Wind & Hydropower Permanent Magnet Generators

Product Overview

Wind & Hydropower Permanent Magnet Generators from Qingdao Enneng Motor CO., Ltd. convert mechanical rotation from wind turbines and hydro turbines into three-phase AC power. This Permanent Magnet Generator range is intended for renewable projects where speed, mechanical interface, electrical output, and environmental conditions need to be considered together. It covers rated power from 5 KW to 5 MW and rated speed from 20 rpm to 3000 rpm. The range can support small wind equipment, larger wind systems, micro-hydro installations, and selected medium-scale hydro applications.

A Permanent Magnet Generator uses NdFeB magnets to establish its magnetic field rather than drawing separate excitation power during operation. For a Wind Power Generator or Hydropower Generator, this approach can be useful when a project needs a direct connection between turbine and generator, or when the speed profile does not fit a conventional high-speed machine. Qingdao Enneng Motor CO., Ltd. reviews the project duty, turbine characteristics, and electrical requirements before confirming the final configuration.

How the Generator Fits the System

A Renewable Energy Generator is one part of a wider power path. In a wind system, blades and the rotor provide variable mechanical input. In a hydro system, the turbine converts water flow and head into rotation. The Permanent Magnet Generator produces electrical energy for suitable control, conversion, protection, and distribution equipment. Project performance depends on matching the generator with the turbine, controller, cabling, load profile, and local installation conditions.

Proprietates Claves

• Rated power range from 5 KW to 5 MW for project-specific selection.

• Rated speed range from 20 rpm to 3000 rpm, including low-speed applications.

• NdFeB permanent magnet construction for wind and hydro generation duties.

• Three-phase AC voltage options from 110 V to 690 V.

• Protection options of IP54, IP55, or IP68 according to the confirmed application.

• Direct-drive and low-speed configurations for a Wind Power Generator or Hydropower Generator.

• Adaptatio technica circa profilum venti, altitudinem aquae, typum turbinis, et ambientes installationis.

• Mensurae optionales contra corrosionem pro condicionibus aquae et loci confirmatis.

Parametri technici

Technicae Praerogativae

Un generator cu magneti permanenti sprijina conversia eficienta fara pierderi de excitatie separata. In aplicatia unui generator de energie renouabila, acest lucru poate fi important cand o turbina functioneaza la sarcini variabile sau la viteze de rotatie reduse. Eficienta maxima publicata este de cel putin 96,0%; eficienta reala de functionare depinde de ratingul ales, viteza, punctul de sarcina, echipamentele inconjuratoare si conditiile de amplasament. Echipele de proiect ar trebui sa utilizeze curbele de performanta si calculele de sistem pentru modelul selectat, nu sa se bazeze pe o singura cifra generala.

Protektio et corrosio pro Generatore Hydroelectrico sunt res practicae. Qualitas aquae, expositionis ad stillas, humiditas, locus installationis, et accessus ad servitium identificandi sunt cito. Optiones IP54 et IP55 aptae sunt ad dispositiones protectas; IP68 autem seligi potest pro hydro-requisitis subaquaticis applicabilibus. Necessitates de cooperturis et sigillis confirmari debent secundum verum ambientes aquae; descriptio generalis non potest locum revisionis in situ supplere.

Applicationes

Systemata Eolicia

Haec series Generatricum Eolicarum considerari potest pro turbinibus eolicis directae actionis, a parvis systematis usque ad projecta multi-megawatt in confirmato intervallo potentiae. Generatrix Directae Actionis utilis esse potest, cum architectura turbinis circa coniunctionem lentam designatur. Velocitas rotae, torque, venti conditio exspectata, dispositio retis vel extra-retis, et fixatio mechanica ante electionem confirmari debent.

Projecta Micro-Hydro et Run-of-River

Ut generator hydropotentialis, ambitus cum dispositionibus verticalibus aut horizontalibus congruere potest, et cum generibus turbinum, ut sunt Kaplan, Pelton, aut Turgo, ubi conditio technica hanc congruentiam permittit. Caput aquae, variatio fluxus, velocitas turbine, orientatio axis, onus electricum, et designatio clausurae omnia solutionem finalem influunt. Pro officiis submersis, requisitum protectionis in disputatione technica indicandum est.

Systemata Hybridia et Remota

Generator energiae renovabilis etiam systemata hybridia administrare potest, quae ventum, hydropotentiam, solem, baterias, aut subsidium diesel combinant. In his installationibus, generator cum conversore electo, cum controller, cum strategia conservationis, et cum methodo administrationis oneris operari debet. Est pars generationis configurabilis, ad integrationem in systema hybridum recte designatum, non autem promissio potentiae ininterruptae.

Selectio et Valor Commercialis

A Direct Drive Generator may support a simpler drivetrain layout in suitable projects, while a tailored Wind Power Generator or Hydropower Generator can help align the electrical machine with the natural resource and turbine design. Commercial value should be assessed through equipment compatibility, installation scope, maintenance planning, local service access, and expected operating profile. Results vary by application, so a project-specific engineering review remains the practical basis for an investment decision.

Quaestiones Frequenter Rogatae

Q: Can this Permanent Magnet Generator operate below 100 rpm?

A: Yes. The listed rated-speed range starts at 20 rpm. The final low-speed design should be confirmed from turbine speed, required power, torque, and electrical output requirements.

Q: Is it suitable as a Direct Drive Generator?

A: It can be configured for direct-drive use where the turbine and mechanical arrangement are compatible. Final coupling, shaft, support, and protection details require project confirmation.

Q:Quale livello di protezione deve usare un generatore idroelettrico?

A:Sono disponibili le opzioni IP54, IP55 e IP68. La scelta adatta dipende dalla progettazione dell'involucro, dall'esposizione all'acqua, dall'umidità e dal fatto che l'applicazione idroelettrica richieda un posizionamento sott'acqua.

Q:Quali informazioni sono necessarie per una richiesta relativa a un generatore eolico?

A:Si prega di fornire il tipo di turbina, la potenza richiesta, la gamma di velocità, la tensione, le condizioni del sito, l'interfaccia meccanica e il tipo di collegamento al sistema previsto. Questi dettagli aiutano Qingdao Enneng Motor CO., Ltd. a consigliare una configurazione adeguata.