The world's most economical solar drying system
You can have our Enge Solarbox Solar Heating System, the most efficient and economical heating system in the world, by Leasing (Financial Leasing).
Solar Drying Systems are systems that are becoming increasingly common all over the world in obtaining hot air with the increase in energy costs in recent years. The resulting hot air can be used in drying and heating systems. Depending on the air flow and the number of collectors, the air temperature is above 60°C (for a solar drop of 1000 W/square metre). This temperature is also a temperature that can be easily used in fruit, vegetable, plant and grain drying systems. In our system, hot air is obtained with our own production ENGESOLARBOX supported solar air heaters. These systems, called hot air collectors, operate on the principle that cold air enters from the lower part and exits as hot air from the upper part. This system performs the drying process only with the heat and light energy it receives from the sun and does not need any other energy. ENGESOLARBOX produces the necessary electricity and heat energy itself by means of solar collectors. It dries a wide variety of fruit, vegetable, plant and grain products in a shorter time and more hygienically without changing their natural color, smell, aroma and without exposure to environmental pollutants.
After the prepared products are placed in the baskets in the drying room, the system is activated. 100% fresh and hot air obtained from solar energy is passed through Solarbox heat panels and is protected from external factors thanks to the filter. Fresh and hot air is distributed homogeneously to the drying room with air channels that do not form bacteria.
Almost any fruit, vegetable, plant and grain can be successfully dried with ENGESOLARBOX. Food is sliced into thin strips or slices, taking care not to overlap inside the dehydrator. Baskets placed on shelves designed for this process should be used. Below you can find examples of products that can be dried with our system:
