Home
About
Company Profile
Corporate Culture
Service Process
Company Qualifications
Certificate of Honor
Patent Certificate
Cases
Distributed Photovoltaic Cases
BIPV Cases
Photovoltaic Charging Pile Case
Energy Storage Case Studies
Flexible Bracket Case
Centralized Photovoltaic Case
Steel Structure Case Studies
HuiLantu
Introduction to HuiLanTu
Product Showcase
Products
Carport Bracket System
Roof-mounted photovoltaic mounting system
BIPV Photovoltaic Mounting System
Flexible Photovoltaic Mounting System
Ground-mounted photovoltaic racking system
Blogs
Company News
Industry News
Contact
EN
中文版
English
Russian
Arabic
News and Information
2025-12-16
A professional team delivers benchmark projects, with remarkable achievements in the construction of distributed photovoltaic power plants.
Under the meticulous planning and efficient execution of a professional team, the distributed photovoltaic power plant construction project not only successfully achieved its set objectives but also delivered results that exceeded expectations across multiple dimensions.
Large-scale photovoltaic power plant projects, such as agrivoltaics and aquavoltaics, are being comprehensively advanced.
With the continued advancement of the “dual carbon” goals, large-scale photovoltaic power plant projects—such as agrivoltaics and aquavoltaics—are being rolled out across the country at an unprecedented pace.
Zheminghui Technology delivers end-to-end new-energy solutions, helping clients reduce costs and improve efficiency.
Leveraging its deep technological expertise and forward-looking market insights, Zheminghui Technology has successfully developed a one-stop new-energy solution that encompasses not only power-generation systems for renewable sources such as solar and wind energy, but also extends to critical areas like energy storage, smart microgrids, and energy management.
Collaborating with universities to develop flexible mounting brackets, solving the challenges of photovoltaic installation structures.
This in-depth collaboration with universities represents another successful example of industry–university–research cooperation in the photovoltaic sector. Leveraging their profound academic heritage and robust research capabilities, universities have provided solid theoretical support and innovative approaches for the development of flexible mounting systems.
The company has obtained qualification to undertake the installation, maintenance, and testing of power facilities, paving the way for expanding its energy storage and charging station businesses.
The company’s successful acquisition of the qualification to undertake the installation, maintenance, and testing of power facilities has undoubtedly injected strong momentum into its business development and opened up a much broader market space.