Agrivoltaics

The Malaysia Automotive, Robotics and IoT Institute is planning a huge solar power project which will integrate agriculture and livestock farming in the Sabah region. The research institute claims to have already secured $50 million for the project’s first, 200 MW phase. The 25,000ha required for the projects will host up to 150,000 cattle as well as cultivation of forage crops such as kenaf, corn, wheat and hay.

The company said its technology, which is managed by an AI-based system, can be used in agrivoltaic projects.

Ground-mounted PV systems promote biodiversity according to a new study published in Germany. Scientists collected data from 75 MW of solar plants nationwide and found the areas they were located in showed greater diversity and more intact habitat structures and found panels provide a refuge for animals.

With sun the common component of solar energy production and agriculture, a new company in northern New South Wales is set to combine the benefits of sowing PV and forage crops in the same soil.

A U.S. microgrid specialist will draw up proposals for an independent solar-plus-storage system to ensure a remotely-situated cannabis farm in California can get the energy it needs to power cultivation.

Take-up has been slow considering the nation’s mammoth agricultural industry but, as a packed session on the topic at the recent Renewable Energy India show illustrated, attitudes may be changing in a nation which is already installing solar greenhouses.

This week pv magazine was in Amsterdam for the sixth edition of the BifiPV workshop, where the discussion focused on the impressive achievements made by bifacial solar modules and the challenges the technology faces as it moves toward mainstream adoption.

A memorandum of understanding signed by the institutions was not solar specific but the use of PV modules for shading, especially in agriculture, can reduce water consumption and help halt the expansion of deserts.

Another study has highlighted the advantages of combining solar with agriculture. According to the paper, growing chiltepin pepper, jalapeno and cherry tomato in dryland areas of the U.S. under the shade of PV modules is not only possible, but can lead to a better harvest.

A U.S. research team has found the most efficient locations for agrivoltaics include western America, southern Africa and the Middle East. The researchers found crop land, grasslands and wetlands were the best environments for PV projects linked to agriculture. Conditions suitable for crops are ideal for improving solar module efficiency.