Realizing carbon neutrality by 2050 is the most urgent mission in the world today. The Chinese government made a commitment at the 75th United Nations General Assembly to strive to peak carbon dioxide emissions before 2030 and achieve carbon neutrality before 2060. The 9th meeting of the Central Committee for Finance and Economics pointed out that the 14th Five Year Plan is a critical and window period for carbon peak, and it is necessary to control the total amount of fossil energy, build a new power system with new energy as the main body, and promote major breakthroughs in green and low-carbon technologies. This means that the photovoltaic industry has ushered in a historic development opportunity, and it also means that it is urgent to accelerate digital technology to help new energy become the main energy source.
Photovoltaics is the trend of future development. Agricultural photovoltaic complementary power stations can not only maximize the composite utilization of land resources, but also benefit energy conservation and emission reduction, and can continuously and effectively improve the ecological environment here.
The supporting irrigation project for the 3300 acre alfalfa planting area of Baofeng Ranch No.1 Reservoir, in cooperation with Beijing Tianzheng High tech Intelligent Technology Co., Ltd., actively responds to national policies, caters to the trend of digital technology to promote the development of new energy, and efficiently realizes the complementarity of light and agriculture. The construction area of the ranch is 4264 acres, and the actual planting area of alfalfa is about 3300 acres. The planting coverage rate between photovoltaic rows is about 77.6%. Alfalfa is not only an excellent forage resource, but also can improve the soil. This project not only increases income for the ranch, but also contributes to soil improvement for desert governance.
After the project is put into use, the responsible planting workers can use the Tianzheng High tech mobile app to achieve timed and quantitative watering of alfalfa planting areas in the pasture area, saving manpower to manually water and turn off valves on site, greatly improving water-saving irrigation, uniform irrigation, etc. Realize intelligent management, water-saving irrigation, and scientific irrigation.
The software part includes a deep thinking brain intelligent management system and a smart field monitoring and control diagram developed by Tianzheng High tech. Based on the Internet of Things and cloud platform, combined with Lora IoT wireless communication technology and wireless control of irrigation equipment, a set of IoT wireless intelligent control system is constructed, integrating environmental monitoring, process monitoring, cloud applications, intelligent control and other full process functional operations into a management system. The accuracy of collecting numerical values can efficiently enable users to understand the current status of irrigation operations, which is more conducive to the maintenance of later staff. Realize intelligent closed-loop management, making data searchable, analysis based, and planting more scientific.
“The construction of the "Agricultural Photovoltaic Complementary" project not only effectively utilizes solar energy resources while also taking into account agricultural production, increasing land added value, but also brings new development opportunities to the local economy. After the project is put into use, a comprehensive industrial development pattern will be formed with photovoltaic on the top, agriculture on the ground, and surrounding migrant workers. Increase industry income, increase land use rate, and effectively drive local economic development. Continuously promoting development and effectively advancing rural revitalization.
Photovoltaic power generation can save energy and reduce emissions, making the world cleaner, safer, and more energy efficient. Its efforts and significance are of great importance to enterprises, countries, and even the entire society; The complementary development of photovoltaics and agriculture is undoubtedly a new breakthrough in the field of photovoltaic applications; It also represents a new direction in agriculture, achieving a win-win situation for farmers, government, and enterprises; It has effectively promoted the increase of people's income and achieved the balance of making money and caring for their families. Transforming knowledge into productivity, achieving green transformation, creating economic benefits, and helping farmers embark on the path of common prosperity and happiness; The village collective economy continues to develop and grow, the village committee realizes the goal of "having money to do things", and the rural governance capacity continues to improve; It has changed the simple "blood transfusion" drive of funding and project input, and started to increase enterprise revenue through "self generation" of industrial development. At the same time, industrial modules can be replicated and customized, achieving "blooming everywhere" and increasing income in various regions.
Beijing Tianzheng High tech fully leverages its professional core advantages, relying on strong technical strength, forging ahead with determination, and continuously advancing towards the integrated development of "light agriculture complementarity", exploring "photovoltaic+" for photovoltaic enterprises, and contributing to improving land use efficiency, reducing photovoltaic costs, and supporting rural revitalization.