1. Isishwankathelo seprojekthi
1.1. Izixhobo Imfuno (ayikabonelelwa okwangoku)
1.2. Izixhobo zombane Iiparameters (azikabonelelwa okwangoku)
1.3. Iimeko zeprojekthi
1.3.1. Iimeko zemozulu (azikabonelelwa okwangoku)
Indawo yeprojekthi:
Ukuphakama: m
Ubushushu obuqhelekileyo bonyaka ℃,
Ubushushu obuphezulu ℃,
Ubuncinci bobushushu ℃,
Iintlekele zejografi (isivuthuvuthu sesanti, imvula ene-asidi, ukuhamba kobumdaka, izikhukula, nezinye) ；
1.3.2. Ukwakheka kwegesi yendalo (akukabikho okwangoku)
Ukwakheka kwegesi (inxalenye yomthamo):
| Igama | Iqhezu levolumu | Amagqabaza |
| IMethane CH4 | ||
| I-Ethane C2H6 | ||
| Ipropane 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- | ||
| Ioksijini O2 | ||
| Okunye |
2. Isindululo sobugcisa
Ngokweemfuno zezixhobo ezivela kubathengi, inkampani yethu inokubonelela ngeseti yejenereyitha yegesi ye-150KW. Le yunithi isebenzisa injini yeSteyr T12 njengomthombo wamandla ukuqhuba i-alternator ehambelanayo - uphawu oludumileyo lwaseFransi uLeroy Somer - ukuvelisa umbane, ize ilawule kwaye ibone ukusebenza kweyunithi ngenkqubo yolawulo yaseDenmark. Iseti yejenereyitha yegesi ye-150KW yenziwe ngekhabhinethi yokulawula, ikhabhinethi yeyunithi kunye nekhabhinethi yokusasaza ubushushu. Ilawulwa ziingingqi kwaye ikhuselekile kwaye ithembekile. Intambo ikwicala lekhabhinethi yokulawula, elungele ukuphuma. I-muffler ikwindawo ephezulu yebhokisi, kude kakhulu necala lekhabhinethi yokulawula, ukuqinisekisa ukhuseleko lokusebenza.
Jonga itheyibhile 2-1 ukuze ufumane iiparameter zobugcisa zeseti yejenereyitha yegesi eyi-150KW.
Itheyibhile 2-1: iiparameter zobugcisa zeseti yejenereyitha yegesi eyi-150KW
| Inombolo ye-S/Nom | Igama lepharamitha | Iinkcukacha |
| 1 | Iyunithi | Iseti yejenereyitha yegesi eyi-150KW |
| 1.1 | Imodeli yeyunithi | RTF150C-41N |
| 1.2 | Amandla alinganisiweyo | 150kW |
| 1.3 | Ikaliwe ngoku | 270.6A |
| 1.4 | I-voltage elinganisiweyo | 230/400V |
| 1.5 | Ireyithingi elinganisiweyo | 50Hz |
| 1.6 | Imo yokuqalisa | Ukuqalisa ngombane kwe-DC 24V |
| 1.7 | Imo yokulawula isantya | Ulawulo lwesantya se-elektroniki |
| 1.8 | Imo yokulawula ipetroli | Ukutsha okuthambileyo, ulawulo oluvaliweyo |
| 1.9 | Imo yokutsha | Umbane olawulwa sisilinda esinye ozimeleyo olawula amandla aphezulu |
| 1.10 | Uhlobo lokusebenza kweyunithi | Isitshixo esinye sokuqalisa/ukumisa ngokuzenzekelayo |
| 1.11 | Izinga lokusetyenziswa kweoyile | ≤0.3 g/kW*h |
| 1.12 | Ukuvelisa amandla | 3.0 kWh/Nm3 (ixabiso lethiyori) |
| 1.13 | Ubungakanani beyunithi iyonke | 4000×1600×3400mm |
| 1.14 | Ubunzima obupheleleyo beyunithi | 4200kg |
| 2 | Injini | |
| 2.1 | Uphawu | Ilori yeSizwe saseTshayina eNzima |
| 2.2 | Imodeli | T12 |
| 2.3 | Ukufuduka kweyunithi enye | 11.596 |
| 2.4 | Uhlobo lokungenisa | I-Turbocharging, i-intercooling ephoqelekileyo, ulwakhiwo lwee-valve ezi-4 |
| 2.5 | Isantya esilinganisiweyo | 1500r/ngomzuzu |
| 2.6 | Imo yokupholisa | Ukupholisa ngamanzi anyanzelekileyo |
| 2.7 | Imo yokuthambisa | Uxinzelelo, ukuthambisa nge-splash |
| 2.8 | Ubushushu be-oyile yenjini | ≤105 ℃ |
| 3 | Ijenereyitha | |
| 3.1 | Ijenereyitha | ULeroy Somer |
