Cornell Research Tests Solar Panel Crop Growth in New York
A series of studies by Cornell researchers are testing how crops can grow when they can be planted between rows of solar panels on a solar farm in the state of New York.
By gaining real data, researchers may possibly offer farmers and policymakers important information, because growing crops between rows of solar panels to maximize double land use will be more critical, especially because the utilities on the utilities are about 9,300 hectares of land.
In the first of a series of studies, Cornell researchers tested an autumn harvest of radish from 2024 and Radicchio that was grown between rows of solar panels. This year, the team of researchers continues to continue to plant strawberries, raspberries, winter wheat, soybeans, zucchini, peppers, string beans and dry beans, starting in the spring, with promising early results.
“New York has an extremely strong agricultural legacy and the development of solar energy on recycled agricultural countries will have to meet farmers where they are,” said Matt Sturchio, a post -doctoral employee. “We must be able to find solutions that can find or find the most efficient land use synergies for solar development, so that’s why we do this work.”
While crops are successfully grown on solar farms in the southwest and midwest, New York is challenged by a short growing season and limited sunlight and shade of solar panels.
In the current study, radish, a carrot crop and Radicchio, a leaf washing, planted in the approximately 20 feet of space that lies between rows of solar panels on a solar farm near Albany. The researchers found a reduction in sunlight created by early morning and late afternoon shadow hinders the autumn crops, especially the radish.
Sunlight was not only reduced in the test crops, but also the leaf temperature, which together led to lower carbon accumulation or biomass. The change in biomass was mainly pronounced in the radish, due to a decrease in underground production, because the plants have assigned more resources to leaves that collect sunlight and change gases, Sturchio said.
“If the growth is somewhat postponed in autumn crops in the solar panels, it may mean that we may want to plant a little earlier, and plan to harvest later, which may not be bad, because it will clean up the harvest,” said Toni Ditommaso, professor in the school of integrative heritage sciences and co-author of the study.
“We try to grow a whole series of these crops to see which potential potential has, so that we can provide data, science -based information to policy makers and to farmers who think about it,” said Ditommaso.
In Europe, operators of solar farm panels are starting to orientate, so they are parallel to the sun’s rays instead of perpendicular. “Instead of catching all the rays of the sun, they let light through, so they create minimal shade,” said Sturchio. Increasing sunlight, even for an extra hour a day, could change the biomassia loss that the study found, he said.
The work was funded by the New York State Department of Agriculture and Markets as part of the Cornell Center for Agrivoltaics.
Research report:Environmental checks of oppressed productivity productivity in an Agrivoltaic solar panel
