Solar power and agriculture have been working together tightly close together.

University of Massachusetts crop research center has been studying suitable compatibility between solar power generation and agriculture which is also known as agrivoltaic.

In 2010, the owner of a construction company, Dave Marley have accompanied a research team from university to investigate 70 solar panel systems with the most protective design as well as zero disruption for the soil.

From that time thousands and thousands of farmers in the United States benefit from pure and free unrestricted energy powered by the sun.

As you know farmers work for long hours during the day until late at night after dark .they attend to handle crops like wheat, rice, and livestock. This is about the 24/7 full-time responsibility they have to take.

So, a tremendous amount of power and energy is obviously required to help farmers reduce the overall cost during each month, decrease overhanging expenses and provide appropriate recommendations to protect against growing energy costs while we can take advantage of apt results from solar energy.

An iterative selective process is given which must be carefully monitored and managed like the corps to be harvested, plow the field, feeding animals, lights on and some other factors which depend on using electricity and power to be completed.

But how is going solar is pretty comfortable?

The agricultural solar panel makes everything easy to use for farmers.

Contrary to what many people might envision as a tough and expensive system   Which is constantly implemented with complicated technologies, the solar panel has restructured the traditional way energy is distributed to your pumps while a clear, affordable, and free alternative is given to you to increase savings as fuel and its consumption rates never used to help. In the architecture design, the installer left adequate blank space between panels to let the underneath plants reach sunlight, this is called dual-use solar installation.

Generally, dual-use refers to commodities and electricity generated by photovoltaic cells which are simultaneously taking place on the land.

You may wonder, how on earth that is possible we won’t face a reduction in efficiency while plants could not reach sunlight. Several plants like grasses have almost 90% output compared with those which are not entirely covered with solar panels.

Don’t worry, researchers have also examined the same condition for other types of plants like tomatoes, peppers, and beans. They placed solar panels with three or four-foot gaps between them, the result was equally close to the time they are not at the bottom of panels. Green grass or sand is frequently used to prepare a convenient foundation for placing underneath the solar panels but keep in mind that, rising plants will provide foremost safety to the environment for pollinators Especially while farmers are using native plants. This natural circumstance could help crops to grow impulsively.

Also, in some cases where plants just need to reach partial sun during the day or farmers are growing non-native plants in their farms, solar panels may be turned to appropriate partner in the future because they could keep the essential humidity for a longer time .on the other words, plants are able to maintain required energy to have photosynthesis during the day. 

So, there is an obvious claim that solar panels could help farmers both receive the solar energy they need for their common activity and cut the production costs. another important issue with obvious limitation refers to large agricultural equipment which cannot be used to harvest grown-up crops under the solar panels and farmers must harvest plants and vegetables manually.

Both landholders and developers have derived benefits from dual-use solar installations. How?

 Dual-use solar installation could guarantee to produce the amount of energy and power which is necessary to complement agricultural activities and decrease utility bills .plus, these panels may act as a deterrent to reduce wind erosion while the topsoil is washed away and unprotected soil can be easily eroded, definitely useless, become poor and deprived of nutrients.

Maintanance ?

Agriculture solar owners have special solar equipment which doesn’t involve any added cost also, the company will constantly monitor and record the system’s functionalities to ensure they are running accurately.


Solar power will be profitable in both crops and animal agriculture .nowadays most researchers in laboratories investigate a different variety of architectures and designs to provide proper recommendations for farmers.