1.Security. Using the vertical blade and triangular double-fulcrum design, the main force points concentrated in the hub, so blade lose, broken and leaf flying-out and other issues have been a better solved.
安全性。采用了垂直叶片，主要受力点集中于轮毂，因此叶片脱落、断裂和叶片飞出等问题得到了较好的解决；

2.Noise. The use of horizontal rotation and blade application aircraft wing design, making the noise reduced to an unperceivable level in natural environment.
噪音。采用了水平面旋转以及叶片应用飞机机翼原理设计，使得噪音降低到在自然环境下测量不到的程度； 

3.Wind resistance. Horizontal rotation and triangular double fulcrum design make it only bear a small wind pressure, so that it can withstａnd 45 m/s super typhoon. 
抗风能力。水平旋转和垂直平板叶片原理，使得它受风压力小，可以抵抗每秒45米的台风； 

4.Rotation radius. Because of its design structure and special operating principle, it has a smaller radius of rotation than other types of wind turbines, it saves space, while improving efficiency.
回转半径。由于其设计结构和运转原理的不同，比其他形式风力发电具有更小的回转半径，节省了空间，同时提高了效率； 

5.Power generation curve characteristics. Start wind speed is lower than other types of wind turbines, the power generation increasing rate is relatively gentle, so between 5 to 8 meters wind speed range, it could produce 10% ~ 30% power than other types of wind turbines.
发电曲线特性。启动风速低于其他形式的风力发电机，发电功率的上升幅度较平缓，因此在5～8米风速范围内，它的发电量较其他类型的风力发电机高10%～30%； 

6.Effective wind speed range. special control principle makes its effective wind speed range expened to 2.5 ~ 25m / s, in the maximum use of wind resources, obtain a higher power generation, improve wind power investment economics.
利用风速范围。采用了特殊的控制原理，使它的适合运行风速范围扩大到2.5～25m/s，在限度利用风力资源的同时获得了更大的发电总量，提高了风电设备使用的经济性； 

7.Brake device. The blade itself has speed protection, and can configure manual mechanical and electronic brake meantime, in the absence of typhoon and super gust area, manual brake is enough.
刹车装置。叶片本身有转速保护，同时可配置机械手动和电子自动刹车两种，在无台风和阵风的地区，仅需设置手动刹车即可；