Ijenereyitha yerhasi yendalo ekumgangatho oPhezulu yaseTshayina - 250KW isiqinisekiso sesandi sejenereyitha yegesi yendalo – Rongteng Iinkcukacha:
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 ~ 8MW.
Iseti yejenereyitha yeGas yaseRongteng isetyenziswa ngokubanzi kwiplanti yokunyuselwa kwe-LNG skid, i-rig gasification, ukuvelisa umbane omnye (ukubuyiswa kwerhasi kakuhle), isikhululo samandla segesi kunye nezinye iiprojekthi.
Isicelo
●Isityalo sokunyibilikisa i-LNG
● Isikhululo sokuzalisa i-CNG
● Ukwemba indawo yeoli nerhasi
● Ukusetyenziswa kwemigodi
● Ukuveliswa kombane kwipaki yoshishino neendawo zokuhlala
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 ye-generator yegesi ithatha idizayini yebhokisi edibeneyo yokwahlula, ibhokisi inokuhlangabezana nokusebenza kweemeko ezininzi zokusingqongileyo, kwaye inemisebenzi yobungqina bemvula, ubungqina bothuli lwesanti, ubungqina bemiyane, ukunciphisa ingxolo, njl.
● Ubume bebhokisi yejenereyitha yegesi ihlangabezana nomgangatho wezothutho welizwe.
2.2 Ukwakhiwa kweyunithi kunye nokwahlulahlula
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 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 werhasi ngaphantsi:101.13kPa.20℃ kumgangatho. | |||
● Uluhlu loxinzelelo lwegesi olusebenzayo: uxinzelelo oluphantsi (3-15kpa), uxinzelelo oluphakathi (200-450kpa), uxinzelelo oluphezulu (450-700kpa);
● Uluhlu lobushushu obufanelekileyo bomthombo 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
| Ipharamitha yokusebenza | |
| Uxinzelelo lwegesi | Iyakwazi ukuziqhelanisa noluhlu lwe 3KPa ~ 20MPa |
| Ixabiso lekhalori yegesi | Iyakwazi ukuziqhelanisa ne-26 ~ 50MJ / Nm3 igesi |
| Ukusetyenziswa kwegesi | 65Nm3/h |
| Ukuvelisa umthamo | 10.286MJ/Nm3 |
| Ukusetyenziswa kweoli | ＜0.3g/kWh |
| Umthamo weoli | 38L |
| Umthamo wokupholisa | 90L |
| Iiparamitha zokuvelisa amandla | |
| Amandla alinganisiweyo | 250kW |
| Umbane olinganisiweyo | 400V |
| Ikalwe ngoku | 451A |
| Ukuphumelela kwesizukulwana | 33.5% |
| Iiparamitha zoomatshini | |
| Umyinge jikelele | 4200×1500×2450mm |
| Ubungakanani bezothutho | 4200×1500×2450mm |
| Ubunzima obushiyekileyo beyunithi | 3400kgs |
| Ingxolo @ 7M | ≤85dB(A) (Ikhabhinethi yokunciphisa ingxolo) |
4.Inkqubo yamandla eyunithi
| Intshayelelo kwinkqubo yamandla | |||
| Imodeli yokumisela ijenereyitha | RTF250C-41N | Amandla alinganisiweyo | 250kW |
| Imodeli yenjini | T12 | Imodeli yejeneretha | LSA46.3 L10 |
| Uphawu | SINOTRUCK | Uphawu | Leroy Somer |
| Ifom ye-injini | I-Turbocharging, ukuvutha okuncinci | Amandla factor | 0.8 (Lag) |
| Isilinda × Istroke mm | 126×155 | Ukusebenza kombane | 94.1% |
| Ukufuduswa kweyunithi enye | 11.596 | Ukuvelisa umthamo | 325kVA |
| Ifomu yokuthatha | I-Turbocharging, ukupholisa ngenkani | Ikhoyili yokudambisa | 100% Ubhedu |
