GE 1000NG & SA1000NGS-T12-M-En (Steam)
I-1000NGS / 1000NG
Isethi ye-generator yemvelo yemvelo
Ukucushwa okuyinhloko nezici:
• Injini esebenza kahle kagesi.
• I-ac synchronous alternator.
• Isitimela sokuphepha kwegesi kanye nedivaysi yokuvikela igesi ngokulwa nokuvuza.
• Uhlelo lokupholisa olufanelekile lokushisa okukhona kuze kube ngu-50 ℃.
• Ukuhlolwa kwesitolo okuqinile kuwo wonke ama-gensets.
• I-Industrial Silencer enekhono lokuthulisa le-12-20DB (a).
• Uhlelo Lokulawula I-Event Advanced: Uhlelo lokulawula i-ECI kufaka phakathi: Uhlelo lokulahla, uhlelo lokulawula i-detenation, uhlelo lokulawula isivinini, uhlelo lokuvikela, uhlelo lokulawulwa komoya, i-air / fuel ratio control system kanye ne-cylinder temp.
• Ngohlelo olupholile kanye nokushisa lokushisa ukuze uqiniseke ukuthi iyunithi ingasebenza ngokujwayelekile ekushiseni kwemvelo okungu-50 ℃.
• Ikhabethe elizimele elizimele lokulawula ukulawulwa kude.
• Uhlelo lokulawula okusebenzayo okuningi ngokusebenza okulula.
• Izindawo zokuxhumana zedatha ezihlanganiswe ohlelweni lokulawula.
• Ukuqapha i-Battery Voltage futhi ishaja ngokuzenzakalelayo.
• Sebenzisa i-Steam Boiler ephephile futhi esebenza kahle yokuthi yimuphi ukusebenza kahle kuze kube yi-92% kanye ne-Service Life kuze kube yiminyaka engama-20.
| Idatha yohlobo lweyunithi | |||||||||||
| Uhlobo lwamafutha | Igesi yemvelo | ||||||||||
| Uhlobo lwemishini | I-1000NGS / 1000NG | ||||||||||
| Umbuthano | Ukunikezwa kwamandla kagesi + Uhlelo lokushintshanisa lokushisa + i-fume reflow soler boiler | ||||||||||
| Ukuphuma okuqhubekayo | |||||||||||
| Uhlobo lwamafutha | Igesi yemvelo | ||||||||||
| Ukushintshwa kwamandla | 50% | 75% | I-100% | ||||||||
| Okukhishwa ngogesi | kW | I-600 440 295 224 I-1505 | 900 I-635 455 350 2215 | 1000 840 I-645 479 I-2860 | |||||||
| Ukushisa okupholile[1] | kW | ||||||||||
| Ukuphelisa igesi (ku-120 ℃) | kW | ||||||||||
| Ukukhishwa kokushisa okushisayo kwesitekisi (max.)[2] | kW | ||||||||||
| Ukufakwa kwamandla | kW | ||||||||||
[1] Ake sithi izinga lokushisa lamanzi kusuka kumsebenzisi lingu-60 ℃.
.
Isitatimende Esikhethekile:
1, imininingwane yezobuchwepheshe isuselwe kugesi yemvelo enenani le-10 kWh / NM³ ne-Methane no. > 90%
2, idatha yezobuchwepheshe ekhonjisiwe isuselwa ezimweni ezijwayelekile ngokusho kwe-ISO8528 / 1, i-ISO3046 / 1 ne-BS5514 / 1
Ukulungiswa okulinganiselwe kwenziwa ngaphansi kwesimo kuhambisana ne-DIN ISO 3046/1. Esimweni sokukhishwa okulinganiselwe, ukubekezelela ukusetshenziswa kwegesi kungu-5%, futhi ukubekezelela ukukhiqizwa kweSteam kuyinto ± 8%.
