Dance with the sun! Explore new possibilities for agricultural and photovoltaic complementation

The plan for a day lies in the morning, and the plan for a year lies in spring.

The vernal equinox is the middle node of spring. It marks the equinox of day and night, the equal length of day and night, and the warming of the weather.

The vernal equinox is of great significance in traditional Chinese culture, especially in terms of agricultural production. It is an important period for farmers to start spring plowing. Farmers from all over the world will choose suitable crops according to climate and soil conditions. It is also a critical moment for crop growth. In short, the vernal equinox solar terms play an important role in China's agricultural production. This solar term marks a critical period for crop growth, and it is also the beginning of farmers' busy days. With the changes of the times, the importance of vernal equinox solar terms in modern agricultural production cannot be ignored.

In the new era, it is necessary to continuously explore and develop methods and methods suitable for modern agricultural production, so as to make the vernal equinox agricultural production more scientific, efficient and sustainable, and agriculture-light complementary is one of them.

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The transformation of traditional agriculture requires the introduction of new kinetic energy.

New energy + new agriculture, one represents the future of green transformation and development, and the other represents the foundation of the national economy and people's livelihood. Photovoltaic brings new vitality to traditional agriculture. Photovoltaic agriculture (also known as agricultural photovoltaic complementary) is an emerging form of agriculture, which refers to the construction of photovoltaic power generation facilities on farmland, which can not only meet the needs of crop growth, but also generate clean energy. It is an innovative agricultural development model. Utilizing the characteristics of no pollution and zero emission of solar photovoltaic power generation, it not only can generate electricity, but also provides a suitable growth environment for crops, edible fungi, and animal husbandry.

Photovoltaic solar greenhouses can realize power generation and planting at the same time. The light waves required for crop growth are different from those required for photovoltaic power generation. Solar cell components will cause certain shading. Therefore, each greenhouse can adopt different installed capacities according to the light requirements of different crops. Designed to meet the light needs of plant photosynthesis.

In addition, solar cell modules can block part of the ultraviolet rays and reflect the blue-violet light needed for insect reproduction, which can effectively reduce plant diseases and insect pests, reduce the use of pesticides, and improve the quality and yield of planted crops. It is a new model of green ecological agriculture using high-tech. During the design, construction, and operation of photovoltaic power stations, the space necessary for agricultural planting and breeding is reserved to ensure that the physiological needs of plants and animals are met while the photovoltaic power station is generating electricity normally, so as to achieve the effect and benefits of agricultural and photovoltaic complementarity, and realize The integration and innovation of ecological agriculture and circular agricultural technology models provide strong technical support for the sustainable development of agriculture.

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Innovative mode of photovoltaic agriculture

At present, there are four major models of photovoltaic agriculture, namely photovoltaic planting, photovoltaic farming, photovoltaic water conservancy, and photovoltaic cottages, which are divided into mushroom photovoltaic, fishing, and photovoltaic complementary, vegetable (melon and fruit) photovoltaic, livestock and poultry (animal husbandry) photovoltaic, Forest light, medicinal photovoltaics, ecological photovoltaics, water conservancy photovoltaics, etc.

Photovoltaic farms use barren hills and sloping land to find suitable crops for planting. Through the superimposed benefit model of "agriculture + photovoltaic + employment", it has played a positive role in precise poverty alleviation and effective poverty alleviation, solving employment problems, and increasing farmers' income. In addition to the land transfer rents for farmers, photovoltaic companies can also provide jobs for local farmers and solve the employment problem of laborers of all ages, so that farmers can have higher income without going out to work. It not only improves the local economic development level, but also benefits the employment of rural labor force and the improvement of living standards.

Under the current wave of rapid development of the photovoltaic industry, photovoltaic agriculture plays an important role and has broad development prospects. But how to effectively combine photovoltaics with agriculture has become a question worth thinking about.

To sum up, the "Agricultural-Photovoltaic Complementary" project is an innovative agricultural development model that can achieve both power generation and planting, improve land utilization, reduce the cost of the photovoltaic industry, solve employment problems, and increase farmers' income. Conducive to the sustainable development of environmental protection and agricultural production. Wherever the "light" goes, the "volt" shoots thousands of families. The "photovoltaic + technology agriculture" program is also working hard to achieve the goal of "carbon neutrality" on the earth to a certain extent. Of course, the photovoltaic industry needs continuous innovative enterprises, and together with Sunpor, we can contribute to building a beautiful earth with "bluer sky, clearer water, and greener land"!

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The "photovoltaic + agriculture" model is the main direction of my country's agricultural development in the future, and our SPxxx-120M12 solar modules can effectively promote the improvement of agricultural economic benefits, and at the same time can drive the high-quality development of my country's agriculture through photovoltaics.

The maximum power is 605W, 120 pieces of M12 mono-crystalline silicon cells.

12-busbar , better conduction efficiency, the maximum efficiency can reach 21.38%.

Quiet operation, no need to worry about noise pollution.

Flexible installation, both on the ground and on the roof, effectively using the space.

No additional raw materials are required, no emissions, and electricity can be produced 12 hours a day.

Longer service life, 12-year warranty, 25-year performance guarantee.

Strong environmental pressure resistance, can withstand 2400Pa wind pressure, 5000Pa snow pressure.

The product has TÜV, CE, ISO and many other international quality certifications and fire protection certifications to ensure that product investment can quickly recover costs and help achieve profitability.

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In the future, the application of distributed photovoltaics in agricultural production will solve many problems such as high cost and difficulty in network access for you.

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2. The text and pictures are for readers’ reference only, please refer to the actual situation