Zonke imidlalo

AFPMG for Small Wind Turbines & Hydro Power

Sakha uchungechunge lwama-rotor amasha aphezulu asebenza kahle, ama-disc-shape, i-rotor yangaphakathi (yangaphandle), isigaba sesithathu, i-Axial Flux Permanent Magnet Generator (AFPMG) ene-stator.AFPMG engenasisekelo futhi eyonga kakhulu ukusebenza nge-ngqo-drive turbine yomoya encane (i-SWT) kanye nabakhiqizi be-Hydro Power.AFPMG bahlinzeka ngezinsizakalo ngokuya ngosayizi nokubukeka. Isakhiwo somqondo we-AFPMG silula, futhi umqondo wokuqhafaza onesakhiwo se-stator unikeza u-generator ukusebenza okuhle nokusebenza kahle kakhulu.


Izici Ezilusizo
Ukusebenza kahle kakhulu ngejubane eliphansi

Akukho ukulahleka kokushayela kwemishini, akukho ukulahleka kwe-rotor yethusi ngenxa yokuphuma okuphelele kobuthi futhi akukho stator eddy yokulahleka kwamanje ku-stator engenazimbi (engenantambo)

Ukusebenza kahle kwe-AFPMG, kuya ngemodeli, kufinyelela ku-90%.

Ubukhulu obuncane nesisindo

I-AFPMG ihlukile futhi ayinasisekelo, ukwakhiwa kulula. Ama-generator asebenzisa insimbi encane kakhulu ekwakhiweni kwawo, kuyilapho ihlala isikhathi eside kakhulu futhi inempilo ende.

The generator's small weight and dimensions make it possible to reduce the size and price of the whole wind turbines.

Isikhundla esiphakeme (umthamo wokukhipha ngesisindo seyunithi ngalinye) siphumelela kakhulu kunalabo abavela kubakhiqizi abaqhudelanayo. Lokhu kusho ukuthi ngobukhulu obufanayo nesisindo.

Izindleko ezincane kakhulu zokulungisa

I-AFPMG yi-drive eqondile, ayikho i-gearbox, uhlelo lwamahhala lwamafutha, ukukhuphuka kwezinga lokushisa eliphansi

Ukusebenza kwamandla okuphezulu kakhulu ngesivinini esiphansi embonini kusho ukuthi abakhiqizi bangasekela noma yiluphi uhlobo lwenjini yomoya enejubane elikhulu lomoya.

Ukusetshenziswa komoya okupholisa kunciphisa izindleko zokulungiswa futhi kuqinisa kakhulu ukuzimela kwamayunithi kagesi.

I-torque ephansi kakhulu

I-AFPMG ayinayo i-torque evuthayo ne-torque ripple, ngakho-ke i-torque yokuqala iphansi kakhulu, ngoba i-turbine encane yomoya eqondile (drive-drive) omncane, ijubane lomoya eliqala lingaphansi kwe-1m / s.

Ukwethembeka okuphakeme

Umsindo ophansi kakhulu, ukudlidliza okuncane, alikho ibhande elisebenza ngomshini, igiya noma iyunithi yokuthambisa, impilo ende

Ukunakekelwa kwemvelo

Ubuchwepheshe obuyi-100% bokuhlanzeka kwemvelo nezinto ezisetshenziselwa ukukhiqiza ngesikhathi sokusebenza kwempilo ende nokuvuselelwa kwesikhathi esizayo akunangozi ngokuphelele emvelweni.

Izicelo Eziyinhloko

· Izicelo Main

Ama-generator amancane omoya (i-SWT)

Ama-generator amancane kagesi aqhutshwa izinjini zikaphethiloli noma udizili,

Imishini yokushayela kagesi yemoto kagesi, njenge-motor ne-generator.

Amandla we-Hydro

Ukusetshenziswa kwe-AFPMG kunikeza esinye isisombululo emkhakheni wama-generator kagesi noma ngemishini kagesi iyonke. Ukwakhiwa kwawo okwenziwe ngama-disc nezimpawu ezinenzuzo ze-elekthronikhi zibonisa izici eziyinhloko ekukhiqizweni kwamandla kagesi okuhlukile nasezinhlelweni eziphezulu zokushayela zikagesi.

· Ububanzi obusebenzayo be-unomphela Magnet Generator (PMG)

Ububanzi obusebenzayo be-Permanent Magnet Generator (PMG)

Umsebenzi wokwakha nobuchwepheshe wenza i-Permanent Magnet Generators (PMG) iyisinqumo esiphelele sezinhlelo zokusebenza zomoya ezincane zamawashi (i-SWT).
Uhla olusebenzayo lwe-PMG luhlanganisa izidingo zenjini encane yomoya (i-SWT). Kuma-turbines omoya we-1-5KW, angasebenzisa i-stator eyodwa ye-rotor-single ye-AFPMG, kuma-turbines ayi-5KW-50KW, angasebenzisa i-AFPMG ngokwakha ama-single rotor-Double stators.
Isilinganiso samandla ngaphezulu kwe-50KW simbozwe yiRadial Flux Permanent magnet Generator (RFPMG).

