How Solar Energy Systems Can Enhance Agriculture? – 5 Important Functions Of Solar Energy

Greenhouse gases produced by various forms of nonrenewable energy have led to a rise in global temperatures.

This has caused various climatic issues, including melting ice at the poles, floods, and droughts.

More and more people are now turning to renewable energy alternatives. Solar energy is one of the most convenient and easily accessible forms of renewable energy.  

One of the main areas where solar energy proves a highly reliable energy source is agriculture.

Let’s find out how solar energy systems can enhance agriculture and help cut greenhouse gas emissions.

ThePhoenixsun Video Series
ThePhoenixsun Video Series

How solar energy systems can enhance Agriculture

How solar can enhance Agriculture?
How solar can enhance Agriculture

Solar systems work by converting light from the sun into electricity. You will need a way to harvest the sun’s light for this to work. This is where the solar panels come in.

The solar panels are constructed from silicon photovoltaic cells. Inside each cell are two layers of silicon. One layer has a negative charge, while the other has a positive charge.

The result is an electric field between the two layers. Light adds energy to the cells and causes the electrons to come loose. The electric field between the silicon cells then causes the electrons to move, resulting in a current.

The electricity generated from solar panels is direct current DC. This, however, is not the electricity that powers homes or the type of electricity you would use to power your barn or animal shelters.

For that, you will need to convert this electricity to AC or alternating current. Fortunately, this is simple to do through a device known as an inverter.

The solar energy can then be distributed via the electrical panel throughout the farm. And since it is in AC, it will work the same way as the electricity coming from the power grid.

Let’s now see how solar systems can be used for different functions around the farm.

Powering electric fences

Solar powered electric fences for Agriculture
Solar-powered electric fences for Agriculture

PV systems can be a great choice in more rural areas that do not have access to electricity.

Since solar energy is renewable, it will never run out and is a cost-effective way to power farms and ranches.

One of the most important infrastructures in ranches that raise animals for meat is electric fences.

A solar panel collects sunlight and converts it into electricity. This direct current is then stored in a battery. The battery will send a current to an underground energizer.

The energizer will then send a pulse of electric current along the wire fence every second. When an animal touches the fence, it completes the circuit between the fence and the ground and gets an electrical shock.

Electrical fences not only keep animals in specific locations and allow for rotational grazing, but they also help deter intruders, predators, and would-be cattle rustlers.

Watering animals and irrigation

Watering animals and irrigation

Solar systems can power water pumps for watering animals and irrigation purposes.

A solar panel(s) can be used to provide electricity to water pumps. A water pump is essentially a motor that powers a bore or a surface pump.

Some pumps can work directly current from the solar panel and are not connected to an inverter.

Water can then be transported to where it is required on the farm. For instance, it can be transported to crop fields for irrigation or to water animals on the farm.

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Water heating

Solar water heaters do not turn the sun’s rays into electricity. Instead, they work by trapping the sun’s heat and energy. 

A solar water heater consists of copper pipes arranged similarly to a coil. The two ends of the copper pipe are then connected to the storage tank. 

The inlet side of the tube lets in cold water. Since radiation and heat are absorbed inside the water heater, the water quickly gets warm. 

The heavy cold water pushes the warm and hot water out of the storage pipes and into the storage tank. The heated water can then be transported to any location on the farm where needed. 

Farms also have high water heating demands. Whether it’s to clean farm equipment or, in the case of dairy, stimulate the cows’ udders during milking, solar energy offers a reliable energy source.

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Space heating and air regulation

In poultry production, egg production, pork, and dairy, the animals are often housed in large structures. High numbers of animals in close proximity can create a breeding ground for infections and disease.

To prevent such issues, buildings require constant air regulation to remove stale air.

Read more: solar-powered fans for barns.

Often farms will use axial or high volume low-speed fans to keep the air inside the barns moving and fresh.

Solar can be used to power the fans. Solar panels can be installed, which then create electricity. This electricity can be turned into an alternating current at high voltage using an inverter needed to power the fans.

Animals also need temperature regulation. During warm summer months, temperatures need to be brought down and brought back up in the cold winter months.

Solar systems can prove a reliable and highly effective energy source for farms that raise animals indoors.

Energy directly from the solar panels can be used to power heaters inside the barns during the cold season.

Greenhouse heating

The goal of any greenhouse is to regulate the temperature inside and create a more favorable climate for plants to thrive.

However, greenhouses also require heating to help the plants survive during those cold winter months.

For the farmer, this means extending the growing season and allowing the plants to continue growing even through the winter.

One way to warm the greenhouse is by using an electric greenhouse heater.

One of the easiest ways to do this is to power a greenhouse heater using a solar panel.

Solar panels convert sunlight to electricity, which is then run through an inverter. This will crank up the voltage to a level that is compatible with the greenhouse heater.

An alternative is to power the heater directly from batteries that have been charged with the solar panel.

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