| 3.2 | Imodeli | I-LSA 44.3 VL13 |
| 3.3 | Into yamandla | 0.8(ixesha elibekiweyo) |
| 3.4 | Ukusebenza kakuhle kokuvelisa | 92.7% |
| 3.5 | Umthamo wejenereyitha | 180kVA |
| 3.6 | Inombolo yesigaba | Ucingo lwesigaba sesithathu sesine |
| 3.7 | Iklasi yokukhusela ubushushu | H |
| 3.8 | Umgangatho wokhuseleko | IP23 |
| 4 | Inkqubo yolawulo lweyunithi | |
| 4.1 | Uphawu | I-DEIF |
| 4.2 | Imodeli | Uthotho lwe-AGC |
| 4.3 | Umsebenzi woMlawuli | Umsebenzi omnye oyintloko wokumisa ukuqala, ukubonisa idatha, ukurekhoda, ukubeka esweni ukhuseleko kunye neminye imisebenzi; |
| 4.4 | Umsebenzi wokubonisa | Isantya / uxinzelelo lweoyile / ubushushu bamanzi / ixesha lokusebenza / umbane / i-frequency / i-voltage yebhetri / amandla asebenzayo, amandla asebenzayo, umlinganiselo wokusasazwa komthwalo, njl.njl.; |
| 4.5 | Umsebenzi woKhuselo | Imisebenzi yokulawula ngokuzenzekelayo kunye ne-alamu efana nobushushu obuphezulu bamanzi, uxinzelelo oluphantsi lweoyile, isantya esiphezulu, umbane ogqithisileyo, i-AC kunye ne-DC voltage, i-short circuit, njl.njl.; |
| 5 | Ibhokisi | Ibhokisi efakwe kwi-skid esemgangathweni ophezulu, edityaniswe nombhobho wegesi, umbhobho wokukhupha umoya kunye nezinye izinto zenkqubo; |
| 1. Iiparameter zobugcisa kule nkqubo zisekelwe kwigesi yendalo enexabiso eliphantsi leekhalori eliyi-35.8MJ/Nm.3 ezibonelelwa ngumthengi kwaye ziyahlangabezana neemeko ezisemgangathweni ze-ISO8528 / 1, iso3046 / 1 kunye ne-bs5514 / 1. 2. Idatha yobugcisa ilinganiswa phantsi kweemeko eziqhelekileyo: uxinzelelo olupheleleyo lomoya oluyi-100KPA, ubushushu obuphakathi obuyi-25 °C kunye nomswakama womoya ohambelanayo obuyi-30%. 3. Zivumelanise nomgangatho we-DIN we-ISO 3046 / 1 phantsi kweemeko zokusingqongileyo. Ukunyamezela ukusetyenziswa kwepetroli okulinganiselweyo yi-± 5%. 4. Iyunithi yovavanyo lwamandla 0.8 nangaphezulu. | ||
Injini yegesi yendalo ekhethekileyo: Injini yothotho lwe-T12 yamkelwe, eyeyenjini ekhawulezayo/esebenza kakuhle. Itekhnoloji yokutsha elawulwa nge-elektroniki inokukwazi ukuhlangabezana neemfuno zokonga injini, amandla kunye nokukhupha umbane. Imo yokupholisa isebenzisa ukupholisa amanzi ajikelezayo avaliweyo ngefeni ye-elektroniki. Inkqubo yokupholisa iyunithi ayixhomekekanga kwinkqubo yokungenisa umoya kwigumbi lenjini. Ubushushu kwigumbi lenjini bulawulwa ngolawulo oludibeneyo lokupholisa, kwaye ukungena komoya kwigumbi lenjini kuhluzwa ngempumelelo sisihluzo sothuli esakhelwe ngaphakathi.
Inkqubo yokulawula injini yegesi: Inkqubo yokulawula ukutsha kwegesi evaliweyo ethengwe kwi-ECI yase-United States yamkelwe, kuquka inkqubo yokutsha ye-single cylinder independent ignition, inkqubo yokulawula isantya se-elektroniki, inkqubo yokulawula i-fuel closed-loop, inkqubo yokulungelelanisa okusingqongileyo kunye nenkqubo yokuxilonga nokukhusela ngokuzenzekelayo ukuqinisekisa ulawulo oluchanekileyo noluthembekileyo lwenjini phantsi kwazo zonke iimeko zokusebenza. Imveliso yonyaka yenkqubo yokulawula injini yegesi yiiyunithi ezili-100000, kwaye ukuthembeka, uzinzo kunye nokhuseleko lwenkqubo luqinisekisiwe ngakumbi.
