube yindlela ekhangayo kwimisebenzi yezolimo yanamhlanje.
