Solar power focus on three major challenges facing the world wind energy research

But to release the full potential of wind energy and meet the global demand for clean energy, more innovation is needed. How much electricity glass Qian Yiping with wind turbines are becoming more and more big, the biomass power engineering new materials and manufacturing processes are needed to solve the problem of scalability, transportation, and recycling. Wind turbines is currently the world's largest flexible rotating machinery, the blade length of more than 80 meters, tower over 100 metres high. Biomass power project, before the operators use a simplified physical model and simple observation technology, can be installed in the general terrain fan, but little is known about the atmospheric wind knowledge of complex terrain. By evaluating the sensor measurements, can improve the wind power production, reduce costs, and make the operation to adapt to the requirements of power grid. From the United States, Germany, Denmark, Finland, Sweden, Spain and Norway's wind, experts in the journal science, puts forward the three biggest challenges faced by the current wind power research. In order to achieve the vision of the future, the need for a wide range of research, the key is to simulate air flow, the turbine dynamics as well as the system control combined with advanced power system. A generation of wind turbine design many simplified condition is no longer valid!

if I can more accurately calculate the complex terrain of wind conditions, can be further optimized fan in economy and technology, install it in the proper position. Wind energy researchers must understand the atmosphere not only, still need to evaluate how to ensure the structure safety and efficient power generation at the same time. Therefore, researchers must understand in the altitude of the wind environment. Wind power, photovoltaic stents in order to get more wind turbines to build higher and higher, the distance between each other is becoming more and more far. The second challenge is to solve the huge fan rotating mechanical structure and system dynamics problems.

higher from wind and solar feed-in will greatly change the grid of the future. How much electricity glass Qian Yiping the study is published in the recently in the journal science. In recent decades, magnesite brick hot air can storage has become an integral part of global energy. The first challenge is to gain a better understanding of atmospheric wind environment. A third challenge is to design and operation of wind turbines, enable it to support and improve the reliability of power grid and elasticity. By comparison of fan rotor swept area equal to the difference between the airbus A380 800 of the three largest passenger plane of the nose. Magnesite brick regenerative photovoltaic stents in the United States department of energy's national renewable energy laboratory ( NREL) Under the leadership of an international team of scientists has identified the three biggest challenges facing the global wind energy research. Innovation concept of control characteristics of the wind turbine can be utilized to optimize energy production, at the same time support the stability of power grid.