Not All Magnetocaloric Coolers Are Built the Same
Magnetocaloric cooling depends on two things working well together: the material, and the heat exchange structure it is built into. The right geometry can make a measurable...
Read moreDetailsMagnetocaloric cooling depends on two things working well together: the material, and the heat exchange structure it is built into. The right geometry can make a measurable...
Read moreDetailsWhy Heating and Cooling Need Better Options Heating and cooling are becoming one of the biggest energy challenges of modern...
Read moreDetailsWhy Heating and Cooling Need Better Options Heating and cooling are becoming one of the biggest energy challenges of modern life. Homes need cleaner ways to stay warm. Shops, hospitals, data centers, and factories need...
Read moreDetailsFor over 100 years, refrigerators and air conditioners have relied on vapor compression, a process that uses chemical refrigerants to move heat. While effective, many of these gases are potent greenhouse agents. Magnetocaloric cooling...
Read moreDetailsMagnetocaloric cooling depends on two things working well together: the material, and the heat exchange structure it is built into. The right geometry can make a measurable difference in how much performance they actually shows in practice. The Hidden Bottleneck: The Regenerator The component doing the heavy lifting inside...
Read moreDetailsMagnetocaloric Technology is an independent knowledge platform exploring the magnetocaloric effect and next-generation cooling and heating systems.