I-160kW Isiguquli sokuGcina saMandla se-BESS
I-160kW Energy Storage Inverter ye-BESS yenzelwe ukugcinwa kwebhetri yevoltage ephezulu-, i-microgrid, kunye negridi{2}}iiprojekthi zenkxaso ezifuna uguqulo lwamandla oluzinzileyo kunye nolawulo lwenkqubo ephendulayo.
Ixhasa zombini usetyenziso-olusebenzisanayo kunye nokusebenza{1}}lodwa, luyenza ilungele urhwebo kunye ne-BESS yoshishino, iinkqubo zamandla esiqithi, kunye nokuhlanganiswa kwamandla ahlaziyekayo. Iprojekthi -yoyilo olujolise kuyo inceda abadibanisi benkqubo bakhe izisombululo zokugcina ezithembekileyo kwiimeko zokusebenza ezibango kunye nokutshintsha iimfuno zamandla.
Ezona mpawu
Yakhelwe-i-voltage ephezulu ye-BESS, indalo efunekayo, kunye nokusebenza kwegridi encinci ephendulayo.
Phezulu -Ukudityaniswa kwebhetri yeVoltge
Ixhasa uluhlu olubanzi lwamandla ombane we-DC ukuya kuthi ga kwi-1500V, ivumela uqhagamshelo kunye{1}}nezixokelelwano zebhetri yevoltage ephezulu yorhwebo, yoshishino, kunye ne-microgrid BESS iiprojekthi.
I-Flexible Grid kunye -nomsebenzi wokuZimela wedwa
Isebenza kuzo zombini eziluncedo{0}}iindlela ezisebenzisanayo kunye nokuma{1}}zodwa, ibonelela ngokulula ngakumbi kwigridi{2}}eqhagamsheleneyo yokugcina, amandla okugcina, kunye neenkqubo zamandla ezizimeleyo.
Fast Power Dispatch Response
Ixesha lokuphendula lokuthumela amandla Ngaphantsi okanye elilingana ne-15ms linceda i-inverter ye-bidirectional iphendule ngokukhawuleza ekutshintsheni umthwalo kunye neemeko zegridi.
Olomeleleyo Olufutshane{0}}Umthamo wokuNxibelela weXesha
Ixhasa ukugcwala kwamaxesha ayi-1.5 kwimizuzwana eyi-10, ibonelela ngamandla ongezelelweyo ngexesha lokwenyuka komthwalo ngequbuliso kunye{2}}nexesha elifutshane lokunyuka kwemfuno.
IP66 uKhuseleko lwangaphandle
Indawo ebiyelweyo ye-IP66, −25 idigri ukuya kuma-60 umgangatho wokusebenza, kunye nokhetho lofakelo oluninzi luxhasa ukusasazwa kwangaphandle kwiziqithi, kwintlango, nakwezinye iindawo ezifuna ngamandla.
VSG kunye neNkxaso yeMicrogrid
Itekhnoloji yeVSG ixhasa usetyenziso lwegridi emincinci, ngelixa ukuhambelana neFFR, FCR, kunye neFCAS kwandisa indima yayo kwigridi{0}}yenkxaso kunye-neeprojekthi zokuphendula rhoqo.
Inkcazo
| Usetyenziso{0}}Indlela yonxibelelwano | Imo ye-yodwa | |
| Iiparamitha zoMbane | ||
| Amandla angeniswayo | 160 kVA | |
| Umbane we-AC |
EX: 400 (-15% ~ 15%) Vac NA: 480 (-15% ~ 15%) Vac |
EX: 400 (-10% ~ 15%) Vac NA: 480 (-10% ~ 15%) Vac |
| Uluhlu lweVoltage yeDC | EX: 720 V~1500 V, >I-1200 V inciphisa ukuya kwi-90% NA: 850 V~1500 V, >I-1200 V inciphisa ukuya kwi-90% |
|
| AC yangoku |
EX: 230A NA: 192A |
|
| DC yangoku |
EX:222A NA: 188A |
|
| UQhagamshelwano lwe-AC | 3P4W/3P3W | 3P4W |
| AC Frequency | 50/60 (-2.5 ~ 2.5) Hz | |
| THDI | Ngaphantsi okanye ilingana ne-3% | |
| I-Voltage Ripple Coefficient | Ngaphantsi okanye ilingana ne-1% | |
| AC PF | -1~1 | |
| Umthamo wokuLawulwa kwe-AC | 176 kVA (1.1 amaxesha ubude{2}}ixesha / 1.5 amaxesha ngo-10s ukulayisha ngaphezulu) | |
| Iiparamitha zeNkqubo | ||
| Ukusebenza okuphezulu | 98.5% (Umthombo oncedisayo wangaphandle) | |
| Imilinganiselo |
893 mm × 290 mm × 1080 mm (ububanzi × ukuphakama × ubunzulu) 893 mm × 290 mm × 950 mm (Akukho Lug) |
|
| Ingxolo | <80 dB @ 1 m | |
| Indawo ebiyelweyo | P66 | |
| Ubushushu bokusebenza | -25 °C ~ 60°C (>I-50℃derating) | |
| Ukupholisa | Ukupholisa umoya ngenkani | |
| Umsebenzi wokufuma | 0 ~ 100% (akukho ukuxinana) | |
| Ubude boMsebenzi | 3000 m (>3000 m ubude) | |
| Indlela yokuFakela | Umcaba / ngokuthe nkqo / Udonga{0}}ufakelo olunyusiweyo | |
| Isiqinisekiso | EN50549-1 / EN50549-2 / UL1741 & IEEE1547 / IEC62477 / IEC61000 / FCC | |
| Unxibelelwano | ||
| unxibelelwano | I-RS 485, i-Ethernet, i-CAN | |
| UMgaqo woNxibelelwano | I-Modbus TCP/RTU, CAN2.0 | |
Iyilwe malunga neMibuzo yoManyano lweBESS iinjineli kufuneka ziphendule
Ukongeza kwiimveliso eziqhelekileyo esele sizivelisa.
