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China is planning a two-head wind turbine with an output of around 50 megawatts. It is intended to reduce costs and at the same time generate 15 times more energy than comparable systems.
The Chinese turbine manufacturer Ming Yang Smart Energy hate has developed a dual rotor system that could solve challenges in the offshore industry. With a 50 megawatt two-head turbine, the company wants to exceed its renewable energy goals in the medium term.
Ming Yang Smart Energy has already commissioned a twin-rotor turbine called OceanX, which consists of two 8.3 megawatt turbines. These turbines are installed at an angle on 219 meter high towers on a floating platform. In comparison, the best turbines at the Moresea 1 wind farm in the UK generate nine megawatts.
Chinese manufacturer plans 50 megawatt wind turbine
Ming Yang Smart Energy plans to introduce a new generation of twin-rotor turbine in 2026, which will be twice the size of the current model. In its current form, the OceanX should be able to supply 30,000 households with electricity annually under ideal conditions. The company wants to further increase the energy yield generated by the wind by rotating blades in opposite directions.
The company also developed the first typhoon-resistant floating turbine mooring. This was tested in September when the Supertyphon Ragasa crossed the 1,345-unit offshore fleet. No turbine tipped over, so stable operation could be guaranteed.
Lower costs and fewer turbines
Production of the 50 MW system is expected to begin next year. Such a turbine could reduce the cost per kilowatt hour of wind energy in the Guangzhou area to about a fifth of the current price of offshore wind energy in Europe.
Compared to some wind turbines in the Atlantic, the new system should be able to generate up to 15 times more electricity. High individual output could reduce the environmental impact of offshore wind farms because fewer turbines would be needed.
This would be particularly advantageous in sensitive areas such as whale or migratory bird protection routes. One problem with the current OceanX was that the blades broke off due to the force during testing. Offshore wind farms are currently facing environmental criticism due to limited studies on their impacts.
There are concerns about collisions with migratory birds, disruption of whales and seabed sediment, impact on coastal tourism and vulnerability to sabotage.
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As a Tech Industry expert, I find China’s plan to develop a two-headed wind turbine to be a bold and innovative move. This project could potentially revolutionize the wind energy industry by increasing efficiency and power output.
By having two rotors on one turbine, China could potentially harness more wind power and generate electricity more effectively. This could be a game-changer for renewable energy production, as it would allow for higher energy yields in areas with varying wind speeds.
Additionally, the sheer size of this proposed turbine – being one of the largest in the world – demonstrates China’s commitment to pushing the boundaries of technological innovation in the renewable energy sector. It showcases their ambition to be a global leader in sustainable energy production.
However, challenges such as engineering complexities, maintenance, and cost must be carefully considered and addressed in the development of such a project. Overall, I believe that China’s plan to create a two-headed wind turbine is a step in the right direction towards a more sustainable and efficient future for renewable energy.
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