The phrase "absorb wind" is correct and usable in written English.
It can be used in contexts related to physics, engineering, or environmental science, often referring to the ability of an object or material to take in or mitigate the effects of wind.
Example: "The design of the building includes features that allow it to absorb wind, reducing the impact of strong gusts on its structure."
Alternatives: "capture wind" or "take in wind".
An epic project is under way to build a "smart" grid capable of absorbing wind power smoothly.
In engineering terms, E Walk is supporting the weight or "dead load" of the bustle, while the main hotel building is absorbing wind or earthquake induced movements, or the "live load".
That is, the energy hub consists of gas-fired units to generate electricity when wind generation is low, PtG facilities to absorb excessive wind generation, and natural gas storages to store gas produced by PtG facilities and supply gas fuel to gas-fired units when needed.
Furthermore, the power which is absorbed from wind by wind turbine mainly depends on upstream region of azimuth angle of θ = 0°∼180°.
But success will change the very nature of such a grid, enabling it to absorb more wind and solar power even if this is a consequence unintended by the grid owners.
To manage risk, government spending priorities should be energy efficiency, interconnected grids to link up different power sources across wide regions, smart grids to smooth demand and absorb volatile wind and solar power, and electric cars.
One benefit of the high rise boom is the engineering breakthroughs, including deep foundations (steel piles were driven 80 meters into the ground for the Jinmao Tower) and safety features such as fluid dampers that absorb strong wind gusts on upper level.
The BESS adjusts the power output according to the dispatched wind power generation schedule, so that the maximum power is absorbed and wind power curtailment is reduced, by implementing the "tracking power schedule output" mode at the specified time.
Most of the time, the ESSs do not need to be activated and the ESSs are only required to charge to absorb the excess wind energy when the wind power exceeds the accommodation ability of the power grid.
