Analysis of Carbon Emission Reduction Potential of Integration of Photovoltaic Storage and Charging in Parks under the Carbon Border Adjustment Mechanism
With the increasingly severe global climate change problem,carbon emission reduction has become the focus of international attention,and the carbon emission constraints of enterprises have been strengthened under the impetus of the EU Carbon Border Adjustment Mechanism(CBAM).This paper analyzes the carbon reduction potential of the park's application of photovoltaic storage and charging multi-energy complementary green low-carbon technologies based on CBAM's carbon reduction requirements for exports.It is found that the integration of photovoltaic storage and charging meets the power demand in the park through photovoltaic power generation,and balances the power supply and demand through the energy storage system,thus reducing the dependence on the traditional power grid,realizing the use of clean energy,the optimal allocation of energy,and intelligent management,and helping the park to reduce carbon emissions.Taking a project in Suzhou as an example,this paper analyzes the emission reduction effect of the integration of photovoltaic storage and charging and verifies its emission reduction potential.The park should actively apply the low-carbon technology of integration of photovoltaic storage and charging,build a big data management platform for carbon monitoring,explore the carbon emission reduction and collaborative management technology,and participate in carbon emission reduction trading in order to achieve further pollution reduction and stimulate the potential of carbon emission reduction.
CBAMintegration of photovoltaic storage and chargingcarbon emission reduction
万方数据
维普
