The volatility of wind energy, photovoltaics, and other factors is divided
by hours or even minutes. Depending on the geographical location, climate,
weather, season, and other factors, there are significant differences in the
intensity of sunlight and wind power at different times of the day in the same
place.
At the same time, residential electricity and factory electricity on the
load side are not transferred based on power generation capacity.
For example, at 6 am in a certain place, there is strong sunlight and
strong wind, and the peak electricity consumption for residents to cook and eat
is still around 12 noon.
Therefore, the power grid needs to transmit sufficient electricity to the
electricity consumption end at 12 noon. Direct supply of wind and solar power
cannot be achieved, and energy storage systems need to be used to store the
electricity generated by the wind and solar power plant at 6 am, which will be
distributed to the grid at 12 noon and transmitted to the user's home.
That is to say, the distribution and storage of wind and solar power
stations can be analyzed on a case by case basis. During periods of high power
generation in wind and photovoltaic power stations, i.e. during peak power
output curves, energy storage systems can be used to store electricity. During
periods of low power, power can be output to ensure grid balance.
In this way, wind and solar power distribution and storage can not only
reduce the fluctuation of power generation at the power supply end of the wind
and solar system, but also improve the flexibility of power grid system
scheduling.
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