Ijenereyitha yerhasi ethe cwaka iseti ukusuka kwi-150kw ukuya kuma-64MW

Ijenereyitha yerhasi ethe cwaka iseti ukusuka kwi-150kw ukuya kuma-64MW Umfanekiso obonakalayo
  • Ijenereyitha yerhasi ethe cwaka iseti ukusuka kwi-150kw ukuya kuma-64MW
  • Ijenereyitha yerhasi ethe cwaka iseti ukusuka kwi-150kw ukuya kuma-64MW
  • Ijenereyitha yerhasi ethe cwaka iseti ukusuka kwi-150kw ukuya kuma-64MW
  • Ijenereyitha yerhasi ethe cwaka iseti ukusuka kwi-150kw ukuya kuma-64MW

Inkcazelo emfutshane:

● Irhasi yamafutha: irhasi yendalo, igesi ephilayo, igesi yebhayomass
● Amandla acocekileyo kunye nobuhlobo kwindalo esingqongileyo
● Iindleko eziphantsi zokuthengwa kweempahla neenkonzo;
● Ukugcinwa lula kunye nokufikelela lula kwii-spares
● Ukugcinwa ngokukhawuleza kunye nenkonzo yokulungisa ngokutsha
● Iinketho ezahlukeneyo ukuhlangabezana neemfuno zakho:
1. Inkqubo yokuthintela isandi
2. Ukubuyisela ubushushu


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Iinkcukacha zeMveliso

1. Intshayelelo yemveliso

Izixhobo ze-automation zeSichuan Rongteng Co., Ltd. zikhethekileyo kwi-R & D, ukuyila kunye nokuveliswa kwejenereyitha yegesi yendalo. Amandla eyunithi enye250KW, kwaye amandla adibeneyo anokuqonda500KW ~ 16MW.

Iseti yejenereyitha yeGas kaRongteng isetyenziswa ngokubanzi kwiI-LNG skid inyuswe kwiplanti yokunyibilikisa, i-rig gasification, ukuveliswa kwamandla omnye (ukubuyiswa kwegesi kakuhle), isikhululo sombane werhasi nezinye iiprojekthi.

Isicelo

 
●Isityalo sokunyibilikisa i-LNG
● Isikhululo sokuzalisa i-CNG
● Ukwemba indawo yeoli nerhasi
● Ukusetyenziswa kwemigodi
● Ukuveliswa kombane kwipaki yoshishino neendawo zokuhlala01xiang

2. Intshayelelo yomsebenzi

2.1 Iimpawu zeyunithi

● Iseti yejenereyitha yerhasi ikulungele ukusebenza kuluhlu lweemeko zokusingqongileyo ezininzi, kwaye ukusebenza kwayo kwezoqoqosho kubhetele kunolo lwenjini yedizili ekhoyo; Iyunithi inokusabela ngokukhawuleza kwiinguqu zomthwalo kunye nokujongana neemeko ezinzima ngakumbi.
● Iyunithi yejenereyitha yegesi ithatha idizayini yebhokisi yezahlulo ezidibeneyo, ibhokisi inokuhlangabezana nokusebenza kweemeko ezininzi zokusingqongileyo, kwaye inemisebenzi yobungqina bemvula, ukuthintela uthuli lwesanti, ubungqina bengcongconi, ukunciphisa ingxolo, njl njl. Umzimba webhokisi uyilwe kwaye uveliswe. ngesakhiwo esikhethekileyo kunye nezixhobo zesikhongozeli samandla aphezulu.
● Ubume bebhokisi yejenereyitha yegesi ihlangabezana nomgangatho wezothutho welizwe.

2.2 Ukwakhiwa kweyunithi kunye nokwahlulahlula

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2.3 Ukupholisa iyunithi

● Inkqubo yokupholisa yesethi yejenereyitha yegesi ithatha uyilo oluzimeleyo ngokupheleleyo lokutshatyalaliswa kobushushu, oko kukuthi, inkqubo yokuchitha ubushushu obuphakathi kokupholisa kunye nenkqubo yokuchitha ubushushu be-cylinder liner isebenza ngokuzimeleyo, ukuze kuhlangatyezwane nokulungiswa kunye nokugcinwa kweyunithi enye ngaphandle kokuchaphazela
● ukusebenza kwezinye iiyunithi, ezihlangabezana kakhulu nokugcinwa kunye nokusebenza kweyunithi.
● Umoya oshushu wenkqubo yokupholisa ukhutshelwa phezulu ngendlela edibeneyo ukuphepha ukubuya komoya oshushu kunye nokuqinisekisa ukusebenza okuqhelekileyo kwenkqubo yokupholisa yeyunithi.
● Inkqubo yokupholisa ikwandisa indawo yokutshatyalaliswa kobushushu kunye nokutshatyalaliswa kobushushu phantsi kweemeko eziqhelekileyo zokutshatyalaliswa kobushushu, kwaye umphumo wokupholisa unokuhlangabezana ngcono nokusebenza okuqhelekileyo kweyunithi phantsi kweemeko ezahlukeneyo zokusingqongileyo.

