Agriculture is a key sector for food production worldwide, with very large areas being cultivated annually to meet market demands. However, land is not exploited to its maximum when it comes to generating income, which is why the installation of photovoltaic systems is a convenient solution not only for farmers, but also for investors.
What is the role of models in agrivoltaic development?
Models are essential tools to optimize and verify the profitability of investments, as well as to reduce the risks associated with agrivoltaic farms. They contribute to coordinating the construction process, offering builders, investors and designers the opportunity to better plan the project.
They facilitate discussions, different iterations and concepts can be proposed and, last but not least, the last changes can be made before the start of acquisitions and actual placement. In this way, the most efficient and profitable design will be implemented.
The impact on crops can also be observed and adjusted using the model. Weather data and real conditions must be taken into account when creating an agrivoltaic farm.
Thanks to a model, photovoltaic panels can be carefully placed in spaces that do not affect existing production, at an appropriate distance and height, thus providing the highest possible yield.
Models are an excellent way to attract funds. This provides a clear image of the future project, being a 3D representation that faithfully presents both the photovoltaic panels and the agricultural crops.
Promoting agrivoltaic systems can be an excellent way to encourage market adaptation of the concept. The model can also be successfully used to educate other farmers, giving them a unique perspective and a detailed presentation of the benefits and how it works, which will certainly increase the adoption rate of the technology.
Models play a key role in the development of agrivoltaic farms, providing efficient solutions for maintaining and optimizing agricultural crops.
The energy generated by photovoltaic panels can be used directly for crop irrigation, free powering of agricultural equipment and the operation of other electrical devices needed on the field.
In addition, the surplus energy produced can be sold, bringing additional income for both farmers and investors.
The use of models in the design of agrivoltaic farms facilitates efficient development, maximizing both land use and profit margin. They help to manage specific regional challenges, reducing implementation costs and providing solutions adapted to each area. A well-designed model ensures the success of the project and long-term profitability.
