Views: 0 Author: Site Editor Publish Time: 2025-04-14 Origin: Site
Relying on urban rooftop resources to create a clean energy model. Jinhua's 19.8MW distributed PV project, led by green and low-carbon, generates more than 20 million kWh of electricity annually and reduces carbon emissions by about 16,000 tons per year, equivalent to planting 900,000 trees. The project not only reduces costs and increases efficiency for enterprises, but also injects strong kinetic energy into the green transformation of Jinhua city.
This is an exploration of energy change and a firm step towards the goal of “carbon neutrality”.
Efficient utilization of roof resources:The project relies on the rooftops of local enterprises and buildings to realize local development and local consumption of resources, and effectively enhance the efficiency of building space utilization.
Reduced Energy Costs:The power generated by the project is prioritized for the enterprises' own use, which significantly reduces the users' electricity expenses and enhances the competitiveness of the enterprises.
Mature technology and stable operationA:dopting advanced photovoltaic modules and inverter system, the system has high efficiency, convenient operation and maintenance, and has good economy and long-term stability.
Distributed access to the power grid, reducing the load on the grid:The power generation point is close to the load center, which reduces transmission loss, improves grid operation efficiency and enhances regional energy self-sufficiency.
Promote regional energy transformation:The construction of the project will strongly promote the transformation of the Jinhua region from traditional energy to green and low-carbon energy, and is a concrete practice of implementing the “dual-carbon” goal.
Promote local economic development:The project drives the development of the local PV industry chain, including equipment manufacturing, installation and construction, operation and maintenance services, and creates jobs and tax revenue for the local community.
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