Heat-Pipe Dehumidifier Structure for Low-Power Humidity Control

The dehumidifier is divided into multiple independent dehumidification modules, each capable of operating autonomously. This segmentation allows the system to achieve high total dehumidification capacity through parallel operation of multiple units, while each individual module consumes less power, improving overall energy efficiency.

The dehumidification modules utilize passive heat pipe technology for heat transfer without requiring external power input for the heat transfer process itself. The system serves itself by using the temperature difference and phase change of the working fluid to drive the dehumidification process, significantly reducing power consumption while maintaining high dehumidification capacity.

The invention merges the advantages of heat pipe technology (high efficiency, passive operation) with Peltier element technology (low power consumption, compact size). The hybrid design combines the high heat transfer efficiency of heat pipes with the electrical-driven cooling of Peltier elements, achieving both low power consumption and high dehumidification capacity simultaneously.

The dehumidifier employs composite construction combining different materials and technologies - the heat pipe sections use specific working fluids and thermal conductive materials, while the Peltier sections use semiconductor materials. This composite approach allows the system to leverage the strengths of each material type to achieve optimal performance in both power consumption and dehumidification capacity.