On January 20, the 100MW photovoltaic power generation base of BCI Group's Qinneng Technology in Tianzhen, China, achieved full-capacity grid connection as scheduled. It will now supply 180 million kWh of green electricity annually. Calculated based on the current regional average electricity emission factor in China, this project will reduce carbon dioxide emissions by 123,000 tons and save 57,600 tons of standard coal each year.

During its construction, the project employed for the first time multiple pieces of self-developed equipment and advanced construction techniques from Qinneng Technology. It adopted a localized and intelligent EPC management model for photovoltaic construction, effectively validating the innovative integration of technology and management between the All-in-One module and the PowerCampus module in the energy sector. This further solidifies Qinneng Technology's advantage in the "Energy + Equipment" model, enhancing its capabilities in establishing, supplementing, strengthening, and extending local industrial chains.

In terms of planning and construction, the Tianzhen 100MW base utilized an advanced photovoltaic component layout algorithm. By factoring in terrain slope, 3D layout software, orientation, and shadow occlusion, it precisely calculated the optimal installation angle and position for each component. The distribution density and spacing of components were rationally planned to ensure optimal power generation efficiency. The project is expected to achieve approximately 1,500 annual full-load operating hours, reaching an advanced level for regions with similar sunlight conditions, comparable site selection, and equivalent altitude. This represents an increase of about 10% in overall power generation duration. During construction, Qinneng Technology implemented various intelligent construction techniques, employing digital and prefabricated methods in stages such as foundation formwork, pouring, and dismantling. Drone-assisted intelligent transport was also used to enhance component assembly efficiency.

Regarding equipment manufacturing, Qinneng Technology adopted the All-in-One model to promote the prefabrication and "white-box" design of core equipment for renewable energy modules. The Tianzhen base marked the first integration of the All-in-One module with the PowerCampus module, enabling the in-house research, development, and production of key equipment such as box-type transformers, primary power cabins, and secondary power cabins. With prefabrication capabilities extending through the planning, design, site selection, and construction phases, standardized and prefabricated elements like concrete foundations and pipeline interfaces were ensured. This significantly improved construction efficiency and reduced development costs.

Currently, the state encourages innovative entities to actively promote the integrated development of technological innovation and industrial innovation, using technological advances to lead the development of new quality productive forces and build a modern industrial system. Anchored in the reserve development of fundamental resources—abundant green energy, campus facilities, integrated water management, and localized equipment manufacturing—Qinneng Technology is intensifying its independent R&D efforts and enhancing its advanced equipment capabilities. It aims to provide the Beijing-Tianjin-Hebei-Shanxi region with a green, appropriately ahead-of-demand, scalable, and cost-advantaged infrastructure platform, contributing to the construction of a robust local infrastructure industrial system.