A carbon emission calculation method based on the full life cycle of wind farms considering environmental impact

In recent years, due to the excessive dependence of social and economic development on fossil energy, energy resources are increasingly exhausted. At the same time, a large number of carbon emissions have also led to the increasing greenhouse effect and the frequent occurrence of extreme weather. In view of the imprecision of the existing wind power carbon emission factors, this paper uses a full life cycle carbon emission calculation method of wind farms considering environmental impact, which analyzes the explicit and implicit carbon emissions caused by wind farms in various stages. In addition to the construction of the wind farm itself to the recovery cycle, we also need to consider the damage of the wind farm to the environment. Before and after the construction and withdrawal of wind farms, keep the regional environment unchanged, so as to comprehensively calculate the carbon footprint of wind farms in the ecosystem. According to the typical life cycle, total power generation and carbon emissions, the average carbon emission factor of wind power can be calculated, which can provide data support for the low-carbon transformation of power grids.