I-GE 1000NG&NGS-G9620-D-EN-6.3KV
1000NG/1000NGS
Isethi yeGeneretha yegesi yemvelo
Ukucushwa okuyinhloko nezici:
• Injini yegesi esebenza kahle kakhulu.& ne-AC synchronous alternator.
• Isitimela sokuphepha kwegesi nokuvikela igesi ekuvuzeni.
• Isistimu yokupholisa ifanele izinga lokushisa elifika ku-50℃.
• Ukuhlolwa kwesitolo okuqinile kwawo wonke ama-genset.
• Isithulisi semboni esinamandla okuthulisa angu-12-20dB(A).
• Isistimu yokulawula injini ethuthukisiwe: Isistimu yokulawula ye-ECI ehlanganisa: isistimu yokuthungela, isistimu yokulawula ukuqhunyiswa, isistimu yokulawula isivinini, isistimu yokuvikela, isistimu yokulawula isilinganiso somoya/iphethiloli kanye nezinga lokushisa lesilinda.
• Nge-Cooler and Temperature Control System ukuze uqiniseke ukuthi iyunithi ingasebenza ngokujwayelekile kumazinga okushisa emvelo angu-50℃.
• Ikhabhinethi yokulawula ugesi ezimele yokulawula okukude.
• Uhlelo lokulawula olunemisebenzi eminingi ngokusebenza okulula.
• Izixhumanisi zokuxhumana ngedatha zihlanganiswe ohlelweni lokulawula.
• Ukuqapha umthamo webhethri nokushaja ngokuzenzakalelayo.
| Idatha yohlobo lweyunithi | |||||||||||||||
| Uhlobo lwamafutha | Igesi yemvelo | ||||||||||||||
| Uhlobo lwezisetshenziswa | 1000NG/1000NGS | ||||||||||||||
| Umhlangano | Ukunikezwa kwamandla kagesi + Ikhabhinethi Yokulawula Yokukhipha Ukushisa + | ||||||||||||||
| Genset ukuhambisana nezinga | ISO3046,ISO8528,GB2820, CE,CSA,UL,CUL | ||||||||||||||
| Okukhiphayo okuqhubekayo | |||||||||||||||
| ukuguqulwa kwamandla | 50% | 75% | 100% | ||||||||||||
| Okukhipha ugesi | kW | 500 1253 | 750 1850 | 1000 2448 | |||||||||||
| Ukusetshenziswa kwamafutha | kW | ||||||||||||||
| Ukusebenza kahle kumodi ehambisanayo yamapayipi | |||||||||||||||
| Okukhiphayo okuqhubekayo | 50% | 75% | 100% | ||||||||||||
| Ukusebenza kahle kukagesi % | 39.7 | 40.1 | 40.5 | ||||||||||||
| Okwamanje (A)/ 6300V / F=0.8 | 57 | 85 | 114 | ||||||||||||
| 1000NG/1000NGSIsethi yeGeneretha yegesi yemveloUkucushwa okuyinhloko nezici:• Injini yegesi esebenza kahle kakhulu.• I-AC synchronous alternator.• Isitimela sokuphepha kwegesi nokuvikela igesi ekuvuzeni. • Isistimu yokupholisa ifanele izinga lokushisa elifika ku-50℃. • Ukuhlolwa kwesitolo okuqinile kwawo wonke ama-genset. • Isithulisi semboni esinamandla okuthulisa angu-12-20dB(A). • Isistimu yokulawula injini ethuthukisiwe: Isistimu yokulawula ye-ECI ehlanganisa: isistimu yokuthungela, isistimu yokulawula ukuqhunyiswa, isistimu yokulawula isivinini, isistimu yokuvikela, isistimu yokulawula isilinganiso somoya/iphethiloli kanye nezinga lokushisa lesilinda. • Nge-Cooler and Temperature Control System ukuze uqiniseke ukuthi iyunithi ingasebenza ngokujwayelekile kumazinga okushisa emvelo angu-50℃. • Ikhabhinethi yokulawula ugesi ezimele yokulawula okukude. • Uhlelo lokulawula olunemisebenzi eminingi ngokusebenza okulula. • Izixhumanisi zokuxhumana ngedatha zihlanganiswe ohlelweni lokulawula. • Ukuqapha umthamo webhethri nokushaja ngokuzenzakalelayo.
