Water turbine and the fan in the cooling tower.

As the government advocates energy conservation and environmental protection, cooling tower enterprises actively respond to the national policy and strive to make contribution to energy saving and ensure the long-term, sustainable development of the cooling tower industry. As a result, cooling tower energy saving transformation is required to maximize energy saving and environmental protection.

The Theory of Cooling Tower Energy Saving Transformation

The core of the cooling tower energy energy saving transformation is to use water turbines to replace the original motors, reducers, drive shafts and other components, and convert the excessive kinetic energy in the system into mechanical energy to drive the fan to rotate directly.

Cooling Tower Before and After Energy Saving transformation

  • The overall structure layout of the cooling circulating water system remains unchanged, and the circulating water pump conditions, such as the current, remains unchanged.
  • The energy-saving transformation technology of the cooling tower is not a transfer of energy. It will not increase the power of the pump. It only makes full use of the excess energy in the system to push the turbine and drive the fan to rotate to achieve energy saving.
  • After the transformation, the fan input shaft power is unchanged, the fan speed is unchanged, and the air volume remains unchanged under the premise of keeping the other aspects of the cooling tower unchanged.
  • The cooling effect will be better, the outlet water temperature after cooling will be lower and the temperature difference will be larger.

The energy-saving transformation of the cooling tower fundamentally solves the failure caused by the motor, electric control or reducer electric leakage, oil leakage, burning and damage, and ensures the safe and continuous operation of cooling towers while reducing the daily maintenance costs for enterprises.

If you want to carry out energy saving transformation on your cooling tower, please contact us directly.