Ijenereyitha eyenziwe ngokwezifiso yophawu oluphezulu lwamazwe ngamazwe: Ijenereyitha ye-AC ehambelanayo engenamabhrashi ye-LSA 44.3 series —evela eFrance uLeroy Somer– enezinto ezihambayo ezizinzileyo kakhulu iyasetyenziswa, kwaye ukumelana nefuthe lomthwalo kunye nokusebenza kokuchasana nokuphazamiseka kwejenereyitha kuyaphuculwa ukuqinisekisa ukuthembeka kokusebenza kwexesha elide kwezixhobo.
Isikhongozeli esinezinto ezininzi: Ibhokisi yeyunithi enamandla amaninzi, ilawula ulawulo olukrelekrele, iphucula kakhulu ukuthembeka kunye nokusebenza kokhuseleko, isebenzisa i-polyurethane coating ephucukileyo, ekhanyayo kwaye ayigugi;
3. Intshayelelo eneenkcukacha zeyunithi
3.1 Imo yokuqalisa
Iyunithi iqalwa ngamandla e-24v DC, kwaye umbane wokuqala kunye nombane wolawulo weyunithi yi-24v battery pack. I-battery pack mayinikezelwe ngumthengisi iseti epheleleyo ngaphandle komthombo womoya wangaphandle okanye umbane.
3.2 Indawo yokuma ngexesha likaxakeka
Le yunithi inemisebenzi yokumisa ngongxamiseko ngesandla kunye nokumisa ngongxamiseko ngokuzenzekelayo xa kuthe kwenzeka ingozi.
3.3 Ukusebenza kweyunithi
Iyunithi inokulawula isitshixo esinye, uhlengahlengiso oluzenzekelayo lomlinganiselo womoya-fuel, ulawulo oluzenzekelayo lwe-power factor, ukulayisha kunye nokukhupha izinto ngokuzenzekelayo, njl.
Inkqubo yolawulo lweyunithi; Ikhabhinethi yolawulo lweyunithi sisakhiwo sekhabhinethi yomgangatho esinephaneli yokulawula enye. Ikhabhinethi yolawulo ixhotyiswe ngabalawuli, iiswitshi, izixhobo ezahlukeneyo zokubonisa, amaqhosha okulungisa, izibane zokukhusela iyunithi, amaqhosha okuma okungxamisekileyo, njl.njl. ukulawula nokujonga iimeko zokusebenza zeyunithi yejenereyitha.
3.4 Ukhuseleko lweziphene zeyunithi
Inkqubo yolawulo inokhuseleko olupheleleyo lwenjini olufana nokugqithisa, umbane ogqithisileyo, i-short circuit, i-Underfrequency, i-over-frequency, i-under-voltage, i-over-voltage kunye ne-over-speed, kwaye ithumela imiqondiso ye-alamu.
Kwimeko apho injini ingasebenzi (njengobushushu obuphezulu bamanzi okupholisa, uxinzelelo oluphantsi lweoyile, ukugqithisa kakhulu, ukungasebenzi kakuhle kokuqala, njl.njl.), kuya kuthunyelwa isignali yesilumkiso, kwaye kuvunyelwe ukucima ngesandla okanye ngokuzenzekelayo.
Ukuba injini ineziphene ezinkulu (ezifana nobushushu obugqithisileyo, uxinzelelo oluphantsi lweoyile, isantya esiphezulu, njl.njl.), kufuneka ima ngokuzenzekelayo ngoko nangoko ize inike isilumkiso.
3.5 Indawo yokusetyenziswa kwezixhobo
Ubushushu obufanelekileyo besixhobo buyi - 30 ℃ ukuya kuma-40 ℃Ukuba ubushushu obujikeleze umhlaba budlula ama-40 ℃, amandla alinganisiweyo emoto aya kuncitshiswa ngokufanelekileyo. Phantsi kwemeko yomoya olungileyo, amandla alinganisiweyo emoto aya kuncitshiswa nge-3% kwimizuzu emi-5 nganye. ℃ ukunyuka kobushushu obungqongileyo; Ukuphakama kwendawo apho izixhobo zisetyenziswa khona akufuneki kube ngaphezulu kwe-3000m. Xa ukuphakama kungaphakathi kwe-1000m, ukusebenza kakuhle kwejenereyitha yeyunithi yeyona ilungileyo. Kuyo yonke i-500m yokunyuka kokuphakama, amandla alinganisiweyo emoto aya kuncitshiswa nge-4%. Ukuba imida yemeko engentla igqithile, izixhobo ziya kwenziwa ngokwezifiso.
Ixesha lokuthumela: Novemba-08-2021