2016 International Symposium on Electrical Engineering, ISEE 2016, Hong Kong, 14 December 2016Since the wave energy power generation has a low voltage output and poor stability in low speed, the scheme of a compensation power generation scheme of two bilateral asymmetric linear switched reluctance generators (BALSRG) is proposed. The mathematic model of the BALSRG is derived and machine characteristics are investigated. Two control methods are discussed and compared. Experiment results demonstrate that the voltage capacity and control accuracy can be improved.Department of Electrical Engineerin
Wave energy conversion is a promising alternative to produce clean energy from the huge available re...
Abstract The dynamic model for a bidirectional driven float-type wave power generation system design...
This paper proposes an advanced nonlinear control algorithm to manage active power and voltage provi...
This paper discusses about the voltage output ripple reduction and error minimization for the direct...
In this paper, to study the load characteristics of the asymmetric bilateral linear switched relucta...
As a clean and renewable energy source, wave energy is of great significance in solving primary ener...
The purpose of the paper is to investigate the application of a Switched Reluctance Generator (SRG) ...
This paper describes the design of a double-sided linear switched reluctance generator for use in wa...
One of the key challenges in wave energy conversion is the improvement of the Power Take-Off (PTO) s...
As nowadays the electrical generation sources are moving so fast from fossil to renewable energy sou...
This article presents an adaptive control algorithm for power quality enhancement of a synchronous r...
This paper addresses the control of a Tubular Linear Switched Reluctance Generator (TLSRG) with appl...
[[abstract]]This paper presents the establishment and voltage feedback control for a switched-reluct...
The purpose of the paper is to investigate the application of a Switched Reluctance Generator (SRG) ...
This paper presents a general comparison between various types of linear generators for wave energy ...
Wave energy conversion is a promising alternative to produce clean energy from the huge available re...
Abstract The dynamic model for a bidirectional driven float-type wave power generation system design...
This paper proposes an advanced nonlinear control algorithm to manage active power and voltage provi...
This paper discusses about the voltage output ripple reduction and error minimization for the direct...
In this paper, to study the load characteristics of the asymmetric bilateral linear switched relucta...
As a clean and renewable energy source, wave energy is of great significance in solving primary ener...
The purpose of the paper is to investigate the application of a Switched Reluctance Generator (SRG) ...
This paper describes the design of a double-sided linear switched reluctance generator for use in wa...
One of the key challenges in wave energy conversion is the improvement of the Power Take-Off (PTO) s...
As nowadays the electrical generation sources are moving so fast from fossil to renewable energy sou...
This article presents an adaptive control algorithm for power quality enhancement of a synchronous r...
This paper addresses the control of a Tubular Linear Switched Reluctance Generator (TLSRG) with appl...
[[abstract]]This paper presents the establishment and voltage feedback control for a switched-reluct...
The purpose of the paper is to investigate the application of a Switched Reluctance Generator (SRG) ...
This paper presents a general comparison between various types of linear generators for wave energy ...
Wave energy conversion is a promising alternative to produce clean energy from the huge available re...
Abstract The dynamic model for a bidirectional driven float-type wave power generation system design...
This paper proposes an advanced nonlinear control algorithm to manage active power and voltage provi...