Contribution of distributed energy resources management to peak carbon dioxide emissions and carbon neutralization

With the emergence of climate problems, carbon peaking and carbon neutralization become more and more important. At the same time, distributed energy resources are widely used in the whole society. The utilization and management of this clean distributed energy resources play an important role in reducing carbon emissions. This paper focuses on the contribution of distributed energy resources and their management to carbon peaking and carbon neutralization, and combining the calculation of carbon emission flow to optimize distributed energy management, so emission flow to optimize distributed energy as to better reduce carbon dioxide emissions.