Solar panels are a cost-effective way to generate clean, affordable energy for your farm. They can also make it possible to manage remote properties without the need for traditional electricity lines.
Solar production can be a great way to diversify income streams and lower overall operating costs for many farmers.
Solar panels can also be used to power well pumps and run equipment.
For example, solar panels can help reduce worries about watering crops during power cuts.
You may be concerned about the potential effects of large solar arrays on soil health, as many farmers are.
Let’s take a look at the current research on this subject.
Soil Health Impacts of Large Array Construction
The US Department of Energy has a guide to help farmers make informed choices about solar panels.
Their research suggests that solar panels could have some positive effects.
Evidence shows that trace amounts of photovoltaic panel chemicals are not harmful to soil health.
One European study found that large solar arrays can hurt the soil’s chemical and physical characteristics.
The soil covered by panels was also up to 10 degrees cooler than the soil uncovered, which resulted in lower CO2 levels.
This is a positive sign for soil health, considering the rising temperatures in many prime agricultural regions.
Solar Panels and Water Distribution
Research has been extensive on the interaction between PV arrays, soil health, and other factors.
Multiple studies have shown that soil beneath ground-mounted panels retains more moisture than surrounding soil.
The cooling effect of plants grown there also helps solar panels work more efficiently.
The solar panels’ effects on soil moisture can increase energy independence, reduce water consumption, and boost crop yields.
The redirection and collection of runoff from panel surfaces are other areas worth examining.
Rainwater can be channeled correctly to irrigation and reduce the farm’s water needs.
Integrating Grazing with Solar Panels to Improve Soil Health
Researchers examined the potential for small-grazing livestock to be grazed on the land that is covered by solar panels.
These conditions are ideal for sheep, especially.
Panel arrays can improve soil quality and help increase crop yields by providing pollinator-friendly vegetation.
One analysis of the solar grazing sites found that soil under PV panels contained higher levels of carbon and nitrogen without compaction than in similar non-grazing areas.
Grow with – A Solar Partner
Unbound Solar helps people with different needs to make informed decisions about solar power.
Strategically placed solar panels can allow you to control your livelihood and not compromise soil health.
Contact today to find out more about your business!
Solar panels are a cost-effective way to generate clean, affordable energy for your farm. They can also make it possible to manage remote properties without the need for traditional electricity lines.
Solar production can be a great way to diversify income streams and lower overall operating costs for many farmers.
Solar panels can also be used to power well pumps and run equipment.
For example, solar panels can help reduce worries about watering crops during power cuts.
You may be concerned about the potential effects of large solar arrays on soil health, as many farmers are.
Let’s take a look at the current research on this subject.
Soil Health Impacts of Large Array Construction
The US Department of Energy has a guide to help farmers make informed choices about solar panels.
Their research suggests that solar panels could have some positive effects.
Evidence shows that trace amounts of photovoltaic panel chemicals are not harmful to soil health.
One European study found that large solar arrays can hurt the soil’s chemical and physical characteristics.
The soil covered by panels was also up to 10 degrees cooler than the soil uncovered, which resulted in lower CO2 levels.
This is a positive sign for soil health, considering the rising temperatures in many prime agricultural regions.
Solar Panels and Water Distribution
Research has been extensive on the interaction between PV arrays, soil health, and other factors.
Multiple studies have shown that soil beneath ground-mounted panels retains more moisture than surrounding soil.
The cooling effect of plants grown there also helps solar panels work more efficiently.
The solar panels’ effects on soil moisture can increase energy independence, reduce water consumption, and boost crop yields.
The redirection and collection of runoff from panel surfaces are other areas worth examining.
Rainwater can be channeled correctly to irrigation and reduce the farm’s water needs.
Integrating Grazing with Solar Panels to Improve Soil Health
Researchers examined the potential for small-grazing livestock to be grazed on the land that is covered by solar panels.
These conditions are ideal for sheep, especially.
Panel arrays can improve soil quality and help increase crop yields by providing pollinator-friendly vegetation.
One analysis of the solar grazing sites found that soil under PV panels contained higher levels of carbon and nitrogen without compaction than in similar non-grazing areas.
Grow with – A Solar Partner
Unbound Solar helps people with different needs to make informed decisions about solar power.
Strategically placed solar panels can allow you to control your livelihood and not compromise soil health.
Contact today to find out more about your business!