Eolic Windmill Maglev Vawt Wind Turbine With Smart Controlling function

Eolic Windmill Maglev Vawt Wind Turbine With Smart Controlling function

Vertical Axis Maglev Wind Turbine is a breakthrough in wind power technology. It’s Honor Eco who made magnetic levitation technology used in wind turbine for the first time. This creates a milestone and fulfills important breakthrough in the history of small and medium wind turbine development. The maglev technology improves the efficiency of wind power 35% compared to traditional horizontal axis wind turbine.

That is why it has  been widely used for Off-Grid Eolic Turbine With Smart Controlling function.

Technical Specifications

Environment:

​• Zero emission

• Synergy with Solar and Geothermal systems

• Dual colors make it easy for bird identification in order to prevent collisions (Animal-friendly)

Installation:

• Easy Installation: System can be assembled within one hour

• No welding

• Single or multiple unit connection for bigger power production

• Easy connection with PV systems

Design:​

• Gearless design: no need to replace worn-out or broken gear

• Brushless: motor brushes making high failure items results in regular replacements

• Bearing-free design: no need to lubricate or to replace worn-out bearings

• Magnetic levitation design: reduces rotational resistance to enhance power generation as well as prolong the turbine life.

• No yaw or furling mechanism required: allows for peak power output at any wind speed

• No cogging torque for cutting-in at low wind speed

• Direct-drive: Extends product life

• Blades can start rotating at very low wind velocity of 2.2 mph (1 m/s)

• Space-saving, aerodynamic airframe

• Heavy duty and industrial level construction

   Off-Grid Eolic Windmill Turbine With Smart Controlling function

Control:

• Intelligent control system has automatic protective functions to lower rotational speed

   in case of so strong wind as hurricane

• Real-time remote monitoring system can monitor and acquire data and equipment performance.