Uhlelo lobuchwepheshe lwesethi ye-genset yegesi yemvelo engu-150KW

1. Ukubuka konke kwephrojekthi

1.1. Imishini Isidingo (asikanikezwa okwamanje)

1.2. Imishini kagesi Amapharamitha (awakanikezwa okwamanje)

1.3. Izimo zephrojekthi

1.3.1. Izimo zezulu (azikanikezwa okwamanje)

Indawo yephrojekthi:

Ukuphakama: m

Izinga lokushisa elimaphakathi lonyaka ℃,

Izinga lokushisa eliphezulu ℃,

Izinga lokushisa eliphansi ℃,

Izinhlekelele ze-geology (isiphepho sesihlabathi, imvula ene-asidi, ukugeleza kwemfucumfucu, izikhukhula, nokunye)                                                            ；

1.3.2. Ukwakheka kwegesi yemvelo (akunikeziwe okwamanje)

Ukwakheka kwegesi (ingxenye yevolumu):

Igama

Ingxenye yevolumu

Amazwi

I-Methane CH4

I-Ethane C2H6

I-Propane C3H8

I-Isobutane i-C4H10

I-N-butane n-C4H10

I-Isopentane i-C5H12

I-N-pentane n-C5H12

I-nitrogen N2

I-Hydrogen H2

I-carbon dioxide CO22

I-sulfur dioxide H2S

Amanzi angenagesi H2I-THE

I-oxygen O2

Okunye

 

2. Isiphakamiso sobuchwepheshe

Ngokwezidingo zemishini ezivela kumakhasimende, inkampani yethu ingahlinzeka ngesethi yomshini wokuphehla ugesi ongu-150KW. Le yunithi isebenzisa injini yeSteyr T12 njengomthombo wamandla ukushayela i-alternator ehambisanayo - uhlobo oludumile lwaseFrance uLeroy Somer - ukuze kukhiqizwe ugesi, bese ilawula futhi ibone ukusebenza kweyunithi ngohlelo lokulawula lwaseDenmark. Isethi yomshini wokuphehla ugesi ongu-150KW yakhiwe yikhabhinethi yokulawula, ikhabhinethi yeyunithi kanye nekhabhinethi yokusabalalisa ukushisa. Ilawulwa yizindawo futhi iphephile futhi ithembekile. Ikhebula litholakala ohlangothini lwekhabhinethi yokulawula, okulula ukuphuma. I-muffler itholakala phezulu kwebhokisi, kude kakhulu nohlangothi lwekhabhinethi yokulawula, ukuze kuqinisekiswe ukuphepha kokusebenza.

Bheka ithebula 2-1 ukuthola amapharamitha obuchwepheshe esethi yejeneretha yegesi engu-150KW.

Ithebula 2-1: amapharamitha obuchwepheshe esethi yejeneretha yegesi engu-150KW

Inombolo ye-S/Nom

Igama lepharamitha

Imininingwane

1

Iyunithi

Isethi yejeneretha yegesi engu-150KW

1.1

Imodeli yeyunithi

I-RTF150C-41N

1.2

Amandla alinganisiwe

150kW

1.3

Isilinganiso samanje

270.6A

1.4

I-voltage elinganisiwe

230/400V

1.5

Imvamisa elinganisiwe

50Hz

1.6

Imodi yokuqala

Ukuqala kukagesi kwe-DC 24V

1.7

Imodi yokulawula isivinini

Ukulawulwa kwesivinini se-elekthronikhi

1.8

Imodi yokulawula uphethiloli

Ukushisa okuthambile, ukulawula okuvaliwe

1.9

Imodi yokushisa

Ukushisa okuphezulu kwamandla okulawulwa ngesilinda esisodwa okulawulwa ngogesi

1.10

Uhlobo lokusebenza kweyunithi

Ukuqala/ukumisa okuzenzakalelayo kwenkinobho eyodwa

1.11

Izinga lokusetshenziswa kukawoyela

≤0.3 g/kW*h

1.12

Ukukhiqiza umthamo

3.0 kWh/Nm3 (inani lethiyori)

1.13

Ubukhulu beyunithi iyonke

4000×1600×3400mm

1.14

Isisindo esiphelele seyunithi

4200kg

2

Injini

2.1

Umkhiqizo

Iloli Elinzima Likazwelonke LaseShayina

2.2

Imodeli

T12

2.3

Ukufuduka kweyunithi eyodwa

11.596

2.4

Uhlobo lokungenisa

I-Turbocharging, i-intercooling ephoqelelwe, isakhiwo sama-valve angu-4

2.5

Isivinini esilinganiselwe

1500r/min

2.6

Imodi yokupholisa

Ukupholisa amanzi okuphoqelelwe

2.7

Imodi yokugcoba

Ingcindezi, ukugcotshwa kwe-splash

2.8

I-OILT Injini-Ukushisa-kwamafutha

≤105 ℃

3

Ijeneretha

3.1

Ijeneretha

ULeroy Somer

3.2

Imodeli

I-LSA 44.3 VL13

3.3

Isici samandla

0.8(isikhathi esinqunyiwe)

