The ambient temperature of the generator itself during normal use should not exceed 50 degrees. If the normal temperature has reached more than 40 degrees, and the diesel generator itself will emit a lot of heat when in use, the generator room will not be properly ventilated. So good, the temperature in the computer room will definitely rise, and the generator will of course go on strike. Therefore, it is recommended that the customer open all the doors and windows of the generator room and replace all the hot water in the water tank with cold water. The temperature of the generator room will immediately drop and the generator set can be used normally.
What is the maximum wind force that a 20kw wind turbine can withstand?
The difference in air temperature between the inlet and outlet of the generator is related to the heat taken away by the air and the amount of air. In addition, it is also related to the temperature and amount of cooling water. Under the same load, the temperature difference between the inlet and outlet air should remain unchanged, which can be compared with previous operating records. If it is found that the wind temperature difference becomes larger, it means that the internal loss of the generator has increased, or the air volume has decreased. Attention should be paid, and the reasons should be checked and analyzed. The sudden increase in the internal loss of the generator may be caused by a disconnection of a welding head somewhere in the stator winding, damage to the insulation between strands, or local high temperature in the iron core. The reduced air volume may be due to reasons such as the cooler or air duct being blocked by dirt.
The amount of wind force a wind turbine can withstand has little to do with the W number of the wind turbine itself. That is to say, the wind resistance capacity of a 300W wind turbine and a 20KW wind turbine may be the same. It is just the large wind turbine itself. The larger the size, the more reliable it is, which has a greater relationship with the performance of the fan itself
The wind resistance of general fans is around 25M/S dynamically and statically around 50M/S