Isitatimende esikhethekile: 1, Idatha yobuchwepheshe isekelwe kugesi yemvelo enevelu ye-calorific engu-10 kWh/Nm³ kanye nenombolo ye-methane.> 90% 2, Idatha yobuchwepheshe ebonisiwe isekelwe ezimweni ezijwayelekile ngokuya nge-ISO8528/1, ISO3046/1 kanye ne-BS5514/1 3, Idatha yobuchwepheshe ikalwa ngezimo ezijwayelekile: Ingcindezi yomoya ngokuphelele: 100kPaAmazinga okushisa e-ambient:25°C Umswakama womoya ohlobene:30% 4, Ukulinganisa ukuzivumelanisa nezimo ezimweni ze-ambient ngokuya nge-DIN ISO 3046/1. Ukubekezelela ukusetshenziswa okuthile kukaphethiloli kungu- + 5 % ekuphumeni okulinganiselwe. 5, Ubukhulu nesisindo ngenhla kungomkhiqizo ojwayelekile futhi kungase kushintshe.Njengoba le dokhumenti isetshenziselwa kuphela ireferensi yokuthengiswa kusengaphambili, thatha izincazelo ezinikezwe i-Smart Action ngaphambi koku-oda njengokugcina. 6, Izinga lokushisa elisebenzayo le-ambient liyi -30 ° C ~ 50 ° C;lapho izinga lokushisa le-ambient lidlula ama-40 ° C, amandla alinganiselwe ancishiswa ngo-3% kukho konke5 ° C ukwanda kwezinga lokushisa.Ukuphakama okusebenzayo kungaphansi kwamamitha angu-3000;lapho ukuphakama kudlula amamitha angu-500, amandla alinganisiwe ancipha ngo-5% kuwo wonke amamitha angu-500 ubude. | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
| Imodi Engafakwanga Yedatha Yokusebenza yamandla amakhulu | ||||||||
| I-alternator ehambisanayo | Inkanyezi, 3P4h | |||||||
| Imvamisa | Hz | 50 | ||||||
| Isici samandla | 0.8 | |||||||
| Isilinganiso (F) Amandla amakhulu e-KVA | I-KVA | 1250 | ||||||
| I-voltage ye-generator | V | 6300 | ||||||
| Okwamanje | A | 114 | ||||||
| Idatha yokusebenza kweGenset kanye nobuchwepheshe bokukhiqiza | ||||||||
| Isikhathi sokusebenza esigcwele ngo-1.1xSe(ihora) | 1 | Isici sokuphazamiseka kwefoni (TIF) | ≤50 | |||||
| Ibanga lokusetha i-voltage | ≥±5％ | I-Telephone harmonious factor (THF) | ≤2%, ngokushoBS4999 | |||||
| Ukuchezuka kwe-voltage yesimo esiqinile | ≤±2％ | Ubuchwepheshe bokukhiqiza
Amazinga nesitifiketi
| ||||||
| Ukuchezuka kwe-voltage yesimo sesikhashana | -12 ~ 18 | |||||||
| Isikhathi sokutholwa kwe-voltage (s) | ≤2 | |||||||
| Ukungalingani kwe-voltage | 1% | |||||||
| Umthethonqubo wokuvama kwesimo esiqinile | ±1.5% | |||||||
| Transient -state frequency regulation | -15~~10％ | |||||||
| Isikhathi sokuthola imvamisa (izi) | ≤5 | |||||||
| Ibhendi yefrikhwensi yesimo esiqinile | 1.5% | |||||||
| Impendulo yesikhathi sokutakula (izi) | 0.5 | |||||||
| I-Line Voltage Waveform Sine Distortion Ratio | ≤ 5% | |||||||
| Idatha yokukhishwa[1] | ||||||||
| Izinga lokugeleza kwe-exhaust | 4544 kg/h | |||||||
| Izinga lokushisa lokukhipha amandla | 480℃ | |||||||
| Ubukhulu obuvunyelwe be-exhaust back pressure | 4 kpa | |||||||
| Ukukhishwa: (Inketho) NOx: | ≤500 mg/Nm³ ku-5% komoyampilo osalayo | |||||||
| CO | ≤600 mg/Nm³ ku-5% komoyampilo osalayo | |||||||
| I-NMHC | ≤125 mg/Nm³ ku-5% komoyampilo osalayo | |||||||
| I-H2S | ≤20 mg/Nm3 | |||||||
| Umsindo wemvelo | ||||||||
| Izinga lokucindezela komsindo ebangeni elingafika ku-7 m(kusekelwe endaweni) | 98dB (A) / Vula Uhlobo 83dB (A) / Uhlobo Oluthulile | |||||||
[1] Amanani okukhishwayo ezansi komfula wesiguquli se-catalytic asuselwa kumoshi owomile.
