750KW ijeneretha yegesi yemvelo efakazela umsindo

1. Isingeniso somkhiqizo

I-Sichuan Rongteng automation equipment Co., Ltd. ikhethekile ku-R&D, ukuklama nokukhiqizwa kwejeneretha yegesi yemvelo. Amandla eyunithi eyodwa250KW, futhi amandla ahlangene angaqaphela500KW ~ 16MW.

Isethi yejeneretha ye-Rongteng's Gas isetshenziswa kakhulu embonini yokuphehla uketshezi olufakwe e-LNG, ukufakwa kwegesi okuqinile, ukukhiqiza ugesi okukodwa (ukubuyiswa kwegesi komthombo), isiteshi sikagesi segesi namanye amaphrojekthi.

Isicelo

●I-LNG ye-liquefaction plant
● Isiteshi sokugcwalisa i-CNG
● Ukumba indawo kawoyela negesi
● Ukuxhashazwa kwezimayini
● Ukukhiqizwa kukagesi kwepaki yezimboni nezindawo zokuhlala

2. Isingeniso somsebenzi

2.1 Izici zeyunithi

● Isethi yejeneretha yegesi ifaneleka ukusebenza ngaphansi kwezimo eziningi zemvelo, futhi ukusebenza kwayo kwezomnotho kungcono kunokwenjini ekhona kadizili; Iyunithi ingaphendula ngokushesha izinguquko zokulayisha futhi ibhekane nezimo eziyinkimbinkimbi.
● Iyunithi yokuphehla igesi yamukela umklamo webhokisi lokuhlukanisa elihlanganisiwe, ibhokisi lingahlangabezana nokusebenza kwezimo eziningi zemvelo, futhi linemisebenzi yokuvikela imvula, ukuvikela uthuli esihlabathini, ukuvikela omiyane, ukunciphisa umsindo, njll. Indikimba yebhokisi iklanywe futhi yakhiqizwa. ngesakhiwo esikhethekile kanye nezinto zesitsha samandla aphezulu.
● Ukuma kwebhokisi lokuphehla igesi kuhlangabezana nezinga lezokuthutha likazwelonke.

2.2 Ukwakhiwa kweyunithi nokuhlukanisa

2.3 Ukupholisa amayunithi

● Isistimu yokupholisa yesethi yejeneretha yegesi yamukela idizayini ezimele ngokuphelele yokulahla ukushisa, okungukuthi, isistimu eyodwa yokukhipha ukushisa okuphakathi nendawo kanye nesistimu yokukhipha ukushisa kwe-cylinder liner isebenza ngokuzimela, ukuze kuhlangatshezwane nokukhanda kanye nokugcinwa kweyunithi eyodwa ngaphandle kokuphazamisa ukusebenza. kwamanye amayunithi, ahlangabezana kakhulu nokugcinwa nokusebenza kweyunithi.
● Umoya oshisayo wesistimu yokupholisa ukhiphelwa phezulu ngendlela ehlangene ukuze ugweme ukugeleza komoya oshisayo futhi uqinisekise ukusebenza okuvamile kwesistimu yokupholisa yeyunithi.
● Isistimu yokupholisa inyusa indawo yokukhipha ukushisa kanye nokukhipha ukushisa ngaphansi kwezimo ezivamile zokulahla ukushisa, futhi umphumela wokupholisa ungahlangabezana kangcono nokusebenza okuvamile kweyunithi ngaphansi kwezimo ezehlukene ezidlulele zemvelo.

● Dala futhi ulinganise uhlelo olufanele lwesistimu kanye nesu lokulawula ngokuvumelana nezimo zegesi zekhasimende ukuze uthole umnotho ophelele womthombo wegesi nokuzinza kwemishini.

