Isiguquli Sesitoreji Samandla esingu-160kW se-BESS
I-160kW Energy Storage Inverter ye-BESS yakhelwe-isitoreji sebhethri le-voltage ephezulu, i-microgrid, kanye negridi-amaphrojekthi osekelo adinga ukuguqulwa kwamandla okuzinzile nokulawulwa kwesistimu esabelayo.
Isekela kokubili insiza-esebenzisanayo futhi{1}}ukusebenza yodwa, iyenze ifaneleke ezentengiselwano ne-BESS yezimboni, amasistimu kagesi eziqhingini, kanye nokuhlanganiswa kwamandla avuselelekayo. Idizayini eqondisiwe yephrojekthi-yayo isiza abahlanganisi besistimu bakhe izixazululo zesitoreji ezithembekile zezimo zokusebenza ezinzima kanye nezidingo zamandla ezishintshayo.
Izici Eziyinhloko
Yakhelwe-i-BESS ye-voltage ephezulu, izindawo ezidinga kakhulu, nokusebenza kwe-microgrid esabelayo.
-I-Voltage Battery Integration Ephezulu
Isekela ububanzi bevoltheji ye-DC efika ku-1500V, inika amandla ukuxhumeka ngamasistimu ebhethri{1}}enamandla kagesi aphezulu kumaphrojekthi wezohwebo, izimboni, kanye ne-microgrid BESS.
I-Flexible Grid kanye ne-Stand Alone Operation
Isebenza kuzo zombili izinsiza-ezimodini ezisebenzisanayo nezizimele{1}}zodwa, ihlinzeka ngokuguquguquka okukhulu kwegridi{2}}yesitoreji esixhunyiwe, amandla ayisipele, namasistimu anamandla azimele.
Fast Power Dispatch Response
Isikhathi sokuphendula sokuthunyelwa kwamandla Esingaphansi noma esilingana no-15ms sisiza isiguquli esinezinhlangothi ezimbili sisabele ngokushesha ekushintsheni kwezimo zomthwalo negridi.
Amandla Okulayishwa Kakhulu-Esikhathi Esifushane
Isekela izikhathi ezingu-1.5 zokulayisha ngokweqile ngamasekhondi angu-10, inikeze amandla engeziwe phakathi nokwenyuka komthwalo okungazelelwe kanye{2}}neziqongo ezimfushane zesidingo sesikhathi.
IP66 Ukuvikelwa Kwangaphandle
Indawo ebiyelwe ye-IP66, −25℃kuya ku-60℃ibanga lokusebenza, kanye nezinketho zokufaka eziningi zisekela ukuthunyelwa kwangaphandle eziqhingini, ogwadule, nakwezinye izindawo ezinzima.
I-VSG ne-Microgrid Support
Ubuchwepheshe be-VSG busekela izinhlelo zokusebenza ze-microgrid, kuyilapho ukusebenzisana ne-FFR, i-FCR, ne-FCAS kunweba indima yayo kugridi-yokusekela kanye nemvamisa{1}}amaphrojekthi okuphendula.
Ukucaciswa
| I-Utility-Imodi yokusebenzisana | Imodi yokuma wedwa- | |
| Amapharamitha kagesi | ||
| Amandla Okuzisholo | 160 kVA | |
| I-AC Voltage |
EX: 400 (-15%~15%) Vac NA: 480 (-15%~15%) Vac |
EX: 400 (-10%~15%) Vac NA: 480 (-10%~15%) Vac |
| I-DC Voltage Range | EX: 720 V~1500 V, >I-1200 V ifinyelela ku-90% NA: 850 V~1500 V, >I-1200 V ifinyelela ku-90% |
|
| I-AC Yamanje |
EX: 230A Inombolo yepholisi: 192A |
|
| DC Yamanje |
EX:222A Inombolo yepholisi: 188A |
|
| Ukuxhumana kwe-AC | 3P4W/3P3W | 3P4W |
| Imvamisa ye-AC | 50/60 (-2.5~2.5) Hz | |
| I-THDI | Ngaphansi noma kulingana no-3% | |
| I-Voltage Ripple Coefficient | Ngaphansi noma kulingana no-1% | |
| I-AC PF | -1~1 | |
| I-AC Overload Amandla | 176 kVA (izikhathi ezingu-1.1 ubude-isikhathi / izikhathi ezingu-1.5 ngokulayisha ngokweqile okungu-10s) | |
| Amapharamitha wesistimu | ||
| Ukusebenza Okukhulu | 98.5% (Umthombo osizayo wangaphandle) | |
| Ubukhulu |
893 mm × 290 mm × 1080 mm (ububanzi × ukuphakama × ukujula) 893 mm × 290 mm × 950 mm (Akukho Lug) |
|
| Umsindo | <80 dB @ 1 m | |
| Indawo ebiyelwe | P66 | |
| Operation Temperature | -25 °C ~ 60°C (>50℃derating) | |
| Ukupholisa | Ukupholisa umoya ngempoqo | |
| Operation Humidity | 0~100% (akukho ukufingqa) | |
| Operation Altitude | 3000 m (>3000 m ubude) | |
| Indlela Yokufaka | Ukufakwa okukhweziwe okuphansi / okuqondile / odongeni{0}} | |
| Isitifiketi | EN50549-1 / EN50549-2 / UL1741 & IEEE1547 / IEC62477 / IEC61000 / FCC | |
| Ukuxhumana | ||
| ukuxhumana | RS 485, Ethernet, CAN | |
| Iphrothokholi Yezokuxhumana | I-Modbus TCP/RTU, CAN2.0 | |
Yakhelwe Ngokuzungeza Imibuzo Yokuhlanganisa Onjiniyela Be-BESS Kudingeka Bayiphendule
Ngaphezu kwemikhiqizo evamile esivele siyikhiqiza.
