A flexible thermoelectric power generation module that excels in practicality and can be applied to various low-temperature waste heat sources!
"Furekina(R)" is a flexible thermoelectric power generation module that addresses the challenge of low adhesion to low-temperature waste heat sources (the outer side of cylindrical exhaust pipes) found in conventional products, which hinders efficient heat recovery. It is highly anticipated as a self-sustaining power source essential for responding to SDGs through energy conservation and for building an IoT society. [Features] - Low cost: Existing BiTe-based thermoelectric elements are implemented on an ultra-thin flexible substrate using semiconductor mass production technology. - High performance: The flexible structure allows for easy attachment with good adhesion to cylindrical thermoelectric sources. *For more details, please download the PDF or feel free to contact us.
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【Lineup】 ■M1 Series: 150°C heat resistance ■M2 Series: 250°C heat resistance (in development) *For more details, please download the PDF or feel free to contact us.
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Our company, based on our extensive experience in the semiconductor business and unique technology related to thermoelectric power generation, aims to efficiently convert and recover the vast amounts of low-temperature waste heat (approximately 300°C or lower) that exists on Earth, promoting the spread of thermoelectric power generation and facilitating the efficient use of energy, thereby contributing to the establishment of a sustainable society. We mainly develop products such as the flexible thermoelectric power generation module "Flequina(R)" with high heat recovery efficiency. Please feel free to contact us if you have any inquiries.