 

3. Amamodeli womkhiqizo

Ipharamitha yokusebenza
Umfutho wegesi	Ingakwazi ukuzivumelanisa nebanga le-3KPa ~ 20MPa
Inani lekhalori yegesi	Ingakwazi ukuzivumelanisa negesi engu-26 ~ 50MJ/Nm3
Ukusetshenziswa kwegesi	65Nm3/h
Ukukhiqiza umthamo	10.286MJ/Nm3
Ukusetshenziswa kwamafutha	＜0.3g/kW·h
Umthamo wamafutha	38L
Umthamo wokupholisa	90L
Amapharamitha wokukhiqiza amandla
Amandla alinganiselwe	750kW
I-voltage elinganiselwe	400V
Ikalwe okwamanje	1353A
Ukusebenza kahle kwesizukulwane	33.5%
Imingcele yomshini
Ubukhulu bebonke	10400×3000×3700mm
Usayizi wezokuthutha	10400×3000×3300mm
Ingqikithi yesisindo seyunithi	19000kgs
Umsindo @ 7M	≤85dB(A) (Ikhabethe elingeyona yokunciphisa umsindo)

 

4.Isistimu yamandla eyunithi

Isingeniso kusistimu yamandla
Imodeli yesethi ye-generator	I-RTF250C-43N	Amandla alinganiselwe	750kW
Imodeli yenjini	T12	Imodeli ye-generator	I-LSA46.3 L10
Ibhrendi	SINOTRUCK	Ibhrendi	Leroy Somer
Ifomu lenjini	I-Turbocharging, ukuvutha okunciphile	Isici samandla	0.8 (Lag)
I-cylinder bore × I-Stroke mm	126×155	Ukusebenza kahle kukagesi	94.1%
Ukususwa kweyunithi eyodwa	11.596	Ukukhiqiza umthamo	325kVA
Ifomu lokuthatha	I-Turbocharging, i-intercooling ephoqelelwe	Ikhoyili yokudambisa	I-Copper engu-100%.
Amandla enjini alinganiselwe	280kW	Imodi yokuxhuma	Inkanyezi
Isivinini esilinganiselwe	1500r/min	Imodi yokuzijabulisa	Ibhulashi
Imodi yokupholisa	Ukupholisa amanzi ngempoqo	Inombolo yesigaba	Isigaba sesine sezintambo
Imodi yokugcoba	Ingcindezi, i-splash lubrication	Isigaba se-insulation	H
I-OILT Injini-amafutha-Izinga lokushisa	≤105℃	Izinga lokuvikela	IP23

 

5. Uhlelo lokulawula uchungechunge lwe-AGC

Isingeniso ohlelweni lokulawula
Lawula imodeli yesistimu	Uchungechunge lwe-AGC	Ibhrendi	I-Deif, Denmark
Imisebenzi eyinhloko: uhlelo lokulawula oluvulekile, isikrini sokuthinta, ukulawula injini ehlanganisiwe, ukutholwa, ukuvikela, i-alamu nokuxhumana.
● Ikhabhinethi yokulawula iyunithi iyisakhiwo sekhabhinethi yaphansi enephaneli yokulawula eyodwa. Ikhabhinethi yokulawula ifakwe izilawuli, ukushintshwa, izinsimbi ezihlukahlukene zokubonisa, izinkinobho zokulungisa, izibani zezinkomba zokuvikela iyunithi, izinkinobho zokumisa izimo eziphuthumayo, njll. ukulawula nokuqapha izimo zokusebenza zeyunithi ye-generator. ● Iyunithi ingakwazi ukubona isilawuli sikakhiye esisodwa, ukulungiswa okuzenzakalelayo kwesilinganiso sikaphethiloli womoya, ukulawula okuzenzakalelayo kwesici samandla, ukulayisha okuzenzakalelayo nokulayisha, njll. ● Ukutholwa kwenjini: umfutho wokungena, izinga lokushisa lenjini, izinga lokushisa likawoyela wenjini, ivolumu yebhethri, isivinini seyunithi, i-voltage, amandla amanje, esikhashana, njll. Ukufana okuzenzakalelayo nokusabalalisa amandla.Inemisebenzi yokusebenza kwesiqhingi kanye nokuxhumeka kwegridi. ● Ukuvikela ukulayisha ngokweqile, i-overcurrent, i-short circuit, I-Underfrequency, over frequency, undervoltage, overvoltage, overspeed nokunye ukuvikela okuphelele kwenjini, kanye nokuthumela amasignali e-alamu. ●Iyunithi inemisebenzi yesitobhi esiphuthumayo esisebenza mathupha kanye nesitobhi esizenzakalelayo esiphuthumayo uma kwenzeka kuba nengozi. ● Lungiselela isixhumi esibonakalayo sokuxhumana
Izici zesistimu
Ngezici zokuthembeka okuphezulu, ukuzinza, ukusebenza kwezindleko eziphezulu, ukubukeka okuhlangene, ububanzi obuningi nokuhlanganiswa kwayo yonke imisebenzi, iyunithi ingasetshenziswa ukuze isebenze esimweni somthwalo ophelele kaphethiloli, ukunciphisa izindleko zokusebenza nokunciphisa ukukhishwa okuyingozi;

