Agrivoltaics: Farming and Solar Power Together
In a country like India with limited farm space and high need for electricity, land is a very valuable resource. Using the same piece of land for both farming and power generation sounds smart right? That’s exactly what agrivoltaics does. Same land. Two incomes. Food plus power. In this article by Radix, a trusted solar battery manufacturer in Meerut, let us break down what agrivoltaics actually means and why it matters for farmers.
Agrivoltaics is basically farming and solar power working together on the same land. The word comes from combining agriculture and photovoltaic which means solar electricity. Here the crops are grown underneath the solar panels on tall structures in the farmland. The panels generate electricity while crops grow in the space below. Some people also call it agrisolar or dual use solar. Farmers can grow their crops and produce clean solar energy at the same time.
How It Actually Works on Your Farm
Solar panels get mounted on tall metal structures. Usually 3 to 4 meters high. Crops grow underneath with some shade from panels above. Not complete darkness though. Panels get spaced out so enough sunlight still reaches your plants.
Vegetables that normally burn in direct summer sun do better with partial shade. Water doesn’t evaporate as fast because the ground stays cooler.
The electricity goes two ways. Powers your farm equipment like water pumps and cold storage directly. Any extra power can be sold back to the electricity grid for additional income.
Battery storage becomes really important here. Radix, a reliable solar battery manufacturer in Meerut, provides efficient solar batteries that work with excellence.
Why Indian Farmers Are Getting Interested
India doesn’t have unlimited farmland. The population keeps growing. We need more food every single year. But we also need way more electricity. Taking away good farmland just for solar farms creates new problems.
Agrivoltaics fixes this conflict. Get both food and power from the same land. Farming costs keep climbing too. Diesel for pumps costs a fortune. Grid electricity for irrigation keeps getting expensive. Solar power with battery storage cuts these costs dramatically over 5 to 10 years. Agrivoltaics can drop that burden significantly.
Which Crops Actually Work
Not every crop works equally well under solar panels. Leafy vegetables like spinach and lettuce grow really well with partial shade. Tomatoes, peppers, and beans also perform okay. Even some berries and medicinal plants thrive under these conditions.
Crops needing full blazing sunlight all day like wheat or rice might not work as well. But smart mixed farming with right crop choices makes agrivoltaics productive. Early results from pilot projects across India look quite promising though.
Solar panels make power during daytime. But farms need electricity at night too. For running irrigation pumps after sunset. For keeping cold storage running. For processing equipment.
This is where battery storage becomes absolutely critical. Radix, a dependable solar battery manufacturer in Meerut that offers high quality solar batteries built for long life and steady backup.
Morning pump usage when you’re irrigating fields. Daytime processing of harvests. Evening cold storage for keeping produce fresh. Batteries store excess daytime solar power and make it available whenever you actually need it.
Without proper battery storage, agrivoltaics lose a huge chunk of its value.
While agrivoltaics sounds great, it does have some challenges too. Setup costs real money upfront. Installing those tall structures and solar panels requires decent investment. Not all farmers can afford this easily without loans or subsidies.
Technical knowledge is limited right now. Farmers need proper training on managing both crops and solar systems together. Support infrastructure is still being built in most states.
Working with an experienced solar battery manufacturer helps because they understand regional farming patterns and weather conditions. They can recommend appropriate system sizing based on actual local needs, not just generic calculations.
Making Agrivoltaics Work for Your Farm
Interested in combining your farming with solar power generation? Radix can help design a complete system that works for your specific land size, crop types, and power needs.
Our batteries are built specifically for agricultural use in Indian conditions. Reliable power storage that handles farm load patterns and lasts for many years even in tough weather.
We understand farming because we work with farmers regularly. Not just selling equipment. Actually helping design systems that solve real problems.
Contact Radix today to discuss agrivoltaics options for your farm. Let’s figure out how to make your land more productive and way more profitable.
Call us or visit our website to get started now.
Questions Farmers Keep Asking
Q. Will solar panels block too much sunlight for my crops?
Not when designed properly. Panels get spaced to allow enough sunlight through for healthy growth. Some crops actually benefit from partial shade especially in hot summer months.
Q. What happens during the monsoon when there’s less sun?
Battery storage helps you run things during cloudy days. Also you can pull from the grid during extended rainy periods if needed. The system handles both situations.
Q. How long before my investment pays back?
Typically 5 to 7 years depending on system size, your power usage patterns, and crop yields. After the payback period, the system generates profit for 20 plus more years.
Original Source:- https://radixbattery.com/blog/solar-battery-manufacturer-in-meerut-agrivoltaics-farming-solar/
