Renewables and Efficiency

Solar PV array reconfiguration under partial shading conditions for maximum power extraction using genetic algorithm

This paper presents Genetic Algorithm based reconfiguration scheme for the arrangement of PV modules in a PV array which exhibits increased array power generation under partially shaded conditions. The reconfiguration technique involves changes in the electrical interconnections for shade dispersion keeping the physical location of the PV modules unchanged. The …

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Energy Conversion: Technological Aspects and Ethical Considerations (Green Energy and Technology)

This book provides a unique multi- and interdisciplinary approach to energy conversion technologies by shedding light on the topic from both technological and ethical perspectives. It applies these concepts to examples of engineering problems related to energy conversion – an internal combustion engine and a fuel cell – in order …

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Conventional architectures of the renewable energy based Hybrid Power Systems are majorly associated with power quality issues as discussed in Section II. This is the primary concern which leads for the novelty in this paper. The paper is focused on the d

Conventional architectures of the renewable energy based Hybrid Power Systems are majorly associated with power quality issues as discussed in Section II. This is the primary concern which leads for the novelty in this paper. The paper is focused on the design of renewable energy based HPS with power quality …

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Power Losses in Long String and Parallel-Connected Short Strings of Series-Connected Silicon-Based Photovoltaic Modules Due to Partial Shading Conditions

The effects of partial shading on Long string. Parallel strings. and Multi-string PV power generators have been investigated by using an experimentally verified simulation model based on the well-known one-diode model of a PV cell. Partial shading was varied with respect to system shading and shading strength. which represent the …

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Frequency regulation in hybrid power systems using particle swarm optimization and linear matrix inequalities based robust controller design

In this paper. the LFC problem was presented using several control algorithms for the power system consisting of different energy sources. The new contribution of this research was the successful simulation of the proposed PSOLMI controller. demonstrating superior performance as compared to other controllers. The results illustrated superior control effort …

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