Xhuma-Amasistimu Ebhethri Anamandla Kagesi Aphezulu Ngaphandle Kokuphoqa Iwindi Elincane Le-DC
Ukucushwa kwaseYurophu kusebenza kusuka ku-720–1500V DC kanye nokucushwa kwaseNyakatho Melika kusuka ku-850–1500V DC. Lokhu kunikeza abahlanganisi imvilophu ye-voltage ecacile yokufanisa iyunithi yezinhlamvu zebhethri{5}}ezinamandla kagesi aphezulu kuyilapho kubalwa isimo esishicilelwe sokwehliswa ngaphezu kuka-1200V.
Phendula Ngokushesha ku-Dispatch and Layisha Izinguquko
Impendulo engaphansi noma elingana no-15ms yokuthunyelwa kwamandla isiza isiguquli ukuba sisabele ngokushesha lapho i-EMS ishintsha imiyalo yokushaja noma yokukhipha noma lapho izimo zokusebenza zishintsha. Lokhu kuwusizo kumaphrojekthi we-BESS lapho isivinini sibalulekile khona ekulawuleni amandla asebenzayo kanye -nemisebenzi yokuphendula imvamisa.
Bamba Iziqongo Zamandla Zesikhashana Ngaphandle Kokuvala Ngokushesha
I-inverter isekela umthamo wokulayisha ngokweqile we-176 kVA AC, okuhlanganisa ukusebenza kwethemu engu-1.1 ubude{2}}nokulayisha ngokweqile izikhathi ezingu-1.5 imizuzwana engu-10. Leyo ndlu yekhanda yesikhathi esifushane{6}engeziwe iwusizo lapho isayithi lithola ukukhuphuka komthwalo okuzumayo noma isidingo esidlulayo esingaphezu kwamandla avamile.
Sebenzisa i-One Inverter for Utility-I-Interactive noma I-Stand-Umsebenzi Wedwa
Iyunithi isekela kokubili ukusetshenziswa{0}}izindlela ezisebenzisanayo nezizimele{1}}zodwa. Ngakho-ke abahlanganisi bangasebenzisa umndeni ofanayo womkhiqizo ukuze benze igridi-isitoreji sebhethri esixhunyiwe noma amasistimu okumele anakekele ibhasi le-AC elizimele, ngaphansi kokuvikelwa kokugcina nokulawula izakhiwo.
Sekela i-VSG Nemvamisa-Izicelo Zokuphendula
Ubuchwepheshe be-VSG busekela izinhlelo zokusebenza ezidinga i-voltage elawulwayo nokuziphatha kwefrikhwensi, kuyilapho ukusebenzisana ne-FFR, FCR kanye ne-FCAS kunweba indima ye-inverter kumaphrojekthi wosekelo wegridi-. Izidingo zegridi kufanele zihlale zibhekwa ngokuqhathanisa nendawo yephrojekthi kanye nemibhalo esebenzayo yokuthobela imithetho.
Sebenzisa Kuzo zonke Imibandela Yesayithi Efunwa Ngayo
Ukuvikelwa kwe-IP66 okushicilelwe, {1}ukupholisa komoya okuphoqelelwe, −25℃kuya ku-60℃ububanzi bokusebenza, 0–100% non{6}}ibanga lomswakamo ongafinyeleliyo kanye nokuphakama okusebenzayo okungu-3000m kunikeza izihlanganisi imikhawulo ecacile yemvelo yokwakheka kwesayithi kanye nezibalo ezehlisayo.
