Recently, the cross-border new energy photovoltaic business has continued to expand its footprint, deepening operations in southern China and western Shandong, covering diverse application scenarios such as industrial parks, public campuses, and comprehensive sites. A series of landmark projects, including campuses in Huizhou, Liaocheng, and Shenzhen, have been steadily implemented and successfully connected to the grid.

With mature end-to-end services and customized solar energy solutions, we unlock new pathways for low-carbon development for clients across diverse industries, demonstrating comprehensive service capabilities through tangible results.

Liaocheng Photovoltaic Project successfully connected to the grid

Based on the local industrial development needs in Liaocheng, the company has created a regional comprehensive photovoltaic project and completed the full process grid connection delivery. The project adapts to local site conditions according to local conditions, coordinates survey and design, construction and installation, grid connection approval, and provides full chain services for later operation and maintenance.

Customize self generated energy solutions based on local electricity consumption characteristics, which not only reduce daily electricity costs in the factory area, but also replace traditional thermal power with clean electricity, and help promote low-carbon upgrading of regional industries. From on-site survey in the early stage to stable grid connection operation and maintenance in the later stage, one-stop closed-loop services are provided to efficiently solve various pain points such as complicated customer procedures, construction coordination, and later management and maintenance, and deliver stable and reliable green power stations.

The orderly promotion of the Huizhou photovoltaic project

Fully consider the details of the factory roof material, load-bearing capacity, ventilation and fire prevention to optimize the construction plan, taking into account both building safety and
power generation efficiency. After the completion of the project,the idle roofs of the factory buildings will be converted into green power generation carriers. During daytime production,
photovoltaic green electricity will be prioritized for consumption, effectively offsetting the increasing industrial and commercial electricity prices year by year. At the same time, the energy
consumption indicators of enterprises will be optimized to help them complete the construction requirements of green factories and low-carbon certification, and create a model for
energy-saving transformationof industrial and commercial areas in the bay area.

Survey of Shenzhen Campus Photovoltaic Project

Focusing on low-carbon construction in educational settings, the Shenzhen campus photovoltaic project has completed on-site surveys. The project plan covers the roofs of multiple buildings
such as teaching buildings, dormitory buildings, and sports centers, balancing the practical value of power generation and the significance of campus science popularization.

The campus environment has strict standards for fire prevention, noise reduction, and building aesthetics. The team has optimized component selection, wiring layout, and protection technology
in advance to fully avoid the interference of construction on daily teaching. After the project is put into operation, clean electricity will be supplied to campus lighting, computer rooms, and logistics equipment,
reducing public energy consumption expenses on campus.

The multi-point blooming photovoltaic project is a microcosm of cross-border new energy deepening the clean energy track. In the future, the company will continue to layout diversified photovoltaic scenarios such as industry and commerce, public buildings, and industrial parks, relying on mature engineering experience and a perfect service system, to provide customized photovoltaic solutions to enterprises and units with energy-saving and carbon reduction needs nationwide.