1. Blade: Reduce the starting wind speed, enhance the wind catching ability, usually using aluminum alloy or fiberglass, balancing strength and weather resistance. 2. Spindle: a carrier for converting wind energy into mechanical energy, with high strength and torsional resistance. 3. Generator: Convert mechanical energy into electrical energy, usually using magnetic levitation generators, which are very suitable for low-speed operation.

1. Design breakthrough: Redesign the blade profile angle and blade edge optimization, focusing on laminar air capture and thereby enhancing torque. 2. Material breakthrough: Adopting independently developed new generation glass fiber materials, optimizing the proportion of resin, MgO, SiO ₂ and other elements in the composition, making the blades more elastic, with better ductility and a wider range of wind harvesting. 3. Generator breakthrough: Adopting a coreless magnetic levitation generator with low torque and no rotor, even though the efficiency is not as good as a permanent magnet generator at high power, it is already sufficient for household use.

1. Zero friction of bearings: Within the observable range, there is almost zero mechanical friction, which fundamentally reduces the friction loss of the generator and greatly reduces the operating torque. 2. Daily zero maintenance: The power generation function relies on the mutual magnetic field between the electromagnetic coil and the permanent magnet to do work, and there is zero mechanical friction, so that the generator does not need any maintenance during its basic service life. 3. High speed: The upper limit of the speed is much higher than that of the permanent magnet generator, making it less prone to spontaneous combustion and damage at high wind speeds, reducing damage in extreme weather conditions.

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