Agrivoltaics: Combining Solar Panels and Farming for a Sustainable Future


As the world population continues to grow and the demand for food and energy increases, innovative solutions are needed to address these challenges sustainably. One promising concept that has gained attention is agrivoltaics, the practice of combining solar panels with farming. This article explores the potential of agrivoltaics as a solution to our pressing environmental and agricultural concerns.

The Need for Sustainable Solutions:

With a projected increase of 1.2 billion people within 15 years and a growing demand for meat, eggs, and dairy, it is evident that we need sustainable approaches to meet our food and energy requirements. Additionally, agriculture consumes a significant amount of fresh water and electricity, further emphasizing the need for efficient and eco-friendly solutions.

The Challenges of Solar Panels:

One major challenge with solar panels is their requirement for ample space to generate substantial electricity. Traditional solar parks have limited land use due to the small spaces between rows, which prevent farming equipment from maneuvering effectively. Converting solar parks into dual land use by introducing grazing animals or beekeeping has been explored but with limitations.

The Concept of Agrivoltaics:

Agrivoltaics, also known as APV (Agricultural Photovoltaics), presents a unique solution by combining agriculture with electricity generation. This approach involves farming under a canopy of solar panels, allowing for simultaneous food production and energy generation. Recent examples have shown promising results, but it is crucial to understand the benefits and challenges it presents.

Benefits and Challenges of Agrivoltaics:

By utilizing agrivoltaics, farmers can maximize land usage, reduce water consumption, and protect crops from harsh weather conditions. The installation of vertically mounted bifacial solar panels or panels on stilts allows for more arable land and minimizes the impact on farming operations. Furthermore, shade-tolerant crops have shown positive results when cultivated under solar panels, demonstrating that crops can thrive even with reduced sunlight.

Case Study: The Netherlands:

One notable example of agrivoltaics is found in the Netherlands, where a company called GroenLeven has implemented pilot projects with local fruit farmers. At a raspberry farm, a 2 MW agrivoltaics farm has been established, demonstrating equal or improved fruit production compared to traditional farming methods. The system protects crops from wind and hail damage, reduces water consumption, and provides a cooler environment for both workers and solar panels.

Obstacles and Solutions:

Despite its potential, agrivoltaics faces obstacles such as community resistance, regulations, and costs. Overcoming the “not-in-my-backyard” effect requires careful community engagement and control of agrivoltaic spread. Regulatory frameworks need to adapt to classify agrivoltaics appropriately and simplify the permitting process. Additionally, addressing cost competitiveness and determining ownership arrangements are essential to widespread adoption.


Agrivoltaics offers a promising path toward sustainable food production and clean energy generation. By harnessing the power of the sun while utilizing land efficiently, this dual-purpose system can contribute to addressing global challenges. Overcoming obstacles through community support, regulatory adjustments, and economic viability will be crucial in realizing the full potential of agrivoltaics. As we strive for a greener future, it is imperative to explore innovative solutions like agrivoltaics and embrace the opportunities they present.

What is agrivoltaics?

Agrivoltaics, or APV (Agricultural Photovoltaics), is the practice of combining agriculture with electricity generation by farming under a canopy of solar panels.
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