Peltier Module Controllers

The Adaptive energy harvesting kit is optimised for either a very low input voltage thermoelectric generator (TEG) or a photovoltaic source. Maximum power point tracking (MPPT) technology and a high efficiency boost converter have also been added to energy harvesting board in the kit for optimum operation. The Adaptive energy harvesting kit is a complete solution for energy harvesting, storage and management. The kit allows you to test energy harvesting designs and solutions and it is suitable for designers, developers or hobbyists. It can also be used to provide an additional power source for RaspberryPi, Arduino, BBC Microbit and BeagleBone projects. Thermoelectric and photovoltaic energy harvester Power rail controller Sectioned for three independent functions MPPT technology High efficiency boost converter

Supercool Peltier Control Modules PR-59 Series Temperature Controller The PR-59 series temperature controller is specially designed for reversible (cooling/heating) control of thermoelectric assemblies requiring precise temperature control accuracy. The PR-59 controller not only regulates the temperature, but additionally features two programmable fan outputs as well as an alarm output relay. The PR-59 controller can be used as a stand-alone unit interface with RS-232 to read and control parameters and settings in real-time. The controller also includes easy-to-use PC software for both programming and visual review of output parameters. BC-20 Series Serial Transistor Controller The BC-20 series serial transistor controller provides accuracy and efficiency at a low cost point. Featuring ON/OFF mode as standard but can additionally be used in a proportional regulation mode (option) should greater efficiency and temperature stability be required. The BC-20 features a trim potentiometer on the PCB which enables temperature adjustments to be made, as well as voltage protection for battery-operated systems. Features and Benefits: • Operation in cooling and heating modes • Regulation mode is user selectable and configurable (PID, ON/OFF, POWER) • Input power range can accommodate 11-30 Vdc • Programmable set point (via pc, or potentiometer) • Outputs are available for fans, thermoelectric module, NTC thermistors or PT1000 sensors, alarm and LEDs • RS-232 communication • Graphical User Interface that runs on Windows (does not run on Windows 7) Power Consumption (max) 50W Input Voltage +12 → +30Vdc Maximum Load 15A or 450W Control Temperature -20 → +100°C Thermoelectric Accessories

The Adaptive® energy harvesting board has been designed for energy harvesting, storage and management. The PCB is optimised for either a very low input voltage thermoelectric generator (TEG) or a photovoltaic source. The Adaptive® energy harvesting board ADEH-P-A is optimised for either a very low input voltage thermoelectric generator (TEG) or a photovoltaic source. Maximum power point tracking (MPPT) technology and a high efficiency boost converter have also been added for optimum operation. The board is a PCB that has been optimised for electrical power generation from heat energy, produced by a TEG or a solar panel. Both of which can be bought online. Power rail controller Sectioned for three independent functions MPPT technology High efficiency boost converter

The Adaptive® energy harvesting board has been designed for energy harvesting, storage and management. The board is optimised for either a very low input voltage thermoelectric generator (TEG) or a photovoltaic source. The board can be used as part of an energy harvesting circuit, as a component or for prototyping and testing. Maximum power point tracking (MPPT) technology and a high efficiency boost converter have also been added for optimum operation. The energy harvesting circuit board is a PCB that has been optimised for electrical power generation from heat energy, it can be used to create a circuit powered by thermal or solar energy harvesting Power rail controller Sectioned for three independent functions MPPT technology High efficiency boost converter