Enhance Evaporative cooling for greenhouses for agricuture in hot drty areas

Description.

This air – condition has been designed In a way where thermal exchange is archives, heat in the external surrounding area done with and hence the efficiency of the air - conditioner is increased. To achieve this, the internal frame is divided into two chambers.

The description of the process includes the following:

1 – The internal area of the air conditioners frame contains two chambers : an upper chamber and lower chamber contains two basic elements: a fan and motor. The fan is installed horizontally whereby it sucks air upwards with the air passing through a holed partition which is also installed horizontally. The partition also contains a heat exchange medium, namely a cardboard which is also specially designed for air – conditioners. The cardboard is fixed horizontally a above the holed practitioner.

2 – The lower chamber contains a water tank with level controlled through a float installed at the point of entrance of water supplies the air conditioner with water.

3 - The lower chamber contains a motor and small water pump with water b hose connected to it at the end of which a horizontal water distributer with water distributor is installed to which horizontal water distributor is fixed and which contains many horizontal lines. The distributor i9s fixed on the top of the cooling cardboard and bellow the main fan as shown in the attached drawing.

4 - The longitudinal chamber contains horizontal longitudinal openings on top of water surface for providing sucked air which is sucked by the main fan from below upwards the external part to the internal part of the device.

5 - This air conditioner has been designed for achieving utmost benefit from internal area available. Manufacturing costs.

6 - A small motor operated fan may be installed in the lower chamber above water level at lower tank for providing positive pressure to upgrade the efficiency of thermal heat exchange between the internal surface and external space.

7 - The Thermal exchange Material ( cartoon of the cooling pad ) fixed horizontally may be moistened by the water horizontal distributer.

8 - Water begins to drop after the ( cooling pad ) becomes wet vertically from top downwards to the water tank where the water pump push upwards and so on. The cycle continued throughout the air conditioner.

9 - A solar energy panel may be installed on the external structure and on the top of the tilting surface for transferring solar energy falling on it electrical energy to be stored by battery placed in the internal area.

10 - Internally and the upper part, the frame contains a solar energy battery. Electronic devices are installed for transferring a solar energy current to AC and DC.

11 - The frame can be strengthen by iron or other material angles for fixing the solar energy panel and equipment, The frame can be support the weight of the air conditioner and the additional weight resulting from battery and others.

12 - This air conditioner can be manufacturing in all standard as well as large sizes which suit closed areas , such as rooms, halls. It can be also suit semi- open areas, such as event tents or open areas.

13 - Larger Unit that suit poultry dens or green houses in plastic agriculture can be manufactured. Negative suction of air can take place through separate fans and in this case, fans inside the frame can be replaces by one or two external fans to be fixed on the side facing the air - condition. This manifested in plastic green houses in protecting agriculture.

14 - This type of this air - condition is designed also to placed inside closed rooms as indoor type.