Lapho I-Inverter Yesitoreji Samandla angu-160kW Ihlala ku-BESS
Ngo ejwayelekileukwakhiwa kwesistimu yokugcina amandla ebhethri, isiguquli silawula ukuguqulwa phakathi-kohlangothi lwebhethri ye-DC ephezulu kanye nesistimu ye-AC. I-BMS ivikela futhi igade ibhethri, kuyilapho i-EMS noma isilawuli sesayithi singakwazi ukuxhumana ne-inverter nge-RS485, Ethernet noma i-CAN sisebenzisa i-Modbus TCP/RTU noma i-CAN2.0.
Ibhethri-I-Voltge Ephezulu
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Ukuvikelwa kwe-DC
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160kW Energy Storage Inverter
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Ibhasi le-AC / Transformer
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Igridi noma Umthwalo Wesayithi
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Ngaphambi kokusebenzisa, qinisekisa amandla ebhethri kanye nemikhawulo yamanje, izintambo ze-AC, imvamisa yegridi, imephu yokuxhumana, ukuxhumana kokuvikela kanye nendawoukuhambisana kwegridi. Kumaqembu adinga incazelo ebanzi yendima yesiguquli, ukubuka konke kwe-Polinoveluhlelo lokuguqula amandla (PCS)ihlanganisa-umsebenzi wezinga lesistimu.
I-System Integration Consulting
Lapho Le Inverter engu-160kW Yengeza Inani Kakhulu
Umkhiqizo ubekwe kahle kakhulu endaweni yokuguqulwa{0}}kwebhethri ye-voltage enamandla namandla alawulekayo asheshayo-hhayi njenge-generic hybrid inverter. Lezi izinhlelo zokusebenza eziqondana kakhulu nezici zayo zikagesi nokulawula ezishicilelwe.
I-BESS yezohwebo nezimboni
Emafekthri, iziza zezimboni nezindawo zentengiso, isiguquli esingu-160kW singalawula ukushajwa kwebhethri futhi sikhiphe phakathi nesidingo sesayithi, imiyalo yokuphatha amandla kanye nezidingo zokulondoloza. Izinketho zayo ze-400V/480V AC zisiza izihlanganisi ukufanisa-amasistimu wamandla ezigaba ezintathu ezivamile kuzo zonke izimakethe ezihlukene.
Isitoreji Samandla Avuselelekayo Nokwesekwa Kwegridi
I-inverter ingasekela amaphrojekthi okugcina amandla avuselelekayo lapho amandla ebhethri kufanele aphendule kugridi noma imiyalo ye-EMS. Okungaphansi noma okulingana nokuthunyelwa kwempendulo engu-15ms, ububanzi besici samandla alungisekayo kanye namandla ahlobene e-VSG-abalulekile ikakhulukazi uma i-BESS ibamba iqhaza ekulawuleni amandla asebenzayo noma{3}}izinsizakalo zokuphendula imvamisa.
I-Stand Alone & Islanded Power Systems
Umsebenzi wokuzimela-wodwa uvumela isiguquli ukuthi sinikeze amaphrojekthi adinga ukunikezwa kwe-AC okuzimele kunokuthembela kugridi yokusetshenziswayo. Izintambo ze-AC ezishiwo, amandla okulayisha ngokweqile kanye nemikhawulo yendawo kufanele ifaniswe nephrofayela yangempela yokulayisha kanye nezimo zesayithi ngaphambi kokuthunyelwa.
Imininingwane Emihlanu Eqinisekisiwe Mayelana Nesiguquli Sesitoreji Samandla se-BESS
| Okokufaka Kwephrojekthi | Kungani Ibalulekile Kule Model engu-160kW |
|---|---|
| Iwindi le-Battery Voltage | Qinisekisa ukuthi ibhethri lihlala phakathi kuka-720–1500V DC ekucushweni kwe-EX noma 850–1500V DC ekucushweni kwe-NA, okuhlanganisa nokuncishiswa okushicilelwe okungaphezulu kuka-1200V. |
| Isistimu ye-AC | Qinisekisa ukuthi iphrojekthi isebenzisa i-400 Vac noma i-480 Vac nokuthi izintambo ezidingekayo ziyi-3P4W noma i-3P3W. |
| Imodi yokusebenza | Chaza ukuthi i-inverter izosebenzisa usizo-esebenzisanayo,{1}}yodwa, noma ishintshe phakathi kwamasu okusebenza ngaphansi kwesilawuli sangaphandle. |
| Ukulawula Nokuxhumana | Qinisekisa ukuhlanganiswa kwe-EMS/BMS nge-RS485, Ethernet noma i-CAN futhi uqinisekise i-Modbus TCP/RTU edingekayo noma i-CAN2.0 yokumepha idatha. |
| Izimfuneko Zesayithi Negridi | Hlola izinga lokushisa le-ambient, ukuphakama, okulindelwe kwendawo ebiyelwe, imvamisa, isitifiketi kanye nanoma iyiphi iphrojekthi-igridi ethize{1}}izidingo zosekelo ngaphambi kokukhishwa kokukhiqizwa. |
Imibuzo Evame Ukubuzwa Onjiniyela NgeModel engu-160kW
Q: Iyiphi i-voltage yebhethri esekelwa i-inverter yokugcina amandla engu-160kW?