| IgesiIdatha | ||
| Okokhelekayo | [1] Igesi yemvelo | |
| Ingcindezi yokungenisa igesi | 5Kpa ~ 50Kpa | |
| Okuqukethwe kwevolumu ye-methane | ≥ 80% | |
| Inani lokushisa eliphansi (LHV) | Hu ≥ 31.4MJ/Nm3 | |
| Ukusetshenziswa Kwegesi ngehora ngomthwalo ongu-50%.at 75% umthwalo at 100% umthwalo | 125 m3 185 m3 247 m3 | |
| [1] Ngemva kokuba izingxenye zegesi Yemvelo zidinga ukuhlinzekwa ngabasebenzisi, idatha efanele yebhukwana lobuchwepheshe izobuyekezwa.Amapayipi egesi agunyazwe yi-ECER110.Izingxenye zesitimela segesi zihlangabezana ne-Directive 90/356/EWG. | ||
| Isevisi | ||
| Izinga likawoyela (izinga lokushisa elizungezile lingaphezu kuka-5°C/ izinga lokushisa lendawo liyi-[2] ngaphansi kuka-5°C) |  I-API 15W-40 CF4 /API 10W-30 CF4 | |
| Umthamo kawoyela wokuthambisa ubuncane./max. | N/A | |
| Umthamo wokupholisa | N/A | |
| Uhlobo olupholile | Amanzi athambile angama-50% kanye nesixazululo esingu-50% sokunqanda umqando (i-ethylene glycol, nokugxilwa kwesisombululo sokunqanda ukuqandisa phakathi kuka-40% -68%) | |
| ukufaka umoya wegumbi lokufaka (ukugeleza kwevolumu yomoya ongenayo) | ＞15000 m³/h | |
[2] Izinga likawoyela libhekisela ezintweni ezifana nezinga lokushisa lendawo yendawo kanye nomfutho womoya.
| Idatha yokusebenza kwe-AC alternator Injini yegesi esebenzayo | |||
| I-Alternator brand | EVOTEC | Injini brand | LIEBHERR |
| Uhlobo lwezimoto | I-DH468H | Imodeli yenjini | G9620 |
| I-Voltage (V) | 6300 | Uhlobo lwenjini | Amasilinda e-V-20, i-turbocharger ene-intercooler |
| Isilinganiso (H) KW amandla amakhulu | 1000 | Bore x stroke | 135mm×170mm |
| Isilinganiso (H) Amandla amakhulu e-KVA | 1250 | Ukususwa (L) | 48.7 |
| Ukusebenza kahle kwe-alternator (%) | 94.7 | Isilinganiso sokucindezela | N/A |
| Isici samandla | 0.8 | Amandla okukhiphayo alinganiselwe | 1060kW/1500rpm |
| Uxhumano lwezintambo | Y | Ukusetshenziswa kukawoyela okuphezulu. | 0.3 g/kw*h |
| Isigaba se-rotor insulation | H ikilasi | Ukugeleza kokuthatha okuncane, (kg/h) | 4365 |
| Isilinganiso sokwenyuka kwezinga lokushisa | F ikilasi | Indlela yokubasa | Elawulwa ngogesi isilinda esisodwa esizimele esinamandla aphezulu |
| Indlela yokuzijabulisa | Ibhulashi-kancane | Imodi yokulawula amafutha | Ukuvutha okulinganayo, ukulawulwa kweluphu evaliwe |
| Isivinini esilinganiselwe (imizuzu-1） | 1500 | Imodi yokulawula isivinini | Umbusi we-elekthronikhi |
| Ukuvikelwa kwezindlu | IP23 |
| |
Ukuhambisana kwe-alternator ne-GB755, BS5000, VDE0530, NEMAMG1-22, IED34-1, CSA22.2 kanye ne-AS1359 ejwayelekile.