| Ilinganiswe amandla enjini | 280kW | Imowudi yoqhagamshelo | inkwenkwezi |
| Isantya esilinganiselwe | 1500r/min | Imowudi yokuvuselela | Ibrashi |
| Imo yokupholisa | Ukupholisa amanzi ngenkani | Inombolo yesigaba | Isigaba sesithathu socingo lwesine |
| Imowudi yokuthambisa | Uxinzelelo, ukuthambisa kwe-splash | Iklasi ye-Insulation | H |
| OILT Injini-oyile-Ubushushu | ≤105℃ | Umgangatho wokhuseleko | IP23 |
Inkqubo yolawulo lwe-5.AGC yochungechunge
| Intshayelelo kwinkqubo yolawulo | |||
| Imodeli yenkqubo yokulawula | AGC Series | Uphawu | Deif, eDenmark |
| Imisebenzi ephambili: inkqubo yokulawula evulekileyo, isikrini sokuchukumisa, ukulawula injini edibeneyo, ukufumanisa, ukukhuselwa, i-alamu kunye nokunxibelelana. | |||
| Ikhabhinethi yokulawula iyunithi yisakhiwo sekhabhinethi yomgangatho kunye nepaneli yokulawula enye. Ikhabhinethi yokulawula ixhotyiswe ngabalawuli, ukutshintshwa, izixhobo ezahlukeneyo zokubonisa, amaqhosha okulungelelanisa, izibane zesalathisi zokukhusela iyunithi, amaqhosha okumisa ngokukhawuleza, njl.njl ukulawula nokubeka iliso kwiimeko zokusebenza zeyunithi ye-generator. Iyunithi inokuqonda ukulawula okubalulekileyo, ukulungiswa ngokuzenzekelayo komlinganiselo we-air-fuel, ukulawulwa ngokuzenzekelayo kwezinto zamandla, ukulayishwa ngokuzenzekelayo kunye nokukhulula, njl. Ukufunyanwa kwe-injini: uxinzelelo lokungena, ubushushu bamanzi e-injini, ubushushu be-oyile ye-injini, amandla ombane ebhetri, isantya seyunithi, umbane, okwangoku, amandla adlulayo, njl. Ukuhambelana okuzenzekelayo kunye nokuhanjiswa kwamandla. Inemisebenzi yokusebenza kwesiqithi kunye noqhagamshelwano lwegridi. Ukukhuselwa kokugqithiswa, ukugqithiswa, ukujikeleza okufutshane, Ukungafaneli, ukuphindaphinda, ukungabikho kwamandla, ukugqithisa, ukugqithisa, ukugqithisa kunye nolunye ukhuseleko olupheleleyo lwe-injini, kunye nokuthumela iimpawu ze-alam. Iyunithi inemisebenzi yezandla yokumisa unxunguphalo kunye nokumisa olungxamisekileyo oluzenzekelayo kwimeko yengozi Qwalasela ujongano lonxibelelwano | |||
| Iimpawu zenkqubo | |||
| Ngeempawu zokuthembeka okuphezulu, ukuzinza, ukusebenza kweendleko eziphezulu, ukubonakala kwe-compact, uluhlu oluninzi kunye nokuhlanganiswa kwayo yonke imisebenzi, iyunithi ingasetyenziselwa ukusebenza kwimeko yomthwalo ophezulu we-fuel, ukunciphisa iindleko zokusebenza kunye nokunciphisa ukukhutshwa okuyingozi; | |||
6. Ubume bomgangatho wemveliso:
| Injini | Ijenereyitha | Isiseko somatshini omnye | Ikhabhinethi |
| Iyunithi yokulawula injini Ukuqala injini Injini yokutshaja Ulawulo lokulungisa iimpazamo kwi-elektroniki | Umlawuli wombane we-AVR Umlawuli wezinto zamandla Ukhuseleko lwe-Insulation Class H I-AREP eyongezelelweyo yokujija | Isiseko sesinyithi seshiti Inkqubo ye-Anticorrosion Isithambiso esothusayo | Isakhiwo seqokobhe lentsimbi Inkqubo yokuqinisa |
