If you plan to do some farming, agrivoltaics may be the answer. Growing food uses many resources, and you need a sustainable method to help get your crops out when things become scarce. Think of this method as a holistic approach to help you get the most out of food and energy systems. Here are some benefits of agrivoltaics.
Create Resilience Systems
One advantage of having agrivoltaics is developing a resilient system. The agricultural and energy spaces are tough to maneuver due to reduced precipitation and rising air temperatures. These conditions make it difficult for crops to survive.
Not to mention, water scarcity and extreme weather events have made the consistency go down. What makes agrivoltaics imperative is the drought-proof capabilities this system presents. Wind and solar agrivoltaics can create long-term sustainability even in the harshest conditions.
Although increased temperatures surround solar arrays, this has proved a better solution to common farming issues. If you have a property that you intend to use for farming, this is a quality alternative method to grow your crops.
Developing a New Ecosystem
Nature is our primary source to develop crops, but we have to think of new methods to create a unique ecosystem that flourishes independently. Even in a dry ecosystem, agrivoltaics can help renewable energy and food production systems in this climate.
Do your research to find how a co-located agriculture and solar PV infrastructure can maximize crop yields while minimizing water use. It’ll help you get the most out of your land. Additionally, you can begin developing a resilient method to save resources.
This technology can help you monitor your light levels, air temperatures, and humidity for growing seasons. When you have better accuracy for temperature, lighting, and moisture, it’ll help you develop crops more efficiently.
Better Understanding of the Food-Water-Energy Connection
Food, water, and energy all work hand-in-hand. While every plant grows differently, there’s a common trend with food production, water use, and renewable energy production. How you place your plants in the soil may impact growth for the long term.
If you reduce direct sunlight exposure beneath the PV panels, it could have cooler air temperatures in the day and warmer temperatures at night. The advantage of this is your plants will retain more moisture to become more fruitful in the soil.
Think of how you can use this crop-growing method to maximize your yield using fewer resources.
Brandon Mickens has been involved with buying and selling land for the past 15 years and now wants to share his knowledge and experience with others.