Qhagamshela{0}}IiNkqubo zebhetri yeVoltage ePhezulu ngaphandle kokuNyanzelela ifestile yeDC emxinwa
Ubume baseYurophu busebenza ukusuka kwi-720-1500V DC kunye noqwalaselo lwaseMntla Melika ukusuka kwi-850-1500V DC. Oku kunika izihlanganisi imvulophu yamandla ombane ecacileyo ukuze ithelekise imitya yebhetri yevoltage ephezulu ngelixa kubalwa imeko epapashiweyo yokuncipha ngaphezulu kwe-1200V.
Phendula ngokukhawuleza kwi-Dispatch kunye noLayisha utshintsho
A Ngaphantsi okanye elingana ne-15ms yokuthumela umbane wokuphendula inceda i-inverter iphendule ngokukhawuleza xa i-EMS iguqula intlawulo okanye imiyalelo yokukhupha okanye xa iimeko zokusebenza zitshintsha. Oku kuluncedo kwiiprojekthi zeBESS apho isantya solawulo sibalulekile kulawulo lwamandla asebenzayo kunye -nemisebenzi yokuphendula rhoqo.
Phatha iiNcopho zaMandla zeThutyana ngaphandle kokuvalwa kwangoko
I-inverter ixhasa i-176 kVA AC umthamo wokulayisha ngaphezulu, kubandakanywa amaxesha angama-1.1 ubude{2}}umsebenzi wexesha elide kunye namaxesha angama-1.5 okulayisha ngaphezulu kwemizuzwana eyi-10. Elo xesha lifutshane{6}}igumbi lentloko liluncedo xa isiza sifumana umthwalo onyuka ngesiquphe okanye imfuno edlulayo ngaphezu kwamandla aqhelekileyo.
Sebenzisa isiguquli esinye kwi-Utility{0}}I-Interactive okanye i-Standing{1}}Ukusebenza wedwa
Iyunithi ixhasa izinto eziluncedo{0}}ezisebenzayo kunye neendlela zokuma zodwa-. Abahlanganisi ke ngoko banokusebenzisa usapho lwemveliso efanayo kwigridi{3}}ugcino lwebhetri oludityanisiweyo okanye iinkqubo ekufuneka zigcine ibhasi ye-AC ezimeleyo, ngokuxhomekeke kukhuseleko lokugqibela kunye nolawulo lwezakhiwo.
Inkxaso ye-VSG kunye ne-Frequency{0}}Izicelo zokuPhendula
Itekhnoloji yeVSG ixhasa usetyenziso oludinga amandla ombane alawulwayo kunye nokuziphatha rhoqo, ngelixa ukuhambelana neFFR, FCR kunye neFCAS kwandisa indima ye-inverter kwigridi{0}}iiprojekthi zenkxaso. Iimfuno zegridi kufuneka zihlale zitshekishwa ngokuchasene nendawo yeprojekthi kunye namaxwebhu afanelekileyo okuthotyelwa.
Gxila kuyo yonke iMeko yeSiza esiBangayo
Ukhuseleko olupapashiweyo lwe-IP66, ukupholisa ngenkani{1}komoya, −25℃ukuya kuma-60 umgangatho wokusebenza, 0–100%{6}}uluhlu lokufuma olungajikiyo kunye nobude obungama-3000m obusebenzayo bubonelela izihlanganisi ngemida ecacileyo yokusingqongileyo kuyilo lwesiza nokubalwa okuthobayo.
