Energy Harvesting System Design and Analysis Using Biomimicry: A Sustainable Approach for Renewable Energy Applications

Energy Harvesting System Design and Analysis Using Biomimicry: A Sustainable Approach for Renewable Energy Applications

Vishal Jain, Archan Mitra
Copyright: © 2024 |Pages: 24
DOI: 10.4018/979-8-3693-2003-7.ch010
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Abstract

This research explores energy harvesting systems through biomimicry, the practice of emulating natural processes for technological solutions. Addressing the need for sustainable and efficient energy sources, the study investigates the design and performance of biomimetic energy systems compared to conventional methods. Utilizing a mixed-methods approach, including literature review, case studies, and computational simulations, the research evaluates the efficiency, resilience, and environmental impact of these systems. Preliminary findings reveal that biomimetic designs offer enhanced efficiency and reduced ecological footprints, showcasing the potential of nature-inspired approaches in renewable energy. The study highlights the importance of further exploration in this field, particularly focusing on scalability and long-term sustainability.
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Emerging Materials, Technologies, and Solutions for Energy Harvesting

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Background

The Imperative for Sustainable Energy Solutions

A growing demand for energy solutions that are both sustainable and efficient is a defining characteristic of the global energy landscape. A growing number of people are becoming increasingly concerned about climate change and the depletion of fossil fuels, which has led to the rise in importance of renewable energy sources (Ren21, 2020). According to Roundy, wright, and Rabaey (2003), energy harvesting systems are an essential component of this transformation. These systems are responsible for transforming ambient energy, which includes solar, thermal, and kinetic energy, into electrical power that may be utilised.

Biomimicry: A Bridge Between Biology and Technology

According to Benyus (1997), biomimicry is a paradigm shift in technology and design which is characterised by the use of biological processes and structures as a source of inspiration for novel solutions. According to Vincent, Bogatyreva, Bogatyrev, bowyer, and Pahl (2006), this methodology has been effectively used in a variety of sectors, ranging from materials science to architecture, serving as a demonstration of the potential for environmentally responsible and resource-efficient design.

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