An Architecture and Design Method of Net Zero Carbon Power Supply System for Industrial Parks

Abstract

Industrial parks are the terminals main power consumption and greenhouse gas emission sources, and the implementation of their zero carbon technology is an important support for achieving the national carbon neutral goal. In response to the need to create a net zero carbon park power supply system and the phenomenon that a large number of distributed power sources in the park are difficult to absorb during local periods, this paper proposes a net zero carbon implementation method that utilizes the surplus electric energy from green distributed power generation in the park to Direct Air Capture(DAC), achieving a dynamic balance between carbon emissions and DAC carbon fixation in the power supply system. The specific architecture and design method are given, and verified by an actual design example.