Izinhlobo Ezijwayelekile
QM-AFPMG  Ngaphakathi UkujikelezaQM-AFPMG  Ngaphandle Ukujikeleza
imodeliKulinganiselwe ngo- Okukhiphayo amandla (KW)Kulinganiselwe ngo- ijubane (RPM)Kulinganiselwe ngo- Okukhiphayo voltage Isisindo (Kg)imodeliKulinganiselwe ngo- Okukhiphayo amandla (KW)Kulinganiselwe ngo- ijubane (RPM)Kulinganiselwe ngo- Okukhiphayo voltage Isisindo (Kg)
AFPMG71010250I-380VAC145AFPMG77015260I-380VAC165
7.5200I-380VAC10180220VAC / 380VAC
5150220VAC / 380VAC7.5150220VAC / 380VAC
410096VAC / 240VAC5100220VAC / 380VAC
3100220VAC / 380VACAFPMG70010250I-380VAC135
AFPMG56015400I-300VAC1357.5200I-380VAC
10250I-380VAC5150220VAC / 380VAC
7.5200220VAC / 380VAC410096VAC / 240VAC
5180220VAC / 380VAC3100220VAC / 380VAC
4200220VAC / 380VAC90AFPMG5504200220VAC / 380VAC80
3180220VAC / 380VAC3180220VAC / 380VAC
2130I-112VDC / 220VAC / 380VAC2130I-112VDC / 220VAC / 380VAC
1.5100I-112VDC / 220VAC / 380VAC1.5100I-112VDC / 220VAC / 380VAC
1100I-56VDC / 112VDC / 220VAC / 380VAC1100I-56VDC / 112VDC / 220VAC / 380VAC
AFPMG5203200I-112VDC / 220VAC / 380VAC70AFPMG5103200I-112VDC / 220VAC / 380VAC65
2150I-112VDC / 220VAC / 380VAC2150I-112VDC / 220VAC / 380VAC
190I-56VDC / 112VDC / 220VAC190I-56VDC / 112VDC / 220VAC
AFPMG4602180I-112VDC / 220VAC / 380VAC52AFPMG4502180I-112VDC / 220VAC / 380VAC48
1.5150220VAC / 380VAC1.5150220VAC / 380VAC
1130I-56VDC / 112VDC / 220VAC1130I-56VDC / 112VDC / 220VAC
AFPMG3802350I-112VDC / 220VAC / 380VAC34AFPMG3802350I-112VDC / 220VAC / 380VAC32
1180I-56VDC / 112VDC / 220VAC1180I-56VDC / 112VDC / 220VAC
0.5130I-56VDC / 112VDC0.5130I-56VDC / 112VDC
AFPMG3301350I-56VDC / 112VDC / 220VAC22AFPMG3201350I-56VDC / 112VDC / 220VAC20
0.5200I-56VDC / 112VDC0.5200I-56VDC / 112VDC
0.3150I-28VDC / 56VDC0.3150I-28VDC / 56VDC
0.2100I-28VDC / 56VDC0.2100I-28VDC / 56VDC
AFPMG2700.5350I-28VDC / 56VDC11AFPMG2600.5350I-28VDC / 56VDC11
0.330028VDC0.330028VDC
0.2200I-28VDC / 56VDC0.2200I-28VDC / 56VDC
0.1130I-14VDC / 28VDC0.1130I-14VDC / 28VDC
AFPMG2300.2350I-14VDC / 28VDC8.5AFPMG2200.2350I-14VDC / 28VDC8.5
0.1200I-14VDC / 28VDC0.1200I-14VDC / 28VDC
AFPMG2100.1350I-14VDC / 28VDC6AFPMG2000.1350I-14VDC / 28VDC6
0.0520014VDC0.0520014VDC
AFPMG1650.3850I-14VDC / 28VDC4AFPMG150 0.3850I-14VDC / 28VDC4
0.15500I-14VDC / 28VDC0.15500I-14VDC / 28VDC
0.0525014VDC0.0525014VDC

Isigaba sohlu lokuhlola   

1. Ubukhulu nokubekezelelana

2. Amandla wokukhipha, i-voltage ne-RPM

3. Insulation resistance examination<

4. Ukuqala i-torque

5. Okukhipha ucingo (Okubomvu, okumhlophe, okumnyama, okuluhlaza / emhlabeni)

Imiyalo yokusebenza

1. Isimo sokusebenza: ngaphansi kokuphakama kwamamitha ayi-2,500 30, -XNUMX ° C kuya ku-+50 ° C

2. Ngaphambi kokufakwa, ukuphendukela ngobunono shaft noma indlu ukuze kuqinisekiswe ukuguquguquka kokushintshana, akukho msindo ongahambeki.

3. Ukukhishwa kwe-AFPMG kuyisigaba sesithathu, ukuphuma kwezintambo ezintathu ngaphambi kokufakwa, sebenzisa i-500MΩ Megger ukuze

hlola ukumelana kokufaka phakathi kocingo oluphumayo necala, akumele kube ngaphansi kuka-5 MΩ

4. Uma i-AFPMG ingumkhiqizi we-rotor yangaphakathi, kwinqubo yokufaka, kufanele iqinisekise ukuthi isikulufa sokukhiya sisendaweni, kubaluleke kakhulu

Iwaranti: iminyaka eyi-2-5