A: Ibanga lamandla kagesi e-DC elishicilelwe lingu-720–1500V ekucushweni kwe-EX kanye no-850–1500V ekucushweni kwe-NA. Ngaphezulu kuka-1200V, ukucaciswa okukhona kuthi kwehlela ku-90%. I-voltage yangempela yokusebenza yebhethri kuyo yonke i-SOC nezinga lokushisa kufanele kubhekwe kulobu bubanzi.
Q: Uyini umehluko phakathi kokucushwa kwaseYurophu naseNyakatho Melika?
A: Inguqulo ye-EX icaciswe cishe ku-400 Vac futhi isebenzisa ububanzi obungu-720–1500V DC, kuyilapho inguqulo ye-NA icaciswa cishe ku-480 Vac futhi isebenzisa ububanzi obungu-850–1500V DC. Amanani amanje e-AC ne-DC nawo ayahluka, ngakho-ke ukumiswa kwesifunda okulungile kufanele kukhethwe phakathi nokuklanywa kwesistimu.
Umbuzo: Ingabe i-inverter ingasebenza ngaphandle kwegridi yokusetshenziswa?
A: Yebo. Ukucaciswa komkhiqizo kwamanje kuhlanganisa kokubili ukusetshenziswa{1}izindlela zokusebenzisana nezizimele{2}}zodwa. Uxhumano lwe-AC oluzimele-lodwa lufakwe kuhlu njenge-3P4W, kuyilapho insiza{7}}i-interactive operation isekela i-3P4W/3P3W. Ukuvikelwa kwesistimu yokugcina kanye nengqondo yokulawula kufanele kuhlanganiswe nomklamo ophelele we-BESS.
Q: Ngabe i-inverter iphendula ngokushesha kangakanani emiyalweni yamandla?
A: Impendulo yokuthunyelwa kwamandla eshicilelwe Ingaphansi noma ilingana no-15ms. Leli khono lokuphendula libalulekile uma i-BESS idinga ukulandela imiyalo ye-EMS esheshayo noma ibambe iqhaza kugridi-yokusekela kanye nemvamisa{3}}izinhlelo zokusebenza zokuphendula.
Q: Yiziphi izindlela zokuxhumana ezikhona?
A: Idatha yomkhiqizo ekhona yenza uhlu lwe-RS485, i-Ethernet kanye ne-CAN yokuxhumana, ne-Modbus TCP/RTU ne-CAN2.0 protocol. Ngesikhathi sokuhlanganiswa kwephrojekthi, qinisekisa imephu yerejista edingekayo, ingqondo yokuxhumana ye-BMS/EMS kanye nezibopho zomlawuli.
Umbuzo: Yimaphi amadokhumenti okusebenza okufanele ngiwaqinisekise ngaphambi kokuthenga?
A: Okungenani, qinisekisa imininingwane yokugcina yemodeli, imininingwane yezintambo kanye nokufaka, imibhalo yokuxhumana kanye namafayela ezitifiketi asebenzayo.
Qinisekisa i-Inverter engu-160kW ngokumelene nebhethri lakho kanye nesistimu ye-AC
Thumela i-voltage yokusebenza kwebhethri lakho, umthamo we-BESS, i-voltage ye-AC, imakethe yendawo, insiza-esebenzayo noma{1}}imfuneko yokuma wedwa, kanye nephrothokholi yokuxhumana edingekayo. I-Polinovel ingasebenzisa la ma-inputs ukuze iqinisekise ukuthi lesi siguquli sesitoreji samandla esingu-160kW sifana nezidingo zikagesi nokulawula zephrojekthi yakho.
Amashadi ashisayo: I-inverter yokugcina amandla engu-160kW, i-inverter engu-160kW BESS, i-inverter yokugcina amandla kagesi aphezulu, i-inverter yokugcina amandla engu-1500V, i-inverter yokugcina engu-160kVA
