As a mainstream photovoltaic power station type, it is built in solar-rich open areas (deserts, gobi, barren hills) with large-scale centralized layout and grid-connected operation. Equipped with ground-mounted PV modules, it converts solar energy into electricity for grid transmission and distribution to residential, industrial and commercial users. Featuring large single-station capacity, stable power generation efficiency and centralized , it is a core carrier for scaling up PV development and advancing energy structure transformation.
C&I PV Power Plants are distributed projects for industrial workshops, commercial complexes and office buildings. PV modules are installed on idle building spaces (roofs, facades), with generated power prioritized for on-site enterprise use and surplus fed into the grid. Delivering cost-saving and eco-friendly benefits, they cut electricity costs, boost energy self-sufficiency, help enterprises meet carbon neutrality targets, and serve as a core scenario for distributed PV application.
Household PV Power Plants are small-scale distributed systems for residential users, typically installed on idle spaces like home roofs and courtyards. PV modules convert solar energy to electricity, prioritizing household use while surplus power can be fed into the grid for revenue. With flexible installation, low investment and stable payback, they cut household electricity costs, support a green low-carbon lifestyle, and serve as a key form of distributed PV in the civil sector.
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