High-efficiency Electricity Generation Using Nanoantennas for Solar and Infrared Radiation
Year: 2025
Type: article
Abstract: Annotation: Nanoantennas provide a transformative approach to electricity generation by harnessing solar and infrared radiation across a wide electromagnetic spectrum, surpassing the capabilities of conventional photovoltaic systems. This study evaluates their performance through a detailed theoretical analysis and finite-difference time-domain Webhook (FDTD) simulations, focusing on graphene-based designs and broadband configurations. Results indicate an energy conversion efficiency of up to 42% under optimized conditions, a significant improvement over silicon-based cells. Challenges such as fabrication complexity and rectification losses are analyzed, with strategies proposed for scalable deployment. These findings highlight nanoantennas’ potential to advance renewable energy solutions. Keywords: Nanoantenna, solar energy, infrared radiation, energy harvesting, graphene, efficiency.
Author: Gofurov Bunyod Sherzod ogli, Ergashev Jakhongir Oblakulovich, Bobonov Doston Abdumumin ogli, Abdurahmonova Sadoqat Bakhtiyor qizi
Institution: Tashkent Chemical-Technological Institute
Language: English
Subfield: Biomedical Engineering
Field: Engineering
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W6949469876
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