3.4

Ukusebenza kahle kokukhiqiza

92.7%

3.5

Umthamo wejeneretha

180kVA

3.6

Inombolo yesigaba

Ucingo lwesigaba sesithathu sesine

3.7

Ikilasi lokufaka izinto zokushisa

H

3.8

Izinga lokuvikelwa

I-IP23

4

Uhlelo lokulawula amayunithi

4.1

Umkhiqizo

I-DEIF

4.2

Imodeli

Uchungechunge lwe-AGC

4.3

Umsebenzi wesilawuli

Umsebenzi owodwa oyisihluthulelo wokumisa ukuqala, ukuboniswa kwedatha, ukuqoshwa, ukuqapha ukuvikelwa kanye neminye imisebenzi;

4.4

Umsebenzi wokubonisa

Isivinini / umfutho kawoyela / izinga lokushisa lamanzi / isikhathi sokusebenza / amandla amanje / i-voltage / imvamisa / i-voltage yebhethri / amandla asebenzayo, amandla asabelayo, isilinganiso sokusatshalaliswa komthwalo, njll.;

4.5

Umsebenzi wokuvikela

Imisebenzi yokulawula okuzenzakalelayo kanye ne-alamu efana nokushisa kwamanzi okuphezulu, umfutho kawoyela ophansi, isivinini esingaphezu kwamandla, ugesi ongaphezu kwamandla, i-AC kanye ne-DC voltage, i-short circuit, njll.;

5

Ibhokisi

 Ibhokisi elifakwe kuma-skid elisezingeni eliphezulu, elihlanganiswe nepayipi legesi, ipayipi lokukhipha umoya kanye nezinye izingxenye zesistimu;

1. Amapharamitha obuchwepheshe kulolu hlelo asekelwe kugesi yemvelo enenani eliphansi lama-calories elingu-35.8MJ/Nm.3 okuhlinzekwe yikhasimende futhi kuhlangabezana nemibandela ejwayelekile ye-ISO8528 / 1, iso3046 / 1 kanye ne-bs5514 / 1.

2. Imininingwane yobuchwepheshe ilinganiswa ngaphansi kwezimo ezijwayelekile: ingcindezi yomoya ephelele engu-100KPA, izinga lokushisa elizungezile elingu-25 °C kanye nomswakama womoya ohlobene ongu-30%.

3. Zivumelanise nesilinganiso se-DIN se-ISO 3046 / 1 ngaphansi kwezimo zemvelo. Ukubekezelela ukusetshenziswa kukaphethiloli okulinganiselwe kungu-± 5%.

4. Iyunithi yokuhlola amandla isici 0.8 nangaphezulu.

 

Injini ekhethekile yegesi yemvelo: Injini yochungechunge lwe-T12 iyasetshenziswa, engeyenjini yesivinini esikhulu/esebenza kahle kakhulu. Ubuchwepheshe bokushisa obulawulwa ngogesi bungahlangabezana kahle nezidingo zokonga injini, amandla kanye nokukhishwa kwayo. Imodi yokupholisa isebenzisa ukupholisa kwamanzi ajikelezayo avaliwe ngomshini kagesi. Uhlelo lokupholisa lweyunithi aluncikile ohlelweni lokungenisa umoya egumbini lenjini. Izinga lokushisa egumbini lenjini lilawulwa ngokulawula okuhlangene kokupholisa, kanti ukungena komoya egumbini lenjini kuhlungwa ngempumelelo ngesihlungi sothuli esakhelwe ngaphakathi.

Uhlelo lokulawula injini yegesi: Uhlelo lokulawula ukushisa oluvala igesi kaphethiloli olungeniswe kwi-ECI yase-United States luyasetshenziswa, okuhlanganisa uhlelo lokushisa oluzimele lwesilinda esisodwa, uhlelo lokulawula isivinini se-elekthronikhi, uhlelo lokulawula ugesi oluvala igesi, uhlelo oluhambisana nemvelo kanye nohlelo lokuhlola nokuvikela okuzenzakalelayo ukuqinisekisa ukulawula okunembile nokuthembekile kwenjini ngaphansi kwazo zonke izimo zokusebenza. Umkhiqizo waminyaka yonke wohlelo lokulawula injini kaphethiloli ungamayunithi ayi-100000, futhi ukuthembeka, ukuzinza nokuphepha kohlelo kuqinisekisiwe kakhulu.