Apho i-160kW Energy Storage Inverter Ihleli kwi-BESS
KwisiqheloUyilo lwenkqubo yokugcina amandla ebhetri, isiguquli silawula uguqulo phakathi -yecala eliphezulu lebhetri ye-DC kunye nenkqubo ye-AC. I-BMS ikhusela kwaye ilawula ibhetri, ngelixa i-EMS okanye umlawuli wesayithi unokunxibelelana ne-inverter nge-RS485, i-Ethernet okanye i-CAN usebenzisa i-Modbus TCP / RTU okanye i-CAN2.0.
Phezulu{0}Ibhetri yeVoltage
1
>>
Ukhuseleko lweDC
2
>>
I-160kW yoMguquli woGcino lwaMandla
3
>>
AC Bus / Transformer
4
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Igridi okanye uLondolozo lweSiza
5
Ngaphambi kokugunyazisa, qinisekisa amandla ombane webhetri kunye nemida yangoku, iingcingo ze-AC, i-frequency yegridi, imephu yonxibelelwano, ulungelelwaniso lokhuseleko kunye nengingqi.ukuhambelana kwegridi. Kumaqela afuna ingcaciso ebanzi yendima yomguquli, ushwankathelo lwePolinovelinkqubo yokuguqula amandla (PCS)igubungela inkqubo-inqanaba lomsebenzi.
Apho Le 160kW Inverter Yongeza Elona xabiso
Imveliso ibekwe kakuhle kwindawo ephezulu{0}}yenguquko yebhetri yevoltage kunye namandla alawulekayo akhawulezayo{1}hayi njengegeneric hybrid inverter. Ezi zicelo ezihambelana kakhulu kunye neempawu zayo zombane ezipapashwe kunye nokulawula.
I-BESS yoRhwebo kunye noShishino
Kwiifektri, indawo zoshishino kunye neendawo zorhwebo, i-160kW inverter inokulawula intlawulo yebhetri kunye nokukhupha malunga nemfuno yesayithi, imiyalelo yokulawula amandla kunye neemfuno zokugcina. Iinketho zayo ze-400V/480V AC zinceda abadibanisi ukuba bafanise iinkqubo zamandla zesigaba esithathu kwiimarike ezahlukeneyo.
Ukugcinwa kwaMandla aVuselelwayo kunye neNkxaso yeGridi
I-inverter inokuxhasa iiprojekthi zokugcina amandla avuselelekayo apho amandla ebhetri kufuneka aphendule kwigridi okanye imiyalelo ye-EMS. Ngaphantsi okanye ilingana ne-15ms yokuthumela impendulo, uluhlu lwamandla oluhlengahlengiswayo kunye neVSG{2}}izakhono ezinxulumeneyo zifanelekile ngakumbi xa i-BESS ithatha inxaxheba kulawulo lwamandla asebenzayo okanye iinkonzo zokuphendula rhoqo{3}}.
Yima wedwa kunye neeNkqubo zaMandla eziQhingisiweyo
-umsebenzi wokuma wedwa uvumela isiguquli ukuba sikhonze iiprojekthi ezifuna unikezelo lwe-AC oluzimeleyo kunokuthembela ngokuqhubekayo kwigridi yoncedo. Iingcingo ze-AC ezichaziweyo, amandla okulayisha ngaphezulu kunye nemida yokusingqongileyo kufuneka ihambelane neprofayile yomthwalo kunye neemeko zesayithi phambi kokusasazwa.
IiNkcukacha ezintlanu eziQinisekisiweyo ngokumalunga ne-Inverter yoGcino lwaMandla e-BESS
| Igalelo leProjekthi | Kutheni Ibalulekile Le Modeli ye-160kW |
|---|---|
| Ifestile yeBattery Voltage | Qinisekisa ukuba ibhetri ihleli ngaphakathi kwe-720–1500V DC kulungiselelo lwe-EX okanye i-850–1500V DC yoqwalaselo lwe-NA, kubandakanywa ukwehla okupapashiweyo okungaphezulu kwe-1200V. |
| Inkqubo ye-AC | Qinisekisa ukuba iprojekthi isebenzisa i-400 Vac okanye i-480 Vac kunye nokuba i-wiring efunekayo yi-3P4W okanye i-3P3W. |
| Imo yokusebenza | Chaza ukuba isiguquli siza kusebenzisa usetyenziso-lonxibelelwano, sime{1}lodwa, okanye sitshintshe phakathi kwezicwangciso zokusebenza phantsi komlawuli wangaphandle. |
| Ulawulo noNxibelelwano | Qinisekisa ukuhlanganiswa kwe-EMS/BMS ngaphezu kwe-RS485, i-Ethernet okanye i-CAN kwaye uqinisekise i-Modbus TCP/RTU efunekayo okanye i-CAN2.0 yokubeka idatha. |
| Indawo kunye neeMfuno zeGridi | Jonga ubushushu bendawo, ukuphakama, okulindelweyo kwindawo ebiyelweyo, amaxesha amaninzi, isiqinisekiso kunye nayo nayiphi na iprojekthi-igridi eyodwa{1}}iimfuno zenkxaso phambi kokuba ikhutshelwe imveliso. |
Imibuzo yeeNjineli edla ngokuyibuza malunga neModeli ye-160kW
Q: Ngawaphi amandla ombane ebhetri axhaswa yi-160kW yokugcina amandla?
