High-efficiency PV modules installed on factory roofs convert solar energy into renewable electricity, meeting a significant portion of the enterprise's power needs.
This system reduces operating costs and dependence on traditional energy sources while providing clean, green energy.
By integrating PV technology with architectural design, this system achieves an elegant blend of aesthetics and functionality. It generates solar power to reduce building energy consumption and carbon emissions, offering considerable energy output and supporting corporate sustainability goals.
PV modules atop carports provide green energy for electric vehicle (EV) charging stations, facilitating the charging needs of EVs and promoting sustainable mobility solutions.
This enhances infrastructure support for new energy vehicles and encourages greener transportation practices.
The project officially commenced in Nov 2022, completing design, procurement, and construction within just two months. It successfully achieved grid connection on Jan 16, 2023, showcasing exceptional project management and construction efficiency.
The rapid grid connection enabled the enterprise to enjoy the economic and environmental benefits of clean energy right before the Chinese New Year.
Utilizing a 35kV high-voltage access system, the project efficiently delivers PV power to the grid, ensuring stable and secure power supply.
This advanced system significantly improves energy efficiency and minimizes transmission losses.
The project is designed to generate an average of 8.55 million kWh annually, with a total expected generation of 213.81 million kWh over 25 years, saving 2,600 tons of standard coal and reducing 7,100 tons of carbon dioxide emissions annually, which will effectively promote the green transformation of the enterprise.
Integrating PV carports with charging stations not only minimizes the company’s carbon footprint but also supports new energy vehicle development, aligning with the company’s sustainability goals.
Operating on a self-generation and self-consumption model, the project reduces electricity costs for the enterprise while generating additional income from surplus power fed into the grid. This ensures long-term economic returns.
Installing charging stations enhances facility infrastructure, promoting green travel for employees and visitors and reinforcing the company’s modern, eco-friendly image.
The project serves as a model for green energy application, contributing positively to local economic green development.
By advancing photovoltaic technology, it fosters the growth of new energy industries and provides a fresh impetus for sustainable regional economic development.
