BlueWave Solar evaluates agrivoltaics as part of its community solar offer in New England

July 20, 2020
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The company claims to have a pipeline of 10 agrivoltaic (i.e., co-location of solar modules and agricultural crops) projects in Massachusetts. In this case, agrivoltaic systems are not only an additional revenue stream for farmers but also help optimize the use of land, energy, and water, as agricultural land unlocks new sites for solar power generation, and less water is evaporated due to the modules' cast shadow on the crops. In turn, this configuration can boost crop production. This value proposition is particularly interesting in New England, where only about 10% of the food demand is covered by local resources – making the region vulnerable to disruptions in the food supply chain. 

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Further Reading

Agrivoltaics offer mutual benefits across the water-energy-food nexus

Case Study | August 07, 2020

The demand for water, food, and energy is continually increasing and regionally dependent as a result of various socioeconomic factors, which are related to a rising global population, rapid urbanization, and economic growth. The so‑called water‑energy‑food (WEF) nexus denotes the complex ... Not part of subscription

German researchers evaluate the business case for agrivoltaics, calling for new regulatory frameworks to secure adoption

Case Study | October 09, 2020

As we pointed out earlier this year, the co‑location of photovoltaic (PV) infrastructure and agriculture – a concept known as agrivoltaics – is poised to steadily gain traction in the coming years. This trend is backed by the potential of agrivoltaics to optimize land use while providing multiple ... Not part of subscription

China to host 1 GW agrivoltaic installation

News Commentary | September 15, 2020

Chinese Baofeng Group plans to expand a 640 MW, 2.9 meter‑height agrivoltaic system in the Binhe New District to a 1 GW plant. The first section of the project was connected to the grid in 2016 and has been coupled with the production of goji berries. During this period, the agrivoltaic system has ... To read more, click here.