Esimeni lapho kushintshwa amandla kagesi wamapayipi amakhulu ngo-± 2%, kufanele kusetshenziswe isilawuli sikagesi esizenzakalelayo (AVR).
| Ububanzi Bokuhlinzeka | ||||||
| Injini | I-Alternator I-Canopy nesisekelo Ikhabethe likagesi | |||||
| Injini yegesiIsistimu yokuthungelaIsilawuli se-LambdaI-Electronic governor actuatorInjini yokuqala kagesiIsistimu yebhethri | I-AC alternatorH class insulationUkuvikelwa kwe-IP55I-AVR voltage regulatorUkulawulwa kwe-PF | Isisekelo se-steel sheelUbakaki injiniIzihlukanisi zokudlidlizaI-canopy evimbela umsindo (uyazikhethela)Ukuhlunga uthuli (kuyakhetheka) | I-air circuit breakerIsikrini sokuthinta esingu-7 intshiIzixhumanisi zokuxhumana Ikhabethe lokushintshwa kukagesiIsistimu yokushaja ngokuzenzakalelayo | |||
| Uhlelo lokuhlinzeka ngegesi | Isistimu yokugcoba | I-voltage ejwayelekile | I-Induction/Exhaust System | |||
| Isitimela sokuphepha kwegesiUkuvikelwa kokuvuza kwegesiI-air/fuel mixer | Isihlungi samafuthaIthangi lamafutha elisizayo lansuku zonke (uma uthanda)Auto refilling oil system | 380/220V400/230V415/240V | Isihlungi somoyaI-exhaust silencerUkukhipha umoya | |||
| Isitimela Segesi | Isevisi namadokhumenti | |||||
| I-valve yokusika ngesandla2~7kPa i-pressure gaugeIsihlungi segesiIvalve yezokuphepha ye-Solenoid (uhlobo olulwa nokuqhuma luyakhethwa) isilawuli sokucindezelaIsivimbi somlilo njengenketho | Iphakethe lamathuluzi Ukusebenza kwenjiniImanuwali yokufaka nokusebenza Ukucaciswa kwekhwalithi yegesiImanuwali yokulondoloza Imanuwali yesistimu yokulawulaImanuwali yesoftware Emva komhlahlandlela wesevisiIzingxenye zemanuwali Iphakethe elijwayelekile | |||||
| Ukucushwa ongakukhetha | ||||||
| Injini | I-Alternator | Isistimu yokugcoba | ||||
| Isihlungi somoya esimahhadlaI-valve yokulawula ukuphepha komliloIsifudumezi samanzi | I-generator Brand: Stamford, Leroy-Somer, MECCUkwelashwa ngokumelene nomswakama kanye nokugqwala | Ithangi elisha likawoyela elinamandla amakhuluIgeji yokulinganisa ukusetshenziswa kukawoyelaIphampu yamafuthaI-heater kawoyela | ||||
| Uhlelo lukagesi | Uhlelo lokuhlinzeka ngegesi | Amandla kagesi | ||||
| Ukuqapha kwesilawuli kude inzwa yesilawuli kude sokuxhumana kwegridi | Igeji yokugeleza kwegesiUkuhlunga kwegesiIsistimu ye-alamu ye-pressure reducer gas pretreatment | 220V230V240V | ||||
| Isevisi namadokhumenti | Isistimu ye-exhaust | Uhlelo lokushintshanisa ukushisa | ||||
| Amathuluzi esevisiIzingxenye zesondlo nezinsiza | Isiguquli sezindlela ezintathu se-catalyticIsivikelo esivikelekile singathintekiIsithulisi sokuhlalaUkwelashwa kwegesi ephumayo | Irediyetha yesimo esiphuthumayoI-heater kagesiIsistimu yokubuyisela ukushisaIthangi lokugcina elishisayo | ||||
Isistimu yokulawula ye-SAC-200
Uhlelo lokulawula oluhlelekayo lwamukelwa ngesibonisi sesikrini esithintwayo , nemisebenzi ehlukahlukene, ehlanganisa: ukuvikela nokulawula injini, ukufana phakathi kwama-genset noma ama-genset kanye negridi, kanye nemisebenzi yokuxhumana.njll.
Izinzuzo Main
→ Isilawuli se-Premium gen-set yazo zombili izinhlobo zohlobo olulodwa neziningi ezisebenza kumamodi alindile noma ahambisanayo.
→ Ukusekelwa kwezicelo eziyinkimbinkimbi zokukhiqiza amandla ezikhungweni zedatha, izibhedlela, amabhange kanye nezicelo ze-CHP.
→ Ukusekelwa kwezinjini zombili ezineyunithi ye-elekthronikhi - ECU nezinjini eziwumshini.
→ Ukulawula okuphelele kwenjini, i-alternator nobuchwepheshe obulawulwayo obusuka kuyunithi eyodwa kunikeza ukufinyelela kuyo yonke idatha elinganisiwe ngendlela ehambisanayo nehambisana nesikhathi.