| Ukusebenza kahle kwimodi yokufana kwe-mains | |||||||||||
| Ukusebenza kahle kukagesi | % | 33.4 29.2 14.8 77.4 | 34.5 28.6 15.8 78.9 | 35.1 29.3 16.7 81.1 | |||||||
| Ukusebenza kahle kokushisa okupholile (max.) | % | ||||||||||
| Ukusebenza kwe-Steam Boiler (max.)[2] | % | ||||||||||
| Ukusebenza kahle | % | ||||||||||
| Steam Boiler | |||||||||||
| Ukushisa kwe-Inlet | Amanzi noma umusi | ℃ |
| 143 | |||||||
| Ingcindezi ye-Inlet | Ingcindezi ngokuphelele | I-MPA | 0.4 | ||||||||
| Ukushisa kokushisa | Isitimu | ℃ | 151 | ||||||||
| Ingcindezi Yomsebenzi | Ingcindezi ngokuphelele | I-MPA | 0.51 | ||||||||
| Ukuhanjiswa komhwamuko (i-inlet medium Steam) | Ejwayelekile / max. | kg / h | I-53999 ~ 115510[2] | ||||||||
| Ukuhanjiswa komhwamuko (amanzi aphakathi nendawo) | Ejwayelekile / max. | kg / h | 373 ~ 1798[3] | ||||||||
| Ukusebenza kahle okushisayo | U- | 16.7 | |||||||||
| Ukushisa kwe-Interlet | UMax. | ℃ | 520 | ||||||||
| Ukushisa okushisa kweFume | Imiz. | ℃ | 210 | ||||||||
| Ukutholwa kokushisa okujwayelekile kokuthola ukululama | buyela / phambili | K | I-310 | ||||||||
| Ukusebenza okuphakathi | -vamile |
| Amanzi / umusi | ||||||||
| Inani lokugcwalisa elipholile | Amanzi / max | L | 1000 | ||||||||
| Imiz. I-boiler colant ukujikeleza kwesilinganiso | Nisela | kg / h | 100 | ||||||||
| Ingcindezi ephezulu kakhulu | I-MPA | I-1.25 | |||||||||
| Izinga lokushisa eliphakeme kakhulu | ℃ | 25 | |||||||||
.
.
Isitatimende Esikhethekile:
1, imininingwane yezobuchwepheshe ilinganiswa ngezimo ezijwayelekile: Ingcindezi Esemoyeni Ephelele: I-100KPA
Ukushisa okuhlanzekile: 25 ° C okuhlobene nomswakama womoya: 30%
2, Ukulinganiswa Kwezilinganiso ezimweni ezi-Ambient Ngokusho kwe-DIN ISO 3046 / 1.Ukubekezelelana kokusetshenziswa kwamafutha athile kungukuthi ama-5% okukhishwa okulinganiselwe.
3, i-boiler yakhelwe, ikhiqizwa futhi ihlolwe ngokuya nge-GB / T150.1112011 ~ GB / T150.4-2011"Umkhumbi Wengcindezi"kanye ne-gb / t151-2014"Ukushisa Exchanger".
Ubukhulu nesisindo ngenhla kungokomkhiqizo ojwayelekile futhi kungahle kube ngaphansi kokushintsha. Njengoba le dokhumenti isetshenziselwa kuphela ireferensi ye-presale, thatha ukucaciswa okunikezwe ngesenzo esihle ngaphambi koku-oda njengokugcina.
