Equipped with sensors, TC-1, thermometer, etc.! A dedicated container for outdoor measurements is also sold separately.
Our company offers the IoT autonomous power supply (battery) 'TC-1', which is equipped with a thermoelectric power generation module that utilizes the daily temperature difference and combines it with a high-performance boost IC. By harnessing the daily temperature fluctuations, it generates power simply by being installed outdoors. In Japan, with an average daily temperature difference of 8 to 12°C, it can generate an average of 50 to 100 mV. It does not rely on light sources such as sunlight at all, allowing it to generate and charge power in areas without light, such as the interior of forests, the northern or lower parts of large infrastructures like bridges and dams, and even in manholes of sewage pipes or within household meter boxes, regardless of day or night, by creatively adjusting the installation method. 【Features】 - Can charge major Japanese IoT secondary batteries with default settings - Adopts a bipolar boost IC, allowing charging regardless of day or night - Equipped with a heat storage agent that responds to temperature changes from 0°C to 30°C, suitable for major regions in Japan - The power generation part is licensed from patented technology of the National Institute of Advanced Industrial Science and Technology - Hybrid power supply using a power switching IC is also possible *For more details, please download the PDF or feel free to contact us.
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【Expected Use Cases】 ■ River Water Level Monitoring ■ Sewage Water Level Monitoring ■ Sediment Disaster *For more details, please download the PDF or feel free to contact us.
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Our company is a venture that aims to implement the thermoelectric power generation equipment developed by the National Institute of Advanced Industrial Science and Technology (AIST) into society. In addition to the manufacturing and sales of standalone thermal cycle autonomous generators, we also aim to develop information collection terminals that integrate all functions for thermoelectric power generation and other data collection in the future. We sincerely appreciate the guidance and cooperation of everyone involved.