→ Uhlu olubanzi lwezindawo zokuxhumana luvumela ukuhlanganiswa okushelelayo ezinhlelweni zokuqapha zendawo (BMS, njll.)
→ Umhumushi we-PLC owakhelwe ngaphakathi okuvumela ukuthi ulungiselele ukucabanga ngendlela oyifisayo ukuze uhlangabezane nezidingo zamakhasimende ezinzima ngokwakho ngaphandle kolwazi olungeziwe lokuhlela futhi ngendlela esheshayo.
→ Isilawuli kude esilula nesevisi
→ Ukuzinza nokuphepha okuthuthukisiwe
| Imisebenzi esemqoka | |||||
Isikhathi sokusebenza kwenjiniUmsebenzi Wokuvikela I-alamu
I-Emergency Stop
Injini yokuqapha:ipholile, i-lubrication, i-Intake, i-exhaust Ukulawula i-voltage kanye nesici samandla | 12V noma 24V DC IyaqalaI-Remote Control Interface njengenkethoI-Automatic Start/Stop Control switchSetha Okokufaka, Okukhiphayo, I-alamu nesikhathiIzinombolo Control Input, Ukudluliselwa Control OutputUkwehluleka okuzenzakalelayo kwesimo esiphuthumayo kwesimo esiphuthumayo kanye nephutha lokubonisa imvamisa ye-genset ye-voltage yebhethriUkuvikelwa nge-IP44Ukutholwa kokuvuza kwegesi | ||||
| Ukucushwa okujwayelekile | |||||
| Ukulawula Injini: I-Lambda ivaliwe ukulawula iluphuIsistimu yokuthungelaI-Electronic governor actuatorQalisa isilawuli sokulawula isivinini sokulawula umthwalo | Ukulawula Ijeneretha:Ukulawula amandlaUkulawula kwe-RPM (okuvumelanayo) Ukusabalalisa komthwalo (imodi yesiqhingi)Ukulawulwa kwamandla kagesi | Ukulandelela amandla kagesi (okuhambisanayo)Ukulawulwa kwamandla kagesi (imodi yesiqhingi)Ukusabalalisa kwamandla asebenzayo(imodi yesiqhingi) | Ezinye izilawuli:Ukugcwalisa uwoyela ngokuzenzakalelayoUkulawula i-Valve yokungenaUkulawula abalandeli | ||
| Ukuqapha isexwayiso kusenesikhathi | |||||
| umthamo webhethriIdatha ye-Alternator:U,I,Hz,kW,kVA,kVAr,PF,kWh,kVAhGenset imvamisa | Isivinini SenjiniIsikhathi sokusebenza kwenjiniIzinga lokushisa lokucindezela lokungenaUmfutho kawoyela | Izinga lokushisa elipholileIsilinganiso sokuqukethwe komoyampilo kugesi ephumayoUkuhlolwa kwesimo sokubasa | Izinga lokushisa elipholileI-fuel gas inlet pressure | ||
| Imisebenzi yokuvikela | |||||
| Ukuvikelwa kwenjiniUkucindezela kwamafutha aphansiUkuvikelwa kwesivininiIjubane elingaphezu kwesivinini/isivinini esifushaneUkuqala ukwehlulekaIsignali yesivinini ilahlekile | Ukuvikelwa kwe-alternator
| Ukuvikelwa kwebhasi/okuyinhloko
| Ukuvikelwa kwesistimuUmsebenzi Wokuvikela I-alamuIzinga lokushisa eliphezulu lokupholisaShaja iphuthaI-Emergency Stop | ||
| Amapende, Ubukhulu kanye Nesisindo seGenset-1000NG | |
| Usayizi we-Genset (ubude * ububanzi * ukuphakama) mm | 5500×2000×2400 |
| I-Genset dryweight (Uhlobo Oluvulekile) kg | 9000 |
| Inqubo yokufafaza | Ikhwalithi ephezulu ye-powder coating (RAL 9016 & RAL 5017 & RAL 9017) |
| Amapende, Ubukhulu kanye Nesisindo seGenset-1000NGS | |
| Usayizi we-Genset (ubude * ububanzi * ukuphakama) mm | 12192×2438×2896 (Isitsha) |
| Genset isisindo esomile (Uhlobo Oluthulile) kg | 16500 (Isitsha) |
| Inqubo yokufafaza | Ikhwalithi ephezulu ye-powder coating (RAL 9016 & RAL 5017 & RAL 9017) |
Ubukhulu ngezereferensi kuphela.