| IgesiUmbhalo | |||
| Amalahle | [3] Igesi yemvelo | ||
| Ingcindezi yokudla igesi | 3.5kpa ~ 50kpa & ≥4.5bar | ||
| Okuqukethwe kwevolumu ye-Methane | ≥ 80% | ||
| Inani eliphansi lokushisa (LHV) | Hu ≥ 31.4mj / nm3 | ||
| Ukusetshenziswa kwegesi ngehora ku-50% umthwaloKu-75% umthwalo ku-100% umthwalo | 155 m3 225 m3 300 m3 | ||
| [3] Imininingwane efanele yencwadi yezobuchwepheshe izovuselelwa ngemuva kokuthi izakhi zegesi zemvelo zihlinzekwa ngumsebenzisi.Isitatimende Esikhethekile:1, imininingwane yezobuchwepheshe isuselwe kugesi yemvelo enenani le-10 kWh / NM³ ne-Methane no. > 90%2, idatha yezobuchwepheshe ekhonjisiwe isuselwa ezimweni ezijwayelekile ngokusho kwe-ISO8528 / 1, i-ISO3046 / 1 ne-BS5514 / 1I-3, imininingwane yezobuchwepheshe ilinganiswa ngezimo ezijwayelekile: Ingcindezi ye-Atses Atmospheric: I-100KPAUkushisa okuhlanzekile: 25 ° C okuhlobene nomswakama womoya: 30%4, Ukulinganiswa kwezimo ezimweni ezikhona ezimweni ezi-Ambient Ngokusho kwe-DIN ISO 3046 / 1.Ukubekezelela ukusetshenziswa kwamafutha athile kungukuthi ama-5% okukhishwa okulinganiselwe. | |||
| Imininingwane yokuphuma[3] | |||
| Izinga Lokugeleza Kwezinyathelo, Umswakama[4] | 5190 kg / h | ||
| Isilinganiso sokugeleza kwesilinganiso, yomile | 4152 NM3 / H | ||
| Lokushisa lokushisa | 220 ℃ ~ 210 ℃ | ||
| Ingcindezi enkulu ye-Back Back | I-4.0KPA | ||
| Ukutholwa kwe-Genset ngokuphuma okujwayelekile: | I-ISO3046, ISO8528, GB2820, CE, CSA, Ul, | ||
| -Vamile | I-SCR (inketho) | ||
| Nox, ngo-5% oksidigual oxygen & 100% umthwalo | <500 mg / nm³ | <250 mg / nm³ | |
| CO, ngo-5% oksidigual oxygen & 100% umthwalo | ≤ 600 mg / nm3 | ≤ 300 mg / nm3 | |
| Umsindo wezemvelo | |||
| Izinga lokucindezela komsindo ebangeni elifinyelela ku-7 m(Kususelwa endaweni ezungezile) | I-SA1000NG / 89DB (A) & SA10009NGS / 75DB (a) | ||
[3] Amanani e-ENTRIMS aphansi we-Catalytic Converter asuselwa ekuqedweni komile.
Izimo ezijwayelekile Ta-Luft: Izinga lokushisa komoya: 0 ° C, ingcindezi yezulu ngokuphelele: 100 KPA.
| Imodi ye-Prime Power Esebenzayo Imodi | ||||||
| I-Synchronous alternator | Star, 3p4h | |||||
| Ubuningi bokwenzeka | Hz | 50 | ||||
| Isilinganiso (F) Power Prime Power | Isihloko Ezinhle | I-1500 | ||||
| Isici Power | 0.8 | |||||
| Voltage voltage | V | I-380 | 400 | 415 | 440 | |
| -Dlulayo | A | 2279 | 2165 | 2086 | Ngo-1968 | |
I-Alternator Ukulandela I-AGCB755, BS5000, VDE0530, Nemamg1-22, IED34-1, CSA22.2 ne-AS1359 Ejwayelekile.
Uma kwenzeka ukwehluka kwe-voltage Voltage Voltage ngo- ± 2 2%, kumele kusetshenziswe i-Voltage Regulator (AVR ezenzakalelayo (AVR).
