| 摘要 |
The automated dehydration chamber includes a solar system which is supported by a high efficiency heater in case of required. The optimum operation conditions, within the chamber, for dehydrating the product, such as temperature, humidity, speed and time, are controlled automatically from a control box, which actuates the manipulation pumps, opens and closes fluids, increases and reduces the fans speed, activates the dehumidification system. A heat transferring system was designed for acquiring a maximum efficiency in the dehydrated products, which allows the temperature and humidity to have the same value in any inner point of the chamber. The inventive chamber provides a substantial saving to the dehydration process using solar systems and a highly efficient control of the parameters required by the process. Besides contributing to the environment, the solar systems provide most of the energy and/or the whole energy required in the dehydration process. The chamber was built with hig hly efficient thermal materials for minimizing power loses; the fluid circuits and the accessories inside and outside the chamber were arranged for achieving a high efficiency in the heat transmission, and avoiding energy loses.
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