A Chinese company has successfully tested the world's largest inflatable wind turbine.

According to foreign media, the S1500, which looks like a floating ship, is the world's largest airborne wind turbine. It recently became the first device of its kind to generate 1 megawatt of electricity during a test flight.

Wind turbines that generate electricity from the wind are already a big part of China's green energy strategy, but China is constantly looking for new ways to reduce the cost of generating electricity and improve its efficiency.

With this in mind, China has developed a new type of balloon-like wind turbine that can not only generate large amounts of electricity but can also be easily moved from one place to another.

The S1500 Hawaiian Wind Turbine Power System is as tall as a 13-story building and as long as a basketball court. It looks like a giant floating aircraft engine and can operate at altitudes of 1,500 meters, where winds are stronger and more stable than on the ground, while traditional windmill towers are typically 200 meters high.

This wind turbine system has been developed by Beijing Linyi Yunchuan Energy Technology Co., Ltd., and consists of a large helium-filled gas bag surrounded by a ring-shaped wing system, which controls the stable winds at high altitude and rotates the rotor. This system has 12 100-kilowatt generators, which continuously transmit the generated electricity to systems on the ground through cables.

A turbine that generates electricity from flowing water

The main advantage of wind turbines is that they do not require the construction of large metal towers or rotors, which can reduce the cost per kilowatt of electricity by about 30 percent. In addition, their balloon-like design also makes them extremely easy to transport over long distances.

Beijing Linyi Yunchuan Energy Technology Co., Ltd. plans to start mass production of S1500 wind turbines next year, but it still faces some challenges, such as government regulations, safety standards, maintaining the system's stability in severe weather, and the durability of its components.