| Idatha yokusebenza kwe-Genset kanye nobuchwepheshe bokukhiqiza | |||||||||
| Ukulayisha ngokweqile ngesikhathi ku-1.1XSE (ihora) | 1 | Isici sokuphazamiseka ngocingo (TIF) | ≤50 | ||||||
| Ukuphambuka kwe-voltage eqinile | ≤ ± 1% | Ngocingo oluvumelanayo (thf) | ≤2%, njengoba ngakunyeBS4999 | ||||||
| Ukuchezuka kwamandla kagesi | -15% ~ 20% | Ubuchwepheshe Bokukhiqiza
Amazinga nesitifiketi
| |||||||
| Isikhathi Sokubuyiselwa Kwe-Voltage | ≤4 | ||||||||
| Ukushintshashintsha kwe-voltage | 1% | ||||||||
| Ukulawulwa kwemvamisa okuqinile | ± 0.5% | ||||||||
| I-Transsuent -State Frequency Regulation | ± 5% | ||||||||
| Isikhathi Sokubuyiselwa Kwemvamisa | ≤3 | ||||||||
| I-Stand-State Frequency band | 0.5% | ||||||||
| Ukuphendula kwesikhathi (s) | 0.5 | ||||||||
| Idatha yokusebenza kwe-AC Alternator | Injini esebenza kahle yegesi | ||||||||
| Uhlobo lomkhiqizo | Mecc | Uhlobo lwenjini | I-CNHTC | ||||||
| Uhlobo lwemoto | Eco38 1l4a | Imodeli yenjini | Steyr t12 | ||||||
| Amandla okukhishwa alinganiselwe (KVA) | 25 | Uhlobo lwenjini | 6 Ama-Cylinders inline, turbocharger nge-intercooler | ||||||
| Ukusebenza kahle kwe-alternator | 93.40% | I-Bore X Stroke (mm) | I-126mm × 155mm | ||||||
| Isici Power | 0.8 | Ukuthutha (l) | 11.6 | ||||||
| Ukuxhumeka kwe-wiring | D / y | Isilinganiso sokucindezela | 11 | ||||||
| Ikilasi lokufakwa kwe-rotor | H 级 | Amandla okukhishwa alinganiselwe | I-235kw / 1500rpm | ||||||
| Indlela yokubonisa | Ibhulashi-ngaphansi | Ukusetshenziswa kwamafutha max. | ≤0.3 G / WW.HR | ||||||
| I-Voltage (V) | 380/400/415/440 | Indlela yokulahla | Ugesi olawulwa ngogesi olawulwa nge-single ovepender igagy | ||||||
| Ijubane elilinganiselwe (min-1Isihlehlukene | I-1500 | Imodi yokulawula kaphethiloli | Ukuvuselelwa okulengayo, ukulawulwa kwe-loop okuvaliwe | ||||||
| Ukuvikelwa Kwezindlu | IP23 | Imodi yokulawula isivinini | Umbusi we-elekthronikhi | ||||||
| Ukusebenzela | |||||||||
| Izinga lamafutha (lokushisa okukhona liphakeme kunesisusa esingu-5 ° C / izinga lokushisa liphansi kune-minus 5 ° C) | I-API 15W-40 CF4I-API 10W-30 CF4 |  | |||||||
| Ukugcobisisa umthamo kawoyela (Min./Max.) | 35 l / 37 l | ||||||||
| Kungezwe ithangi elisha lamafutha | N / a | ||||||||
| Umthamo opholile | 5 l (min. Ingxube yokupholisa ukujikeleza kwamanzi kwe-LT) 40 l (min. Injini yokujikeleza kwendabuko) | ||||||||
| Uhlobo olupholile | Amanzi angama-50% athambile kanye no-50% olwa nama-anti-freez solution (i-ethylene glycol, enokuqoqwa kwesisombululo sokulwa nokuqina phakathi kuka-35% -68%) | ||||||||
| Hlinzeka ngokushisa komoya | 10 ℃ ~ 45 ℃ | ||||||||
| Ukungena komoya kwamagumbi okufaka (ukugeleza komoya we-inlet) | > 15000 m³ / h | ||||||||
| Ububanzi bokunikezwa | ||||
| Umshini | I-alternater I-canopy nesisekelo IKhabhinethical | |||
