Imeko yokusebenza yeGenset: | | | |
1.Iimeko ezamkelekileyo zokusebenza: | | | |
Ubushushu be-Ambient: -10ºC~+45ºC(I-antifreeze okanye amanzi ashushu afuneka ngaphantsi kwe-20ºC) |
Ubuntu bezizalwane:90%(20ºC), Ukuphakama: ≤500m. |
2.Irhasi efakiweyo:I-Biogas | | | |
Uxinzelelo lwerhasi yamafutha olwamkelekileyo: 8 ~ 20kPa,CH4umxholo ≥50% |
Ixabiso lobushushu eliphantsi legesi (LHV) ≥23MJ/Nm3.Ukuba i-LHV<23MJ/Nm3, imveliso yamandla e-injini yegesi iya kuncipha kwaye ukusebenza kakuhle kombane kuya kuncipha.Irhasi ayibandakanyi amanzi okujiya simahla okanye imathiriyeli yasimahla (ubungakanani bobumdaka kufuneka bube ngaphantsi kwe 5μm.) |
Ubuntu bezizalwane:90%(20ºC), Ukuphakama: ≤500m. |
H2Sumxholo≤200ppm.NH3umxholo≤ 50ppm.Ikhonto yesilicon≤ 5 mg/Nm3 | | | |
Umxholo wobumdaka≤30mg/Nm3ubungakanani≤5μm,Isiqulatho samanzi≤40g/Nm3, akukho manzi asimahla. |
PHAWULA: | | | |
1. I-H2S iya kubangela umhlwa kumacandelo enjini.Kungcono ukuyilawula ngaphantsi kwe-130ppm ukuba kunokwenzeka. |
2. I-silicon inokuvela kwi-oyile ye-lubricant ye-injini.Ukugxila okuphezulu kwe-silicon kwi-oyile ye-injini kunokubangela ukuguga kunye nokukrazuka kwezinto ze-injini.I-oyile ye-injini kufuneka ihlolwe ngexesha lokusebenza kwe-CHP kwaye uhlobo lwe-oyile kufuneka lugqitywe ngokuhambelana novavanyo lweoyile. |
Genset Specification | | | |
WINTPOWER biogas genset data |
Imodeli yeGenset | I-WTGS500-G | | |
Amandla okulinda (kW/kVA) | 500/625 | | |
Amandla aqhubekayo (kW/kVA) | 450/563 | | |
Uhlobo loqhagamshelo | Izigaba ezi-3 4 iingcingo | | |
Amandla factor cosfi | 0.8 ukushiyeka | | |
Voltage(V) | 400/230 | | |
Ukuphindaphinda (Hz) | 50 | | |
Ikalwe ngoku(Amps) | 812 | | |
Ubuchule bombane begesi yegesi | 36% | | |
I-Voltage Ulawulo oluzinzileyo | ≤±1.5% | | |
I-Voltage Ulawulo olukhawulezileyo | ≤±20% | | |
Ixesha loBuyiselo lwe-Voltage (s) | ≤1 | | |
I-Voltage Fluctuation ratio | ≤1% | | |
I-Voltage Wave aberration ratio | ≤5% | | |
Ummiselo ozinzisiweyo rhoqo | ≤1%(iyalungiseka) | | |
Ukuphindaphinda Ummiselo okhawulezileyo | -10%~12% | | |
Umlinganiselo wokuguquguquka rhoqo | ≤1% | | |
Ukusinda okushiyekile(kg) | 6080 | | |
Ubungakanani beGenset (mm) | 4500*2010*2480 | | |
WINTPOWER-Cummins Biogas Engine Data |
Umzekelo | HGKT38 | | |
Uphawu | I-WINTPOWER-CUMMINS | | |
Uhlobo | I-4 stroke, ukupholisa amanzi, i-cylinder liner emanzi, inkqubo yokulawula i-elektroniki, ukutshisa okuxutywe kwangaphambili okuxutyiweyo. | | |
Imveliso yenjini | 536kW | | |
Iisilinda kunye noLungiselelo | 12, V uhlobo | | |
Bore X Stroke(mm) | 159X159 | | |
Ukususwa (L) | 37.8 | | |
Umlinganiselo woxinzelelo | 11.5:1 | | |
Isantya | 1500RPM | | |
Umnqweno | I-Turbocharged & intercooled | | |
Indlela yokupholisa | Amanzi apholiswe ngeradiyetha yefeni | | |
Carburetor / umxhubi igesi | Umxube werhasi yeHuegli evela eSwitzerland | | |
Umoya / ukuxuba amafutha | Ulawulo lomlinganiselo womoya/ipetroli oluzenzekelayo | | |
Isilawuli sokutshisa | Iyunithi ye-Altronic CD1 | | |
Umyalelo wokudubula | R1-L6-R6-L1-R5-L2-R2-L5-R3-L4-R4-L3 | | |
Uhlobo lwerhuluneli (uhlobo lolawulo lwesantya) | Ulawulo lombane, iHuegli Tech | | |
ivelufa butterfly | MOTORTECH | | |
Indlela yokuqala | Umbane, 24 V motor | | |
Isantya se-idling(r/min) | 700 | | |
Ukusetyenziswa kwe-Biogas (m3/kWh) | 0.46 | | |
I-oyile iyacetyiswa | SAE 15W-40 CF4 okanye ngaphezulu | | |
Ukusetyenziswa kweoli | ≤0.6g/kW.h | | |
Idatha yeAlternator |
Uphawu | WINT | | |
Umzekelo | SMF355D | | |
