The application of wind turbine technology in low wind speed regions such as Southeast
Asia has recently attracted increased attention. Wind turbines are designed as special …

The transverse-flux permanent-magnet generator (TFPMG) has been extensively employed
in wind power applications. The distinct advantages of TFPMG over other types of …

常规双馈电机难以通过增加极对数实现直驱. 分析分数槽集中绕组的磁场极对数频谱,
利用极对数主导分量实现电磁耦合, 提出一种基于多频对极磁场耦合的直驱型双馈电机传动方案 …

A wind turbine may use different generators, including permanent magnet synchronous
generator, reluctance generator, flux switching permanent magnet machine, high …

This article presents a comprehensive study on enhancing grid resilience through advanced
forecasting and optimization techniques in the context of power outages. Power outages …

In today's rapidly evolving energy landscape, grid-connected microgrids have emerged as a
key solution to enhance energy resilience and mitigate power outages. This paper presents …

This paper describes the investigation and systematic identification of feasible electric
machine types and inverter systems for an all-automatic airborne wind energy system. The …

This paper proposes a new non-overlapped six-phase Fractional Slot Concentrated Winding
(FSCW) layout for a Permanent Magnet (PM) synchronous wind generator with an outer …

In the large countries, the distance between the communities is so far and the full-scale
power grid system is almost difficult to realize. In order to increase the generation capacity …

Wind power generation is a highly important part of the development of renewable energy
systems. In particular, offshore wind power is being actively developed in Taiwan. Offshore …