| Injini yegesiUhlelo lokulahlaIsilawuli seLambdaUmphathi we-Electronic Giover ActuatorIsinyathelo sokuqala sikagesiUhlelo lwebhethri | I-AC alternatorH I-Class InsulationUkuvikelwa kwe-IP55Umlawuli we-AVR VoltageUkulawulwa kwe-PF | I-Sheel Sheel Base FrameUbakaki enjiniUkudlidliza I-IsolatorsI-Soundproof Canopy (Ngokuzithandela)Ukugcwala kothuli (kuyakhetheka) | I-Air Circuit BreakerIsikrini sokuthinta esingu-7-inchUkuxhumana Kwezokuxhumana Ikhabethe Lokushintsha KagesiUhlelo Lokushaja Okuzenzakalelayo | |
| Uhlelo lokuhlinzeka ngegesi | Uhlelo lwe-lubrication | Voltage ejwayelekile | Ukungeniswa / uhlelo lokuqeda amandla | |
| Isitimela sokuphepha kwegesiUkuvikelwa Kwegesi UkuvikelwaI-Air / Fuel Mixer | Isihlungi samafuthaIthangi le-auxiliary yansuku zonke (ngokuzithandela)I-Auto Reflill System | 380 / 220V400 / 230v415 / 240V | Isihlungi somoyaIlencer eqeda amandlaAma-Bellows | |
| Isitimela segesi | Insiza kanye nemibhalo | |||
| I-valve yokusika yezandla2 ~ 7kpa Pressureng GaugeIsihlungi segesiI-Solenoid Valve Valve (Uhlobo Lokulwa Nezimo Zokuqhuma lungakhethwa) Umlawuli WengcindeziUmlilo welangabi njengenketho | Ukusebenza kwamathuluzi okusebenza kwamathuluziUkufakwa kanye nokusebenza kwe-run manual gwaziIbhukwana Lokulungiswa Kwama-Manual ManualI-Software Manual ngemuva komhlahlandlela wesevisiIzingxenye ezijwayelekile iphakethe elijwayelekile | |||
| Ukucushwa okukhethwa kukho | ||||
| Umshini | I-alternater | Uhlelo lwe-lubrication |
| Isihlungi somoya esinamandlaI-Backfire Safety Control valveI-heater yamanzi | I-Generator Brand: Stamford, Leroy-Somer,MeccUkwelashwa ngokumelene nomswakama nokugqwala | Ithangi elisha lamafutha elinomthamo omkhuluUkusetshenziswa kwamafutha okusetshenziswa kawoyelaImpompo kaphethiloliHeater uwoyela |
| Uhlelo lukagesi | Uhlelo lokuhlinzeka ngegesi | Amandla kagesi |
| Inzwa yokulawula kude yegridi yokulawula kude | Igeji yegesi yegesiUkuhlunga kwegesiIngcindezi ukunciphisa igesi ye-arm ye-alamu yokuhlekisa | I-220vI-230vI-240v |
| Insiza kanye nemibhalo | Uhlelo lokuqeda | Uhlelo lokushintshana lokushisa |
| Amathuluzi EsevisiIzingxenye zokulungiswa nezinsizakalo | I-Converter Yezindlela EzintathuIsihlangu Sokuqapha kusuka ekuthinteniIndawo yokuhlalaUkuphelisa Ukwelashwa Kwegesi | I-radiator ephuthumayoUgesi heaterUhlelo lokuvuselela ukushisaIthangi lokugcina elishisayo |
Uhlelo lokulawula i-SAC-200
Uhlelo lokulawula oluhlelekile lumukelwa ngesibonisi sokuthinta isikrini, kanye nemisebenzi ehlukahlukene, kufaka phakathi: ukuvikela injini nokulawula, ukufana phakathi kwama-grid noma amagridi, kanye negridi yemisebenzi. njll.
Izinzuzo eziphambili
→ isilawuli se-premium gen-set controller for worle kanye nama-gensets amaningi asebenza kokubekwe eceleni noma izindlela ezihambisanayo.
→ Ukuxhaswa kwezicelo eziyinkimbinkimbi zokukhiqizwa kwamandla ezikhungweni zedatha, izibhedlela, amabhange kanye nezicelo ze-CHP.
→ Ukuxhaswa kwezinjini zombili ezineyunithi ye-elekthronikhi - Izinjini ze-ECU nezemishini.
→ Ukulawulwa okuphelele kwenjini, i-alternator kanye nobuchwepheshe obulawulwayo kusuka kuyunithi elilodwa kunikeza ukufinyelela yonke idatha elinganisiwe ngendlela ehambisanayo nangesikhathi esihambisanayo.