| Ikhabhinethi yokulawula | Inkqubo yokuhanjiswa kwamafutha | Inkqubo yokuthambisa | Inkqubo yokufunxa umoya |
| Isilawuli sokungena Umqhekezi wesekethe yeBrand Isiqhagamshelwano sophawu Ikhabhathi yokutshintsha kombane | Ukulawula uxinzelelo lwegesi kunye neqela levalve yokuzinzisa Umoya / umxubi wegesi Ivalve yokuvala igesi | Isihluzo se-oyile Inzwa yoxinzelelo lweoyile | Isihluzo somoya Inzwa yokusingqongileyo ye-atmospheric Uxinzelelo lokufunxa kunye nenzwa yobushushu |
| Inkqubo yokukhupha | Inkqubo yokupholisa | Uluhlu lwamandla ombane | Izixhobo eziqhotyoshelweyo kunye namaxwebhu |
| Ukudambisa intsimbi edibeneyo I-exhaust muffler | Inkqubo yokupholisa amanzi kwi-cylinder liner Inkqubo yokupholisa igumbi le-injini ye-Intercooling | 380/220V 400/230V 415/240V | Gas inlet flange gasket I-oyile, impompo yokuzalisa into epholileyo Unit parallel wire ekhuselweyo Izixhobo ezikhethekileyo Iseti yencwadana yokusebenza yejenereyitha Imizobo yombane |
7.Ngokuzikhethelauqwalaselo:
| Injini | Ijenereyitha | Ikhabhinethi | Inkqubo yokukhupha |
| Ukupholisa isifudumezi samanzi | Ubungqina bokufuma kunye nonyango lokuchasa ukubola Injini ye-600V | Imodyuli yokunciphisa ingxolo | I-muffler yesibini Indlela ezintathu yokuguqula inkqubo |
| Ukusetyenziswa kwegesi ephumayo | Inkqubo yokuhanjiswa kwamafutha | Unxibelelwano | I-Voltage |
| Iheda yerhasi yomkhuhlane Isithando somlilo sangaphandle sokuqhuba ioli Ibhoyila yomphunga Inkqubo yokufudumeza amanzi ashushu asekhaya | Isihluzo segesi Umbambeli wedangatye Isahluli samanzi e-oyile | Inkqubo yolawulo lwesikhululo esikude Inkqubo yefu yeselula | 220V 230V 240V |
Imifanekiso yeenkcukacha zemveliso:
IsiKhokelo seMveliso esiNxulumeneyo:
"Umgangatho ekuqaleni, Ukunyaniseka njengesiseko, inkampani enyanisekileyo kunye nenzuzo efanayo" yingcamango yethu, ukuze senze ngokuphindaphindiweyo kwaye sisukele ukugqwesa kuMgangatho oPhezulu waseChina iGenerator yeGesi yeNdalo yeGesi yeNdalo - 250KW isandi sobungqina bejenereyitha yegesi yendalo - Rongteng, Imveliso iya kubonelela kulo lonke ihlabathi, njenge: United States, iMyanmar, i-spare ibaluleke kakhulu, i-spare ye-original, eCanada Sisenokunamathela ekunikezeni iindawo zoqobo nezisemgangathweni nokuba yingeniso encinci esiyifumeneyo. UThixo uya kusisikelela ukuba senze ishishini lobubele ngonaphakade.
NguMichelle wase-Iran - 2018.06.09 12:42 Abavelisi abazange bahloniphe kuphela ukhetho lwethu kunye neemfuno, kodwa basinike iingcebiso ezininzi ezilungileyo, ekugqibeleni, sayigqiba ngempumelelo imisebenzi yokuthenga.
NguVanessa waseRomania - 2018.12.11 14:13 -
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