比较Ener-G-Rotorsvs隆德AB Nanofreeze技术

Nanofreeze技术隆德AB是18岁和总部设在瑞典。

通过一些措施,今天所有的能源消耗超过60%作为余热正在消失。Beakon技术是把瑞典物理领域的发明专利热电用于可持续的人类生活的好处,帮助世界将废热,无论它发生时,回有用的电能。这项技术也可以应用于更多的能量高效的冷却和加热,更换压缩机使用它们的地方。在当今社会能源消耗不断增加,成为最重要的使用能源尽可能高效。今天,公司只使用1/3的能量,其余成为废热。目前的解决方案是基于非可再生自然资源,除了快速排水对公司也有很大的负面环境影响的世界。是结果重要的科学家开发可持续能源系统基于太阳,内心的惰性和地球的运动。冷却和能源芯片Beakon的创新,是一个重要的贡献在寻求一个可持续的能源系统。效率高的芯片可以将热能转换为电能,从而将废热转换成有用的电能。芯片也可以用作热泵。 There are many applications for a thermoelectric chip with efficiency equivalent to today's compressors, but with advantages such as form factor, reliability, silent, environmentally friendly and simplicity to stabilize temperatures. The uniqueness of the core technology of Beakon Technologies is that it addresses the greatest problem of today's thermoelectric elements (Peltier element), the low efficiency. There are two competing heat carrying processes; one being the desired flow of electrons transporting heat in the intended direction and the other being the undesirable flow of phonons in the opposite direction which increases proportionally to how hard the Peltier element tries to pump electrons in the desired direction. The Beakon Technologies element contains a nano-scale "phonon trap", which hinders phonons creating the competing flow. Calculations show that the Beakon Technologies element has the potential of delivering 10-15 times higher energy efficiency than the Peltier elements of today, and 30% higher efficiency than today's compressors.