Where is the local consumption of wind power regulated

It is sent to other areas of electricity consumption over long distances through the electricity network.

The ubiquitous power Internet of Things refers to the information connection and interaction between any time, place, people and things in the power industry, generating shared data, and serving users, power grids, power generation, businesses and society.

One of its important functions is to promote the consumption of clean energy, mainly to aggregate distributed new energy into entities, form virtual power plants, improve the friendly grid-connected level of distributed new energy and the proportion of controllable capacity of the power grid in the form of multi-energy complementarity, and optimize scheduling to achieve cross-regional coordinated control, and promote centralized inter-provincial trading of new energy and distributed new energy intra-provincial transactions.

It can be expected that in the future, after the completion of the Internet of Things, the power supply capacity and load demand can be matched through the control center because the data of power generation and power consumption terminals have been fed back in real time through the communication network.

And on the basis of a large amount of data, it is accurate**, so as to avoid the occurrence of curtailment. And due to the accurate grasp of terminal supply and demand data, it is conducive to matching power transactions, so that new energy power generation enterprises can maximize benefits.

Part of the electricity generated by wind farms is used for local load power supply, and the other part is sent to other power areas over long distances through the grid.

The specific way technology of wind power consumption is inseparable from the guidance of policies, the most common of which is the first mechanism. A reasonable mechanism is the premise of ensuring the healthy and sustainable development of wind power, including the cost of wind power transmission, the cost of grid backup services and the national subsidy mechanism. The U.S. operates its grid independently and has a flexible pricing mechanism.

Wind power consumption has developed a number of policies and incentives to promote the development of wind power generation. Spain will guide the orderly development of wind power and other power sources by establishing a clear backup paid service mechanism, and reasonably distribute the benefits of wind power consumption. The power system and the thermal system can jointly optimize the dispatch, which can not only ensure heat supply, but also improve the utilization rate of wind power, reduce the emission of air pollutants, and improve urban air quality.

It is sent to other areas of electricity consumption over long distances through the electricity network.

In order to achieve the full consumption of wind power, it is necessary to fully consider the uncertainty of wind power in the dispatching model, reasonably arrange the rotation backup of conventional power supply, and coordinate the economy and reliability of dispatching, so as to achieve the optimal comprehensive benefits under the premise of satisfying the safe and stable operation of the power grid. Specific approaches and technologies are inseparable from the guidance of policies, the most common of which is the best mechanism.

A reasonable mechanism is the premise of ensuring the healthy and sustainable development of wind power, which involves the cost of wind power transmission, the cost of grid backup services, and the national subsidy mechanism. The U.S. operates power grids independently on a state-by-state basis, with flexible mechanisms and many policies and incentives in place to promote the development of wind power.

At this stage, wind power accounts for a small proportion of China's power supply structure, and incremental cost accounting is applicable. By comparing the total cost of wind power consumption before and after, it is simple and easy to calculate the transmission cost and backup service cost of wind power. The randomness of wind power itself requires a flexible mechanism to achieve demand-side response, maximize the consumption of wind power, and support the long-term stable growth of wind power.

Such as wind power heating mechanism.

Wind power consumption:

The popular explanation is wind power generation, and the electricity generated is connected to the grid for transmission and use.

The main factors affecting the consumption of wind power:

Wind power consumption is the main problem that needs to be solved in the current rapid development of wind power, and the factors affecting wind power consumption can be classified into two aspects.

First, in terms of absorption capacity, the main factors that determine the absorption capacity of wind power in a region include system regulation capacity, grid transmission capacity, etc.;

The second is the level of consumption, mainly including the technical performance of wind power grid-connected, wind power dispatching and operation level, etc., which determine whether the maximum consumption of wind power can be achieved under the existing objective conditions.

It is the electricity that is generated, connected to the power grid and transmitted to be used.