Hebei Tuoer Road New Energy Technology Co., Ltd. is rooted in Hebei, a land full of opportunities and vitality. It focuses on the research and development of photovoltaic power generation systems, constantly explores and makes progress in the new energy field, and gradually stands out.
The company has gathered a group of senior R&D talents in the industry. With their profound professional knowledge and rich practical experience, they are committed to solving the technical problems in photovoltaic power generation systems. The R&D team focuses on improving the photoelectric conversion efficiency of solar panels. By continuously optimizing materials and improving the design, the company's products can generate more electricity under the same light conditions. At the same time, the R&D personnel are also committed to developing intelligent control systems, enabling the photovoltaic power generation system to automatically adjust operating parameters according to different light intensities and weather conditions, ensuring that the system is always in the best working state.
Focusing on the research and development and manufacturing of photovoltaic brackets for over 10 years, we offer high-precision, corrosion-resistant and modular designs that are suitable for various terrains and climates. From solution design to global delivery, we drive efficiency with technology to help our clients achieve low-carbon transformation. Click to learn how to build a photovoltaic power station with higher returns at a lower cost!
In the picture, solar panels are arranged in a large-scale array on a sturdy metal bracket, which conforms to the large-scale deployment characteristics in open areas such as deserts and mountains. The multiple silver metal rods and cubic base design of the bracket can support high-density solar panel arrays, meeting the requirements of large-scale ground-mounted power stations.
Solar PV panels adopt staggered arrangement + precise tilting layout to maximize the use of limited roof space and enhance power generation efficiency, especially suitable for industrial and commercial rooftop load bearing and layout requirements; flexible splicing is achieved through modularized design, which can be adapted to complex roof structures or irregular terrain, solving the installation problems of non-standard sites; the bracket supports angle adjustment, which can dynamically optimize the tilting angle according to the light conditions, enhancing the energy capture capacity and ensuring the stability of the overall structure under wind load and snow load. The bracket supports angle adjustment function, which can dynamically optimize the tilt angle according to the light conditions and enhance the energy capturing ability, and at the same time ensure the stability of the overall structure under wind load and snow load. It fully embodies the core advantages of industrial and commercial distributed power plants in space utilization, structural flexibility and power generation efficiency, and is an ideal solution for green energy transformation of industrial and commercial rooftops.
The solar panels are arranged alternately and precisely inclined, with high space utilization, meeting the layout requirements of agrivoltaic complementarity. The geometric composition of the bracket and its flexible Angle adjustment capability can adapt to terraced fields or irregular terrain.
