Self-sustaining power supply system utilizing waste heat "S1-P Series"
Flexible waste heat power generation module "FlekinaⓇ M1" equipped with a self-sustaining power supply system utilizing waste heat.
Utilizing the thin and flexible structure of "FrekinaⓇ", we achieve high thermal recovery from cylindrical and flat heat sources. We provide compact and high-output autonomous power supplies for IoT applications. ◇ Pipe-wrapped type / Flat type / Finless type ◇ Output of over 1 mW with a temperature difference of 15-35℃ or more between the heat source and the surrounding environment, ideal for various IoT sensor power supplies ◇ Explosion-proof options are also available (certification application in progress)
basic information
◇An IoT autonomous power supply system that can be easily attached to pipe-shaped waste heat sources, equipped with the world's first 150°C heat-resistant flexible thermoelectric power generation module "FlekinaⓇ M1" ◇Compact and capable of high output, while significantly reducing maintenance costs ◇Available in two types: S1-P001B/S1-P002B. Compatible with 25A pipe heat sources, providing outputs of 10mW/180mW at a temperature difference of 50°C The output voltage is 3.3V (S1-P001B) and 12V (S1-P002B) ◇One autonomous power supply can drive multiple temperature sensors, vibration sensors, data loggers, and wireless communication modules ◇Enables the operation of power-hungry pressure sensors and flow sensors, which have been difficult to power with batteries until now ◇Can be changed to capacitors upon consultation ◇Can be converted to other operating voltages according to the specifications of the power supply device upon consultation
Delivery Time
OTHER
Applications/Examples of results
For more details, please refer to the PDF document or feel free to contact us.
Detailed information
Line up（5）
| Model number | overview |
|---|---|
| S1-P001B | High-efficiency heat recovery from exhaust pipes, low temperature difference drive type For IoT, 10mW (3.3/5V) |
| S1-P002B | High-efficiency heat recovery from exhaust pipes, low temperature drive type For IoT, 180mW (9/12V) |
| Hot Water Waste Heat Utilization Standalone Power Supply | [Specifications] Energy-saving/For IoT (24V 20–40W/m) [Features] 1. Power recovery from previously unusable hot wastewater 2. Easily obtain power even outdoors (eliminates the need for costly wiring installation) 3. Operates with air cooling (no need for cooling water piping) |
| Excess Steam Utilization Standalone Power Supply | [Specifications] For energy saving (40kW) [Features] 1. Excellent cost performance with high heat recovery efficiency due to unique structure and manufacturing method 2. High reliability with seamless pipes 3. High design flexibility |
| Heat Exhaust Gas Utilization Standalone Power Supply | [Example Specifications] Power generation amount 200W, pressure loss 200Pa, exhaust 350℃, 300㎥/h, cooling water 20℃, 5L/min [Features] 1. Unique structure with "heat collection core" and "Flexina" for high-efficiency heat recovery from exhaust waste heat 2. Efficient power generation with water cooling [Applications] Factory lighting, power supply for surveillance cameras, battery charging |