2.4 Ukwenziwa kombane ngokufanelekileyo

(Thatha i-250KW njengomzekelo wale datha ilandelayo)

● Umthamo opheleleyo wokusetyenziswa kwerhasi kwiseti yejenereyitha yi-70-80nm³/h
● Amandla okuvelisa ama-250kw/h
● 1kW/h=3.6MJ
● 1Nm³/H ixabiso legesi yendalo le calorific 36MJ
● 31.25% ≤Ukuvelisa amandla ≤35.71%
● 1Nm³ Ukuveliswa kwamandla egesi yendalo yi-3.1-3.5kw/h
 

2.5 Ukuguquguquka kwendlela yegesi

 
Izinto Ixabiso legesi yekhalori ye-CV

Iyonke isulfure

 Uxinzelelo lomthombo werhasi
Inkcazo ≥32MJ/m3 ≤350mg/m3 ≥3kPa
Izinto CH4 H2S  
Inkcazo ≥76% ≤20mg/m3  
Igesi kufuneka iphathwe ukuba ingabikho ulwelo, amasuntswana okungcola 0.005mm, umxholo ongekho ngaphezulu kwe-0.03g/m3
Qaphela: Umthamo wegesi ngaphantsi:101.13kPa.20℃ kumgangatho.
● Uluhlu lwexabiso le calorifi yomthombo werhasi esebenzayo:20MJ/Nm3-45MJ/Nm3 ;
● Uluhlu loxinzelelo lwegesi olusebenzayo: uxinzelelo oluphantsi (3-15kpa), uxinzelelo oluphakathi (200-450kpa), uxinzelelo oluphezulu (450-700kpa);
● Uluhlu lobushushu olufanelekileyo lomthombo werhasi: - 30 ~ 50 ℃;
● Yila kwaye ulungelelanise inkqubo yeskim kunye neqhinga lokulawula ngokuhambelana neemeko zerhasi yomthengi ukufumana eyona nto iphezulu yemithombo yegesi kunye nozinzo lwezixhobo.

 

3. Iimodeli zemveliso

Umzekelo weGenesis Uhlobo lwamafutha Irhasi yendalo Irhasi yendalo Irhasi yendalo Irhasi yendalo Irhasi yendalo
Umzekelo weGenesis RTF250C-41N RTF300C-41N RTF500C-42N RTF750C-43N RTF1000C-44N
Amandla alinganisiweyo kw 250 300 500 750 1000
kVA 312.5 375 625 937.5 1250
Amandla okugcina kw 275 330 550 825 1100
kVA 343.75 412.5 687.5 1031.25 1375
Ukusetyenziswa kwegesi 3.2NkW/Nm³ 3.5NkW/Nm³ 3.2NkW/Nm³ 3.2NkW/Nm³ 3.2NkW/Nm³
Injini Imodeli yeNjini 1-T12 MANE 2676 2-T12 3-T12 4-T12
Inani leesilinda * ubunjineli * stroke (mm) 6-126X155 6-126X166 6-126X155 6-126X155 6-126X155
Ukususwa kwe-injini (L) 11.596 12.42 2*11.596 3*11.596 4*11.596
Indlela yokuQalisa 24VDC Ukuqala koMbane
Indlela Yokuthatha I-Booster intercooler
Ulawulo lwamafutha Ukutshisa okubhityileyo, ulawulo lwelophu evaliweyo
Ulawulo lomlilo Ulawulo lwe-electronic cylinder enye ezimeleyo yokutshisa amandla aphezulu
Ulawulo lwesantya Ukulawulwa kwesantya sombane
Isantya esiphezulu 1500 okanye 1800
Indlela yokupholisa Ukupholisa amanzi avaliweyo
Ijenereyitha I-Voltage elinganisiweyo (V) 230/400 230/400 230/400 230/400 230/400
Ikalwe ngoku (A) 451 541.2 902 1353 1804
Ukalwa ngokuphindaphindiweyo (Hz) 50 okanye 60 50 okanye 60 50 okanye 60 50 okanye 60 50 okanye 60
Supply Connection 3 Izigaba 4 Imigca
Ilinganiswe Power Factor 0.8(Libazisa) 0.8(Libazisa) 0.8(Libazisa) 0.8(Libazisa) 0.8(Libazisa)
Ubungakanani Net ubunzima (kg) 3200 3600 9800 15200 18600
(L*W*H) mm 4200X1500X2450 4200X1500X2450 6400X3000X3000 10600X3000X3000 10600X3000X3000
 
 
 

 

 

4.Ukubuyiswa kobushushu

A. Ukubuyiswa kobushushu bokukhupha

Ubushushu be-exhaust ye-injini yethu yi-400 ~ 550 ℃. Kule projekthi, iqhele ukusetyenziswa kwimithombo yobushushu enikezela ngobushushu njengeziko lokuhambisa ubushushu, ibhoyila yomphunga kunye namanzi asekhaya.

 

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B. Ukubuyiswa kobushushu bamanzi e-cylinder liner

Ubushushu obushiyekileyo be-cylinder liner yamanzi bukhulu. Ukubuyiswa kobushushu benkunkuma akuqondi nje ukusetyenziswa kwe-cascade yamandla kwinkqubo yokudibanisa, kodwa kuphucula ukusebenza kakuhle kunye noqoqosho lwenkqubo.

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