→ Uhla olubanzi lwezinto zokuxhumana luvumela ukuhlanganiswa okubushelelezi kuzinhlelo zokuqapha zasendaweni (BMS, njll.)
→ I-Internal Langaphakathi I-PLC Interpreter ikuvumela ukuthi ulungiselele i-logic eyenziwe ngokwezifiso ukuze uhlangabezane nezidingo zamakhasimende ezifuna ngokwakho ngaphandle kolwazi olungeziwe lwezinhlelo nangendlela esheshayo.
→ Ukulawulwa okukude okukude kanye nensizakalo
| Imisebenzi eyinhloko | |||||
Isikhathi sokuqalisa injiniUmsebenzi wokuvikelwa kwe-alamu
Isimo esiphuthumayo
Injini yokuqapha: Okupholile, ukuthambisa, ukudla, ukuqeda amandla I-Voltage ne-Power Factor control | I-12V noma i-24v dc iyaqalaIsimo sokulawula kude njengenkethoUkuqalisa okuzenzakalelayo / ukumisa ukulongaSetha okokufaka, okukhipha, i-alamu nesikhathiIzinombolo Zokulawula Ukufakwa, Kudlulisela Ukukhishwa KokulawulaUkwehluleka okuzenzakalelayo kwe-State Methort Stop kanye ne-Fault Display Voltage Voltage Frequency FrequencyUkuvikelwa nge-IP44Ukutholwa okuvuzayo kwegesi | ||||
| Ukucushwa Okujwayelekile | |||||
| Ukulawulwa kwenjini: ILambda ivaliwe ukulawulaUhlelo lokulahlaUmphathi we-Electronic Giover ActuatorQala ukulawula ukulawula ukulawula umthwalo wokulawula ukulawulwa kwejubane | Isilawuli se-Generator:Ukulawulwa kwamandlaI-RPM control (Synchronous) Ukusatshalaliswa komthwalo (Imodi Yesiqhingi)Ukulawulwa kwamandla kagesi | Ukulandelela kukaVoltage (kuvumelaniswa)I-Voltage Control (Imodi Yesiqhingi)Ukusatshalaliswa kwamandla okusebenzayo(Isiqhingi) | Ezinye izilawuli:Ukugcwalisa kawoyela ngokuzenzakalelayoUkulawula I-Valve ControlUkulawula kwabalandeli | ||
| Ukuqapha Kwasekuqaleni Kwesexwayiso | |||||
| Ibhethri VoltageIdatha ye-Alternator: U, Mina, Hz, KW, KVA, KVAR, PV, KWH, KVAHImvamisa ye-Genset | Ijubane lenjiniIsikhathi sokuqalisa injiniUkushisa kwengcindezi ye-InletUkucindezela kwamafutha | Ukushisa okupholileUkukalwa kokuqukethwe komoya-mpilo kugesi ophelelwe amandlaUkuhlolwa kwesimo kwesimo | Ukushisa okupholileIngcindezi ye-Loether i-Inlet Inlet | ||
| Ukuvikela Imisebenzi | |||||
| Ukuvikelwa kwenjiniUkucindezela Kawoyela OkuphansiUkuvikelwa okusheshayoNgaphezulu kwesivinini / isivinini esifushaneUkuqala ukwehlulekaIsiginali yejubane elahlekile | Ukuvikelwa kwe-alternator
| Busbar / Main Protection
| Ukuvikelwa kwesistimuUmsebenzi wokuvikelwa kwe-alamuUkushisa okupholile okuphezuluKhokhisa iphuthaIsimo esiphuthumayo | ||
Upende, ubukhulu kanye nesisindo se-GESET -1000LLS
| Usayizi we-Genset (Ubude * Ububanzi * Ukuphakama) mm | 12192 × 2435 × 5500 (isitsha) |
| Isisindo esomile se-Genset (Uhlobo Oluvulekile) kg | 22000 (isitsha |
| Inqubo yokufafaza | I-Poplage ephezulu ye-Poplam (RAL 9016)) |
Ubukhulu bokubhekela kuphela.
I-1000kW generator yemvelo generator ehleliwe- Uhlobo oluthule
