Design of bilateral Switched Reluctance linear generator

Control system of Switched Reluctance machines based on MCF5213

“…Switched Reluctance machine system has the well application foreground for wind power generator [1], electric vehicle motor drive [2], oceanic generator [3], and so on. The pure hardware with digital IC chip [4], 8-bit single chip microprocessor [5], 16-bit single chip microprocessor [6], DSP [7] [8] and double MCUs [9] had been developed for the controller of some Switched Reluctance machine systems.…”

Design of Bilateral Switched Reluctance Linear Generator to Convert Wave Energy: Case Study in Sicily

“…Generally, the design of Switched Reluctance linear generator should be accomplished by analogy analysis between Switched Reluctance rotary generator and Switched Reluctance linear generator, and the modifications depending on its special characteristics. A design method similar with the design of rotary generator, is used in this example [1].…”

Design and Research of Double-Sided Linear Switched Reluctance Generator for Wave Energy Conversion

“…It has the advantages of no wear, no lubrication, low speed operation, and so on [14].When compared with the linear permanent magnet generator, the stator of the linear switched reluctance generator is composed of silicon steel laminated, it does not need to install permanent magnet, it is less affected by the external environment, and it can operate under the bad environment, such as high temperature, high corrosion, and other adverse environments, which is more suitable for ocean wave power generation. In the reference [15,16], the single-sided linear switched reluctance generator system is studied; the mutual inductance coupling linear switched reluctance generator has been studied in the reference [11] to improve the efficiency of power generation; Double-sided Linear Switched Reluctance Generator (DLSRG)is studied in the reference [17], which is used to improve the unilateral magnetic tension problem; in the reference [12]; and the optimal efficiency tracking control of generator is studied in detail, and the two-sided mutual inductance coupled switched reluctance generator is chosen as the object of study, which improves the influence of two-sided magnetic pull force.The purpose of this paper is to design a DLSRG based on improving the single-sided magnetic tension of the traditional single-sided linear switched reluctance generator and reducing the coupling characteristics of the phase winding, the structure of the motor is optimized, the electromagnetic characteristics and generation performance are studied. This paper is organized as follows: after the introduction, in Section 2 the basic structure and operation principle of DLSRG are given, in Section 3 Mathematical modeling is given, in Section 4 the electromagnetic characteristics of DLSRG is analyzed, in Section 5 the power generation simulation experiment along with the simulation experiment results are presented, and finally, in Section 6, the conclusions are drawn.…”

“…It has the advantages of no wear, no lubrication, low speed operation, and so on [14].When compared with the linear permanent magnet generator, the stator of the linear switched reluctance generator is composed of silicon steel laminated, it does not need to install permanent magnet, it is less affected by the external environment, and it can operate under the bad environment, such as high temperature, high corrosion, and other adverse environments, which is more suitable for ocean wave power generation. In the reference [15,16], the single-sided linear switched reluctance generator system is studied; the mutual inductance coupling linear switched reluctance generator has been studied in the reference [11] to improve the efficiency of power generation; Double-sided Linear Switched Reluctance Generator (DLSRG)is studied in the reference [17], which is used to improve the unilateral magnetic tension problem; in the reference [12]; and the optimal efficiency tracking control of generator is studied in detail, and the two-sided mutual inductance coupled switched reluctance generator is chosen as the object of study, which improves the influence of two-sided magnetic pull force.…”