Amandla aqhubekayo | 488kW/610kVA | | |
I-Voltage elinganisiweyo (V) | 400/230V / 3 isigaba, 4 iingcingo | | |
Uhlobo | 3 isigaba/4 ucingo, brushless, self-imincili, ubungqina drip, uhlobo ekhuselweyo. | | |
Ukuphindaphinda (Hz) | 50 | | |
Ukusebenza kakuhle | 95% | | |
Ukulawulwa kwamandla ombane | ± 1 %(iyalungiseka) | | |
Iklasi ye-Insulation | Udidi H | | |
Iklasi yokhuseleko | IP23 | | |
indlela yokupholisa | ukupholisa umoya, ukuzincama ubushushu | | |
Imowudi yokulawula umbane | Ulawulo lombane oluzenzekelayo AS440 | | |
Iyahambelana nemigangatho yamazwe ngamazwe: | IEC 60034-1, NEMA MG1.22, ISO 8528/3, CSA, UL 1446, UL 1004B ngesicelo, imimiselo yolwandle, njl. | | |
Iphaneli yoLawulo yeComAp IG-NT (Umlawuli we-IG-NTC-BB uqhagamshelene nesikrini sokubonisa i-IntelliVision) |
| | | |
I-ComAp InteliGen NTC BaseBox sisilawuli esibanzi kuzo zombini iiseti ze-gen kunye nezininzi ezisebenza kwimo yokulinda okanye ehambelanayo.Ulwakhiwo lweemodyuli olunokususwa luvumela ukufakwa lula kunye nokubakho kweemodyuli ezininzi ezahlukeneyo zolwandiso eziyilelwe ukuhambelana neemfuno zomthengi ngamnye. |
I-IntelliGen NT BaseBox inokudityaniswa ne-IntelliVision 5 yesikrini esine-5.7 ″ yoMbala we-TFT yesikrini. |
Iimbonakalo: |
I-1.Inkxaso yeenjini kunye ne-ECU (J1939, Modbus kunye nezinye i-interfaces zobunikazi);iikhowudi ze-alam eziboniswe kwifomu yombhalo |
Umsebenzi we-2.AMF |
3.Ungqamaniso oluzenzekelayo kunye nolawulo lwamandla (ngerhuluneli yesantya okanye i-ECU) |
4.Base umthwalo, Ngenisa / Thumela ngaphandle |
5.Incopho yokucheba |
6. Ulawulo lweVoltage kunye nePF (AVR) |
7.Umlinganiselo wejenereyitha: U, I, Hz, kW, kVAr, kVA, PF, kWh, kVAhr |
8.Umlinganiselo oyintloko: U, I, Hz, kW, kVAr, PF |
9.Uluhlu lwemilinganiselo ekhethiweyo ye-AC voltages kunye nemisinga - 120 / 277 V, 0-1 / 0-5 A 1) |
I-10.Iingeniso kunye neziphumo ezinokuqiniswa kwiimfuno ezahlukeneyo zabathengi |
11.Iziphumo zokubini zeBipolar - amathuba okusetyenziswa |
12.BO njengokutshintsha kwecala eliphezulu okanye eliPhantsi |
13.RS232 / RS485 ujongano kunye nenkxaso yeModbus; |
I-14.Analog / GSM / ISDN / CDMA inkxaso yemodem; |
15.SMS imiyalezo;Ujongano lwe-ECU Modbus |
16.Ujongano lwe-RS485 lwesibini oluzimeleyo 1) |
Uqhagamshelo lwe-17.Ethernet (RJ45) 1) |
18.USB 2.0 ujongano lwekhoboka 1) |
Imbali ye-20.Event-based (ukuya kwiirekhodi ze-1000) nge |
21.Uluhlu olukhethwa ngumthengi lwamaxabiso agciniweyo;i-RTC;amanani amanani |
22.Imisebenzi ecwangcisekileyo ye-PLC edibeneyo |
23.Ujongano kwiyunithi yokubonisa ekude |
24.DIN-Rail entabeni |
Ukhuseleko oludityanisiweyo olusisigxina nolunoqwalaselo |
1.3 isigaba esihlanganisiweyo sokhuselo lwejenereyitha (U + f) |
I-2.IDMT i-overcurrent + Ukhuseleko olufutshane lwangoku |
3.Ukukhuselwa kokugqithiswa |
4.Reverse ukhuseleko lwamandla |
I-5.Instantaneous kunye ne-IDMT yomhlaba impazamo yangoku |
6.3 isigaba esidibeneyo sokhuseleko (U + f) |
7.Ukutshintsha kweVector kunye nokukhuselwa kwe-ROCOF |
8.Zonke iingeniso zokubini / ze-analog zilungelelaniswe simahla kwiindidi ezahlukeneyo zokhuseleko: HistRecOnly / Alarm Kuphela |
9 |
10.Ukumisa kancinci / Vula ibreaker&Pholisa phantsi / Cima |
11.Ukuvalwa komsebenzi/Ukuvala i-Mains khusela / Isivamvo asiphumelelanga |
12.Ukujikeleza kwesigaba kunye nokhuseleko lokulandelelana kwesigaba |
13.Ukhuseleko olongezelelweyo lwe-160 olucwangcisiweyo olunoqwalaselo lwalo naliphi na ixabiso elilinganisiweyo ukwenza ukhuseleko oluthe ngqo kubathengi. |