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1.It uses water other than electricity to drive the fan., 2.100% energy-saving and low maintenance cost. - details see: https://www.machineto.com/cooling-tower-water-turbine-10240480

1. Technical Principles

Hydraulic fan, as the name suggests, it is to use water other than traditional electricity to drive the fan. In hydraulic fan cooling tower, hydraulic turbine is used to replace motor as the power source for fan. Driving force for running hydraulic turbine comes from surplus energy of the system.

2. Technical Advantages

1) Visible effects, 100% energy saving of fans and motors, and the recovery period is about one and a half years.

2) Eliminate all the electrical systems, which leads to easy maintenance, low failure rate, and high safety performance.

3) Low maintenance costs.

4) Short reconstruction period, with no major change in entire circulating water system, can usually be completed within 7-10 days.

5) Double water inlets reduce vibration and noise.

6) High energy utilization rate of the system surplus energy, with the total utilization rate of about 90%.

7) Push the water pump operating point to the high efficient area, so as to operate at the best conditions, while saving energy,

it also extends equipment use life.

Comparison Table of Power Consumption between Traditional Cooling Tower and Water Kinetic Energy

Cooling Tower

Cooling Tower Specification (Ton/Hour)	Fan Power (KW)	Daily Power Consumption of Fan (KWH)	Annual Power Consumption of Fan (KWH)	Power Consumption of Water Kinetic Energy Cooling Tower (KWH)	Energy-saving Efficiency (RMB/10,000)
1,000	45	1,080	356,400	0	19.60
2,000	90	2,160	712,800		39.20
3,000	132	3,168	1,045,440		57.50
4,000	160	3,840	1,267,200		69.70
5,000	200	4,800	1,584,000		87.12

Performance Comparison Table

Comparison Items between Traditional Cooling Tower and Water Kinetic Energy Recovery Cooling Tower	Traditional Cooling Tower	Water Kinetic Energy Recovery Cooling Tower
Water	It is necessary to compensate water often	It is unnecessary to compensate water often
Electricity	Every one hundred tons circulating water consumes 4-6 KWH power each hour.	No power consumption
Operating Cost	High	Low
Reliability	It is necessary to often carry out routine maintenance for electric motor and reduction gear box	It is unnecessary to often carry out routine maintenance for electric motor and reduction gear box
Safety	It is necessary to equip with explosion-proof motor and electric control device	It may work in any areas which require explosion-proof
Environmental Protection	Water drift, nose, and vibration impact on the environment	No pollution
Cooling Effect	Good	Good
Water Drift Rate	Higher	Lower
Applicability	Suitable for any circumstances which require mechanical ventilation cooling tower	Suitable for any circumstances which require mechanical ventilation cooling tower
Mechanical Noise	Large	Little