The distributed photovoltaic power generation project of Lvxin eel breeding base in Qintang District, Guigang City, Guangxi, is a key project of the local government to promote the "rural revitalization" strategy and the "double carbon goal". Through the construction of distributed photovoltaic power stations on the roof and open space of the eel breeding base, the project converts solar energy into clean electricity, which not only meets the base's own electricity demand, but also integrates excess electricity into the grid, achieving a win-win situation of economic and ecological benefits.
As the core power distribution equipment supplier of the project, Shanghai Zikai Electric Co., Ltd. Wenzhou branch, relying on deep technical accumulation and quality services, provides a full set of intelligent power distribution solutions for the project to help green energy land efficiently.
Customized intelligent power distribution solution
For the special scene needs of the breeding base, Zikai Electric designed an integrated power distribution system, including inflatable cabinets, ring network cabinets, low-voltage switchgear and primary and secondary fusion column circuit breakers and other core equipment to ensure stable access, distribution and monitoring of photovoltaic energy.
Adopt high protection level design, adapt to the high temperature and high humidity environment in the south, ensure the long-term stable operation of equipment.
Efficient delivery and technical support
From the scheme design to the equipment delivery only 45 days, Zikai Electric through the professional EP software process management, to achieve accurate control of the production schedule, to ensure that the project node reached on schedule.
The on-site engineer team is stationed throughout the whole process to provide installation, commissioning and operation and maintenance training, reducing the customer's later use threshold.
Double guarantee of safety and energy saving
Equipment integrated intelligent monitoring module, real-time monitoring of current, voltage and fault warning, to ensure the safety of farming base electricity.
By optimizing power distribution system losses, it is expected to reduce carbon emissions by 2,30* tons per year (data example), helping the base achieve green transformation.