Ijeneretha yamazwe ngamazwe eyenziwe ngokwezifiso yomkhiqizo osezingeni eliphezulu: Ijeneretha ye-AC ehambisanayo engenamabhulashi yochungechunge lwe-LSA 44.3 —evela eFrance uLeroy Somer — enezingxenye ezihambayo ezizinzile kakhulu iyasetshenziswa, futhi ukumelana nomthwalo kanye nokusebenza kokulwa nokuphazamiseka kwejeneretha kuyathuthukiswa ukuqinisekisa ukuthembeka kokusebenza kwesikhathi eside kwemishini.

Isitsha esisebenza ngemisebenzi eminingi: Ibhokisi lamayunithi elinamandla amaningi elinokusebenza okuningi, ukuhlukanisa ukulawula okuhlakaniphile, okuthuthukisa kakhulu ukuthembeka nokusebenza kokuvikela, kusetshenziswa ukugqoka kwe-polyurethane okuthuthukisiwe, okukhanyayo futhi okumelana nokuguguleka;

3. Isingeniso esiningiliziwe seyunithi

3.1 Imodi yokuqalisa

Iyunithi iqalwa ngamandla angu-24v DC, kanti ukunikezwa kwamandla okuqala kanye nokunikezwa kwamandla okulawula kweyunithi kuyiphakethe lebhethri elingu-24v. Iphakethe lebhethri kufanele linikezwe ngumhlinzeki ngokuphelele ngaphandle komthombo womoya wangaphandle noma ukunikezwa kwamandla.

3.2 Ukuma okuphuthumayo

Le yunithi inemisebenzi yokuma okuphuthumayo ngesandla kanye nokuma okuphuthumayo okuzenzakalelayo uma kwenzeka ingozi.

3.3 Ukusebenza kweyunithi

Iyunithi ingalawula ukhiye owodwa, ukulungiswa okuzenzakalelayo kwesilinganiso somoya-uphethiloli, ukulawula okuzenzakalelayo kwamandla, ukulayisha nokulayisha okuzenzakalelayo, njll.

Uhlelo lokulawula iyunithi; Ikhabhinethi yokulawula iyunithi iyisakhiwo sekhabhinethi ephansi enephaneli yokulawula eyodwa. Ikhabhinethi yokulawula ifakwe izilawuli, amaswishi, izinsimbi zokubonisa ezahlukahlukene, izinkinobho zokulungisa, izibani zesikhombisi sokuvikela iyunithi, izinkinobho zokuma eziphuthumayo, njll. ukulawula nokuqapha izimo zokusebenza zeyunithi yokukhiqiza.

3.4 Ukuvikelwa kwamaphutha eyunithi

Uhlelo lokulawula lunesivikelo esiphelele senjini njengokulayishwa ngokweqile, ugesi odlulayo, i-short circuit, i-Underfrequency, i-over-frequency, i-under-voltage, i-over-voltage kanye ne-over-speed, futhi luthumela izimpawu ze-alamu.

Uma injini ihluleka (njengokushisa kwamanzi okupholisa okuphezulu, umfutho kawoyela ophansi, ukulayisha ngokweqile, ukwehluleka kokuqala, njll.), kufanele kuthunyelwe isignali ye-alamu, futhi kuvunyelwe ukuvala ngesandla noma ngokuzenzakalelayo.

Uma kwenzeka iphutha elikhulu enjinini (njengokushisa okweqile, umfutho kawoyela ophansi, isivinini esingaphezu kwesilinganiso, njll.), kufanele izime ngokuzenzakalelayo ngokushesha bese ikhipha i-alamu.

3.5 Indawo yokusetshenziswa kwemishini

Izinga lokushisa elifanele lemishini lingu-30 ℃ kuya ku-40 ℃Uma izinga lokushisa elizungezile lidlula ama-40 ℃, amandla alinganisiwe emoto azoncishiswa ngokufanele. Ngaphansi kwesimo somoya omuhle, amandla alinganisiwe emoto azoncishiswa ngo-3% njalo ngemizuzu emi-5. ℃ ukwanda kwezinga lokushisa elizungezile; Ukuphakama kwendawo lapho imishini isetshenziswa khona akumele kube ngaphezu kuka-3000m. Uma ukuphakama kungaphakathi kuka-1000m, ukusebenza kahle kwejeneretha yeyunithi kungcono kakhulu. Ngokukhuphuka ngakunye kokuphakama okungu-500m, amandla alinganisiwe emoto kufanele ancishiswe ngo-4%. Uma imikhawulo yesimo esingenhla idluliwe, imishini kufanele yenziwe ngokwezifiso.

Umbono ongu-45°

Isikhathi sokuthunyelwe: Novemba-08-2021