Proposal for IoT Power Supply Using Flexible Power Generation Module for Waste Heat Utilization
A waste heat utilization power generation module built on an ultra-thin flexible substrate that generates power with good adhesion to a cylindrical heat source, achieving high thermal recovery efficiency!
◇ Practical application of the flexible thermoelectric power generation module "Flekina"! ◇ Existing BiTe-based thermoelectric elements with proven performance are mounted on ultra-thin flexible substrates using mature semiconductor technology for high-speed, high-density implementation → Cost reduction ◇ The flexible module structure allows for easy curvature and good adhesion to cylindrical heat sources, enabling high thermal recovery efficiency → Enhanced performance ◇ Provides compact and high-output autonomous power sources for IoT ◇ Available in pipe-wrapping type, flat type, and finless type ◇ Output of over 1mW with a temperature difference of 15-35°C or more between the heat source and ambient temperature, making it suitable for various IoT sensor power supplies ◇ Explosion-proof options are also available (certification application in progress) * For details, please download the PDF or contact us directly.
basic information
1. No battery replacement required ⇒ Reduction in maintenance costs and management expenses 2. High output with excellent cost performance ⇒ Ideal for high-frequency sampling and high vibration frequency sensing, as well as early fault diagnosis 3. Compact and easy to install ⇒ Facilitates consideration and implementation of new IoT systems *For more details, please download the PDF or contact us directly.*
Price information
Please feel free to consult with us.
Delivery Time
Model number/Brand name
Flexible Thermoelectric Power Generation Module "Flekina S1 Series"
Applications/Examples of results
Available for use as a self-powered source for various sensors without maintenance (replacement) required: - Temperature sensor - Vibration sensor - Pressure sensor - Flow sensor - Data logger
