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Effect Of Wind On Thermal Efficiency Of Heller Dry Cooling Tower

Cooling system

This is achieved in a cooling tower. The Heller cooling tower does not require water
for operation, thus, it is an appropriate system to be used in thermal energy plants all through Iran. Wind is an
environmental issue that unfavorably impacts the performance of a cooling tower. Earlier research
have not thought of real prevailing conditions appropriately; their conclusions are incomplete and, at
occasions, contradictory. The current area examine of the cooling tower at Montazer-Ghaem Energy Plant in
the town of Karaj in Iran investigated the effect of wind on the thermal efficiency of the cooling
tower. Wind velocity was measured using blade-and-cup sort digital anemometers. The course of
the wind round the cooling tower was decided using tufts. Ultrasonic movement meters and resistance
thermometers were used to measure the stream rates and temperatures of the water at the inlet and outlet,
respectively. Results present that, regardless of air suction, no separation occurred on the periphery of the
cooling tower. The front cooling sectors that face the wind and the back sectors that do in a roundabout way
face the wind had been extra thermally efficient. They transferred about 60% extra heat than did the
cooling sectors parallel to the wind direction on the periphery of the cooling tower.

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