 

6. Ukucushwa komkhiqizo

Injini	Ijeneretha	Isisekelo somshini owodwa	Ikhabethe
Iyunithi yokulawula injini Iqala injini Injini yokushaja Ukulawula ukulungisa iphutha nge-elekthronikhi	I-AVR voltage regulator Isilawuli sesici samandla Ukuvikelwa kwe-insulation ye-Class H I-AREP eyengeziwe yokuvala	Isisekelo sensimbi yeshidi Inqubo ye-Anticorrosion Isibambisi sokwethuka	Isakhiwo segobolondo lensimbi Uhlaka lokuqinisa
Ikhabhinethi yokulawula	Isistimu yokulethwa kwamafutha	Isistimu yokugcoba	Isistimu yokudonsa umoya
Isilawuli sokungena I-brand circuit breaker Isinqamuleli somkhiqizo Ikhabethe lokushintshwa kukagesi	Iqembu le-valve elilawula umfutho wegesi kanye nokuzinzisa Isixhumi somoya / igesi I-valve yokuvala igesi	Isihlungi samafutha Inzwa yomfutho kawoyela	Isihlungi somoya Inzwa yemvelo ye-atmospheric Ingcindezi yokudonsa kanye nenzwa yezinga lokushisa
Isistimu ye-exhaust	Isistimu yokupholisa	Ububanzi be-voltage obujwayelekile	Izesekeli namadokhumenti anamathiselwe
Ukudambisa ilunga likathayela I-Exhaust muffler	Isistimu yokupholisa amanzi ye-cylinder liner Isistimu yokupholisa yegumbi lenjini ye-Intercooling	380/220V 400/230V 415/240V	Gas inlet flange gasket Amafutha, iphampu yokugcwalisa okupholisayo Iyunithi yentambo evikelekile ehambisanayo Amathuluzi akhethekile Imanuwali yokusebenza yokusetha i-generator Imidwebo kagesi

 

7. Ukucushwa ongakukhetha

Injini	Ijeneretha	Ikhabethe	Isistimu ye-exhaust
Ukupholisa amanzi heater	Ukwelashwa kokuvikela umswakama kanye ne-anti-corrosion 600V injini	Imojula yokunciphisa umsindo	I-muffler yesibili Isistimu yokuguqula yezindlela ezintathu
Ukusetshenziswa kwegesi ephumayo	Isistimu yokulethwa kwamafutha	Ukuxhumana	Amandla kagesi
Iheda yegesi yomkhuhlane Isithando somlilo sangaphandle se-oil conduction I-boiler ye-steam Isistimu yokushisa amanzi ashisayo yasekhaya	Isihlungi segesi Isivimbi somlilo Isihlukanisi samanzi samafutha	Isistimu yokulawula isiteshi esikude Isistimu yamafu eselula	220V/230V/240V