Besplatna dostava putem Box Now paketomata i Overseas kurirske službe iznad 69,99 €.

Provjerite status narudžbe

Pridružite se zajednici ljubitelja knjige iz cijelog svijeta i ostvarite mnoštvo pogodnosti. Izradite besplatni račun

Besplatna dostava Overseas kurirskom službom iznad 69.99 €

DPD kurir 3.99 € DPD točka 3.49 € GLS Kurir 4.99 € GLS paketomat 3.99 € Hrvatska pošta 4.99 € Dostava Overseas 4.99 € Box Now 4.49 €

Kontakt

Kako kupovati

Pomoć

Moj račun

▸ Prazno :-(

Besplatna dostava putem Box Now paketomata i Overseas kurirske službe iznad 69,99 €.

DFIG with HVDC in Wind Energy Conversion System

Name: DFIG with HVDC in Wind Energy Conversion System
Brand: OmniScriptum
SKU: 46049227
Price: 39.18 EUR
Availability: InStock
Author: Vineet Dahiya
ISBN: 9786207639014

DE

Vineet Dahiya

Jezik

Engleski

Knjiga Meki uvez

Libristo kod: 46049227

Nakladnici OmniScriptum, studeni 2023

The combination of Doubly-Fed Induction Generators (DFIGs) with High Voltage Direct Current (HVDC) t... Cijeli opis

Libristo kod: 46049227

95 b

39.18 €

Vanjske zalihe Šaljemo za 8-11 dana

Do 30 dana za povrat

Kupci su kupili i

Traitement de l'Arthrite Fongueuse Par l'Abrasion Intra-Articulaire DE LAPRADE-P-V

Meki uvez

13.63 €

Эпоха Возрождения

Tvrdi uvez

14.54 €

MINIPEDIA Ingela P. Arrhenius

Knjiga

29.89 €

Warum die Giraffe nicht in Ohnmacht fällt Talya Baldwin

Tvrdi uvez

22.41 €

The combination of Doubly-Fed Induction Generators (DFIGs) with High Voltage Direct Current (HVDC) transmission systems holds immense promise for advancing wind energy conversion systems (WECS). This book provides a concise overview of the integration of DFIGs with HVDC in WECS. It discusses the operational principles and advantages of DFIGs, emphasizing their variable-speed operation and grid-friendly characteristics. Additionally, it highlights the capabilities of HVDC technology for efficient long-distance power transmission. The synergy between DFIGs and HVDC systems is explored, showcasing their role in enhancing grid integration, stability, and overall system performance. Control strategies for optimizing power generation and grid stability in DFIG-HVDC systems are also discussed. Finally, the paper addresses ongoing research and technological advancements aimed at further improving the efficiency, reliability, and scalability of DFIG-HVDC systems in the context of wind energy conversion.