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Thermoelectric Materials Market is Expected to Clock a Notable A CAGR of 7.6% and Reach USD 116.97 Billion by 2030

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Market Trends The global market for thermoelectric materials achieved a total worth of $60.00 billion in 2021 and is poised to experience a robust 7.6% Compound Annual Growth Rate (CAGR) in revenue during the projected period. The driving force behind this growth is the increasing demand for renewable energy sources, which is expected to fuel the market’s expansion.

Market Dynamics: Driving Force: Increasing Adoption of Thermoelectric Generators The rising costs of power, concerns related to global warming, and environmental pollution have spurred scientists to concentrate on advancing energy-harvesting-based power generators as a means of mitigating these challenges. The Seebeck effect demonstrates the capacity of Thermoelectric Generators (TEGs) to directly convert thermal energy into electrical energy. Additionally, TEGs operate silently since they lack mechanical components, making them environmentally friendly as they don’t involve chemical compounds. These generators can be manufactured from a variety of substrates, including polymers, silicon, and ceramics. TEGs offer long operational lifetimes, work independently of their positioning, and can be incorporated into both large and flexible devices. TEGs find applications in a wide range of areas, such as aircraft, health monitoring systems, industrial electronics, micro self-powered wireless platforms, and vehicle engines.

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Thermoelectric (TE) devices have found utility in diverse sectors, including the automotive industry, implantable or wearable devices, solar-thermal systems, remote missions, and more. They also serve as temperature sensors, controllers, and gas sensors. Future trends are expected to focus on optimizing and synergistically integrating the valuable attributes of TE materials to further enhance TE performance, making highly efficient TE materials and devices even more advantageous in daily life.

For instance, thermoelectric materials are commonly used in office water coolers and specialized cooling applications that maintain stable temperatures for optical detectors and lasers. Furthermore, they convert heat from radioactive sources into usable power for applications in space exploration.

Limitation: Escalating Prices of Thermoelectric Materials The high cost of thermoelectric devices and the scarcity of high-performance thermoelectric materials hinder their large-scale production. Presently, bismuth telluride alloys represent the best room-temperature thermoelectric materials available, but they are costly due to the substantial content of expensive tellurium. This cost factor serves as a restraint on the market’s revenue growth to some extent.

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Thermoelectric materials, renowned for their applications in high-efficiency cooling, refrigeration, sensing, energy harvesting, and thermopower systems, present a promising solution to the global energy challenge. With the world’s growing dependence on electricity derived from fossil fuels posing risks to both human societies and natural ecosystems, it has become imperative to devise eco-friendly and efficient techniques for converting heat into electricity. Thermoelectric (TE) materials hold the potential to convert heat into electricity, thereby enhancing fuel efficiency and offering a dependable alternative energy source across various applications. By capturing waste heat, TE materials contribute to the exploration of new energy solutions.

Key Highlights: Product Type Analysis: The global thermoelectric materials market is categorized into four product types: bismuth telluride, lead telluride, silicon-germanium, and others. The bismuth telluride segment is projected to contribute the most significant share of revenue during the forecast period. Bismuth telluride is a highly efficient thermoelectric material, frequently used in thermoelectric refrigeration, especially when the heat source operates at moderate temperatures. This material has sparked considerable interest in energy harvesting, chip sensing, chip cooling, and other fields within material science.

Application Analysis: The global thermoelectric materials market is classified based on its application into industrial, automotive, electrical and electronics, healthcare, and others. The waste heat recovery application segment is anticipated to achieve a significantly rapid CAGR in revenue during the forecast period. In 2021, the automotive segment accounted for the largest share of the market. The market for thermoelectric materials has witnessed considerable demand due to the growing need for fuel-efficient vehicles. Regional Analysis: Asia Pacific is poised to hold the largest revenue share of the market during the forecast period. This is attributed to the increasing energy consumption in India and the burgeoning renewable energy sector. For instance, India’s renewable energy capacity reached 150 GW in November 2021, comprising wind (40.03 GW), solar (48.55 GW), bio-mass (10.62 GW), small hydropower (4.83 GW), large hydro (46.51 GW), and nuclear (6.78 GW). India has set a target to reach 500 GW of renewable energy capacity by 2030. Moreover, the rising sales of automobiles and the growing demand for consumer electronics are expected to significantly drive the market’s revenue growth.

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