top of page
landscape of glacier in mountains.jpg

How It Works:

Our product combines advanced thermoelectric technology, solar power, and cutting-edge design to deliver a highly efficient, sustainable cooling experience. At the core of our cooler is a thermoelectric module that uses the Peltier effect to create a temperature difference, efficiently transferring heat from the cooler’s interior to the outside. This technology allows us to maintain a consistent temperature without the need for traditional refrigerants or high-energy-consuming compressors.

Powering this system is a high-efficiency solar panel, which harnesses the sun’s energy to recharge a lithium-ion battery storage unit. This ensures that your cooler is always ready to perform, even in remote locations. When the temperature inside the cooler rises above the desired level, the system automatically kicks in, drawing power from the battery or solar panel to activate the thermoelectric modules and cool the contents quickly. This eco-friendly design ensures that your cooler operates with minimal environmental impact while maintaining high performance.

Energy-Efficient Design

Our cooler leverages the power of thermoelectric technology, which consumes significantly less energy than traditional refrigeration methods. Paired with a high-efficiency solar panel, the cooler operates sustainably, harnessing solar energy to recharge the battery and reduce dependence on external power sources.

ChatGPT Image Mar 28, 2025, 06_25_26 PM.png
bottom of page