A: Uluhlu lwe-DC olupapashiweyo luyi-720-1500V yoqwalaselo lwe-EX kunye ne-850-1500V yoqwalaselo lwe-NA. Ngaphezulu kwe-1200V, iinkcukacha ezikhoyo zithi zehla ukuya kuma-90%. Owona mbane wokusebenza webhetri kwi-SOC kunye nobushushu kufuneka bujongwe ngokuchasene nolu luhlu.
Q: Uthini umahluko phakathi kolungelelwaniso lwaseYurophu kunye noMntla Melika?
A: Uguqulelo lweEX lucacisiwe malunga ne-400 Vac kwaye isebenzisa uluhlu lwe-720-1500V DC, ngelixa inguqulo ye-NA icacisiwe malunga ne-480 Vac kwaye isebenzisa uluhlu lwe-850-1500V DC. Amaxabiso angoku e-AC kunye ne-DC nawo ayahluka, ngoko ke ulungelelwaniso oluchanekileyo lwengingqi kufuneka lukhethwe ngexesha loyilo lwenkqubo.
Umbuzo: Ngaba i-inverter ingasebenza ngaphandle kwegridi eluncedo?
A: Ewe. Ubalulo lwangoku lwemveliso lubandakanya zombini iindlela eziluncedo{1}ezonxibelelwano kunye nezokuma{2}}zodwa. Yima -yodwa uqhagamshelo lwe-AC ludweliswe njenge-3P4W, ngelixa usetyenziso{7}}lokusebenza olusebenzisanayo luxhasa i-3P4W/3P3W. Ukhuseleko lwenkqubo yokugqibela kunye nengqiqo yolawulo kufuneka ilungelelaniswe kunye noyilo olupheleleyo lwe-BESS.
Umbuzo: I-inverter iphendula ngokukhawuleza kangakanani kwimiyalelo yamandla?
A: Impendulo yokuthunyelwa kwamandla epapashiweyo ingaphantsi okanye ilingana ne-15ms. Le mpendulo ifanelekile xa i-BESS ifuna ukulandela imiyalelo ye-EMS ekhawulezayo okanye ithathe inxaxheba kwigridi{2}}inkxaso kunye nokuphindaphinda{3}}izicelo zokuphendula.
Umbuzo: Ngawaphi amakhonkco onxibelelwano akhoyo?
A: Idatha ekhoyo yemveliso iluhlu lwe-RS485, i-Ethernet kunye ne-CAN yokunxibelelana, kunye ne-Modbus TCP / RTU kunye ne-CAN2.0 protocol. Ngethuba lokudityaniswa kweprojekthi, qinisekisa imephu yokubhalisa efunekayo, i-BMS / EMS yonxibelelwano logic kunye noxanduva lomlawuli.
Umbuzo: Ngawaphi amaxwebhu obugcisa ekufuneka ndiwaqinisekise phambi kokuba ndiwathenge?
A: Ubuncinane, qinisekisa imodeli yokugqibela yedatha, iingcingo kunye nolwazi lofakelo, amaxwebhu onxibelelwano kunye neefayile zesatifikethi ezifanelekileyo.
Qinisekisa i-160kW Inverter ngokuchasene nebhetri yakho kunye ne-AC System
Thumela amandla ombane ebhetri yakho esebenzayo, umthamo we-BESS, amandla ombane e-AC, indawo yentengiso, into eluncedo-enonxibelelwano okanye{1}}imfuneko yokuma wedwa, kunye nonxibelelwano olufunekayo. IPolinovel ingasebenzisa la magalelo ukuqinisekisa ukuba le 160kW inverter yokugcina amandla iyahambelana neemfuno zombane kunye nolawulo lweprojekthi yakho.
Iifayile ezishisayo: I-inverter yokugcina amandla yi-160kW, i-160kW BESS inverter, i-inverter yokugcina amandla ombane aphezulu, i-1500V yokugcina amandla eguquguqukayo, i-160kVA yokugcina amandla
