In the hot summer, the temperature often exceeds 40 degrees Celsius, and such an environment has a huge impact on gas generator sets.

 

Understand the impact of high temperature on gas generator sets.

In a high temperature environment, the cooling system of the generator set will be seriously affected. The temperature of the coolant will increase, resulting in a decrease in the cooling effect, which in turn reduces the working efficiency of the engine and may even cause the engine to overheat and damage. In addition, high temperature will accelerate the aging of the engine oil, reduce the lubrication effect, and increase the wear of the engine.

 

In order to meet these challenges, we can take a series of anti-high temperature measures.

The first is to keep the equipment clean. In summer, there is a lot of dust, which accumulates on the surface of the engine and cooling system, which will affect the heat dissipation effect. Regular cleaning can greatly improve the heat dissipation efficiency.

 

The second is to check and maintain the cooling system. Make sure that there is enough coolant, there is no leakage in the cooling system, and replace the aged coolant in time. For components such as fans and radiators, regular inspection and maintenance should also be carried out to ensure their normal operation.

 

In addition to the maintenance of the equipment itself, the control of ambient temperature is also very important.

Whenever possible, try to place the gas generator set in a well-ventilated and relatively low temperature environment.

 

Using shade cloth or building awnings can also effectively reduce the temperature around the equipment.

In addition, arranging working hours reasonably and avoiding running equipment during high temperature periods are also good ways to mitigate the impact of high temperatures.

 

By implementing the above measures, we have seen positive results.

For example, after a power station took strict anti-high temperature measures in summer, it successfully avoided equipment failures caused by high temperatures and ensured stable power supply throughout the summer.