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The fault protection is a critical element to ensure the reliable and secure operation of DC distribution systems. Most DC distribution systems are tightly coupled systems with low line impedances which may result in fast current increase during a fault. Thus, it is challenging to develop a fast and reliable DC fault protection method. This paper proposes and develops a novel fault inductance based...
The paper presents the design aspects of Inner Mounted Permanent Magnet (IPM) Synchronous Wind Generator. The design concepts and performance analyses have been done with traditional formula and finite element analysis (FEA) [1]-[5]. For electrical performance verification, no-load and full-load voltage, d- and q-axis reactance, voltage regulation ratio, demagnetizing condition, loss and efficiency,...
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