With the development of distributed photovoltaic energy in mining areas

the increasing proportion of new energy integration will gradually drive the structural transformation of coal mine parks into industrial active distribution networks. This paper takes a coal mine in Shaanxi Province as an empirical research subject

employing a multi-spatial hierarchical analysis method to systematically analyze the electricity usage characteristics across different spatial levels. It innovatively proposes a power line loss correction method for multi-level electrical equipment

effectively balancing the metering deviations of line losses between levels. Based on two types of carbon emission factors

it achieves precise evaluation of indirect carbon emissions from electricity usage in different levels of equipment or energy units. When calculating indirect carbon emissions from electricity using static carbon emission factors

the measured values show a positive correlation with peak electricity load. As the proportion of renewable photovoltaic power integration in industrial active distribution networks increases

the system's indirect carbon emission factors exhibit a periodic decreasing trend. After adopting dynamic indirect carbon emission factors for accounting

the indirect carbon emissions from electricity in the first consumption level can be reduced by 31%–55%

while the overall plant-wide indirect carbon emissions decrease by 29 068.94 kgCO2/d

a reduction of approximately 40%. For the second consumption level in industrial production areas

indirect carbon emissions from electricity can be reduced by 5%–83%

with overall industrial park-wide indirect carbon emissions decreasing by 7376.48 kgCO2/d

a reduction of about 31%. It is recommended to use advanced equipment and energy-saving technologies to suppress technical line losses in coal mine power supply systems and improve energy efficiency. Promoting the coordinated application of renewable energy and energy storage technologies can expand the scale of stable and reliable renewable energy supply

effectively reducing indirect carbon emissions from electricity.