Description

This Master Prompt examines electrical energy generation, conversion, storage, and management, with particular emphasis on renewable energy technologies and coupled thermal–electrical performance. It covers photovoltaic modules, bifacial solar panels, photovoltaic–thermal systems, maximum power point tracking, thermal management, energy conversion efficiency, electrical load optimization, and integrated energy storage. The theme also addresses lithium-ion battery electrical characteristics, thermal behaviour, ageing, degradation monitoring, interconnection design, and performance evaluation. Research methodologies include electrical equivalent circuit modelling, computational fluid dynamics, thermal simulation, experimental characterization, energy and exergy analysis, sensitivity assessment, and multi-objective optimization. Particular attention is given to the influence of cooling strategies, heat sinks, operating temperature, electrical loading, and environmental conditions on system efficiency and reliability. The objective is to provide comprehensive research workflows for improving electrical energy performance, developing efficient thermal management strategies, assessing storage-system degradation, and optimizing sustainable energy technologies.