In the context of global energy transition and food security strategy, the agrivoltaic model—combining solar power generation with agricultural cultivation—has emerged as a win-win solution for dual-use land agrivoltaic, maximizing land utilization efficiency. It not only solves the problem of land resource scarcity faced by traditional solar power plants but also brings additional income to farmers through simultaneous agricultural and energy production. However, a long-standing challenge in the agrivoltaic industry is the balance between crop growth and power generation efficiency: traditional agrivoltaic brackets, if installed too low, will shade crops and affect photosynthesis, leading to reduced agricultural yields; if installed too high, they will increase installation costs and reduce the utilization rate of solar energy, resulting in lower power generation. Ksengenergy, with years of experience in photovoltaic bracket R&D and project implementation, has broken this dilemma with innovative technology, launching no shading agrivoltaic brackets that truly achieve "no crop shading, no power generation reduction".

The core advantage of Ksengenergy’s agrivoltaic brackets lies in the scientific design that integrates crop growth needs with solar power generation efficiency, making our high efficiency agrivoltaic system stand out in the market. We have optimized the agrivoltaic mounting brackets’ height, spacing, and angle based on in-depth research on crop light requirements and local solar radiation characteristics, referring to professional data that the minimum installation edge of photovoltaic modules should be reasonably set to ensure crop light access. The brackets are designed with an adjustable height range of 2.5-4 meters, which can be flexibly adjusted according to the height of different crops (such as grains, vegetables, fruits, and forage grass), making them ideal crop-friendly solar brackets. At the same time, the spacing between bracket rows is scientifically calculated using solar radiation simulation technology, ensuring that each crop receives sufficient sunlight throughout the growth cycle, avoiding the problem of reduced yields caused by shading. In terms of power generation efficiency, our no shading agrivoltaic brackets adopt a high-strength, lightweight design, combined with optimized angle adjustment technology, which can maximize the absorption of solar energy by photovoltaic modules. Unlike traditional brackets that sacrifice power generation for crop growth, Ksengenergy’s agrivoltaic brackets achieve a perfect balance between the two, ensuring that power generation efficiency is not reduced while protecting crop growth.

To verify the practical effect of our agrivoltaic brackets, Ksengenergy has implemented multiple mature project cases in Japan and France, two countries with advanced agrivoltaic development. In Japan, where agricultural land is scarce and the demand for efficient land use is high, we have cooperated with local agricultural enterprises to build agrivoltaic projects in Hokkaido, Okinawa and other regions. Referring to the lightweight and dismountable agrivoltaic system design concept popular in Japan, our brackets are adapted to Japan’s diverse climatic conditions—from the heavy snow in Hokkaido to the typhoons in Okinawa, the brackets maintain stable performance while ensuring no shading to local cash crops such as rice and tea. The project data shows that the crop yield in the project area is the same as that of traditional farmland, while the photovoltaic power generation capacity reaches 1.2-1.5 MW per hectare, meeting the energy needs of nearby rural areas and agricultural facilities. This project has been highly recognized by the Japanese government and agricultural circles, becoming a model for agrivoltaic integration in Japan.

In France, a country with a mature agricultural industry and strong demand for renewable energy, Ksengenergy has participated in the construction of a high-standard French agrivoltaic installation in Provence and Normandy. Drawing on the experience of French agrivoltaic companies in adaptive tracking systems, our agrivoltaic mounting brackets are tailored to the local Mediterranean climate and large-scale agricultural planting mode, mainly used in vineyards and wheat fields. The adjustable angle design of the brackets allows the photovoltaic modules to follow the sun’s trajectory, maximizing power generation efficiency, while the reasonable spacing design ensures that the vines and wheat receive sufficient sunlight, without affecting the quality and yield of agricultural products. The French agrivoltaic installation has not only achieved stable power generation but also promoted the development of local green agriculture, winning wide praise from French clients. These cases in Japan and France fully prove that Ksengenergy’s agrivoltaic brackets can adapt to different regional climates and agricultural needs, realizing the dual value of agricultural production and energy conservation.

In addition to the core advantages of "no crop shading, no power generation reduction", Ksengenergy, a professional agrivoltaic bracket manufacturer, provides agrivoltaic brackets that also have the characteristics of durability, easy installation, and cost-effectiveness. The no shading agrivoltaic brackets are made of high-quality galvanized steel and aluminum alloy materials, which have strong corrosion resistance and can adapt to harsh agricultural environments such as humidity and soil erosion. The modular design allows for quick installation and disassembly, reducing construction time and costs. At the same time, we provide one-stop services from project design, product supply to after-sales maintenance, ensuring that each project is smoothly implemented and operates stably for a long time.

With the continuous advancement of global energy transition and the increasing emphasis on sustainable agriculture, the market demand for high-quality agrivoltaic brackets is growing. Ksengenergy, with its innovative technology, rich project experience, and professional service capabilities, is committed to providing global clients with a high-quality agrivoltaic power generation solution that is crop-friendly, high-efficiency, and reliable. Our Ksengenergy agrivoltaic projects in Japan and France are the best proof of our strength. Whether you are an agricultural enterprise, a renewable energy developer, or a government department, Ksengenergy’s agrivoltaic mounting brackets can help you achieve the dual goals of agricultural development and energy conservation, contributing to the construction of a green and sustainable future.