Disclosed is a technical design and manufacturing method for a living energy cabin. According to the present invention, a terahertz generation device and a far-infrared emitting device are used for performing power amplification, and a product inside the cabin is irradiated to form a standing wave effect so that the product has the function of actively emitting terahertz and far-infrared. The method consists of a wave source, a power amplifier, a radiation point, and a small autonomous radiation pole. The wave source uses the terahertz frequency signal wave source currently available in the market, and the power amplification uses a three-stage tube multistage amplification power amplifier. The radiation point uses a coil oscillation release wave or a light source release wave. The light source is released by a far-infrared light source or a far-infrared irradiation light source is individually added, and other effective wave sources can be superimposed when the product is irradiated. The autonomous radiation pole uses the principle of concentrated wave energy release from sharp points, which can be sharp stainless steel edges and corners in the cabin, or dense multi-point re-reflections such as rhombus crystals to enhance an irradiation pole source.L'invention concerne un procédé de conception technique et de fabrication pour une cabine énergétique revitalisante. Selon la présente invention, un dispositif de génération de térahertz et un dispositif d'émission dans l'infrarouge lointain sont utilisés pour réaliser une amplification de puissance, et un produit à l'intérieur de la cabine est exposé pour former un effet d'onde stationnaire de sorte que le produit ait la fonction d'émission active de térahertz et d'infrarouge lointain. Le procédé consiste en une source d'ondes, un amplificateur de puissance, un point de radiation et un petit pôle de radiation autonome. La source d'ondes utilise la source d'ondes de signal de fréquence térahertz actuellement disponible s
