Off-grid
Model: P-5000
Mill diameter: 400cm
Blade length: 460cm
Min working wind speed: 4m/s
Max working wind speed: 25m/s
Rating wind speed: 12m/s
Safe wind speed: 55m/s
Rating power: 5000W
Rating output: DC 110V
Governed speed style: Pitch angle
Brake style: Auto
Pillar high: 550cm
Mill weight: 980kg
In-grid
Model: P-1000-G
Mill diameter: 180cm
Blade length: 200cm
Min working wind speed: 4m/s
Max working wind speed: 25m/s
Rating wind speed: 12m/s
Safe wind speed: 50m/s
Rating power: 1000W
Rating output: DC 80~400 V
Governed speed style: Pitch angle
Brake style: Auto
Pillar high: 550cm
Mill weight: 200kg
News
HAZARDS AND SOLUTIONS OF PIN HOLES IN SURFACE OF WIND TURBINE BLADES 2
In addition to its structural factors, the factors causing water seepage of wind turbine blades also include the above-mentioned sand hole and coating crack. All the structural factors will not be discussed in this article. Because problems of coating crack are related to the entire coating accessory, they won't be discussed for the moment either.
HAZARDS AND SOLUTIONS OF PIN HOLES IN SURFACE OF WIND TURBINE BLADES 2
In addition to its structural factors, the factors causing water seepage of wind turbine blades also include the above-mentioned sand hole and coating crack. All the structural factors will not be discussed in this article. Because problems of coating crack are related to the entire coating accessory, they won't be discussed for the moment either.
HAZARDS AND SOLUTIONS OF PIN HOLES IN SURFACE OF WIND TURBINE BLADES 1
With the rapid development of the wind energy industry, more and more wind turbine blade factories, main engine factories and even wind fields gradually increase their requirements in appearance and performance of wind turbine blades. To eliminate the negative impact of pin holes in surface is one of the basic requirements.
In the manufacturing process of wind turbine blades, surfaces of wind turbine blades may inevitably have some pin holes.


