Solar Panels for Agriculture
Harnessing the sun to power farms and agribusinesses. Solar panels in agriculture allow farmers to reduce electricity costs and make efficient use of available resources.
During peak workload periods (for example, in summer for irrigation or grain drying), a private solar power system can cover a significant portion of energy needs, reducing reliance on expensive grid electricity.
In Estonia, an increasing number of farms are installing panels on the roofs of barns and cattle sheds or on unused land — a reliable way to access low-cost energy and increase farm autonomy. Solar solutions make agribusinesses more resilient, lowering expenses and dependence on external suppliers.
Benefits of Solar Panels for Agriculture
How It Works?
Government subsidies up to 70%
The agricultural sector can receive significant support from both the government and the European Union when transitioning to renewable energy. There are special farmer support programs that reimburse up to 70% of the costs for installing solar panels and related infrastructure. For example, agricultural development funds provide grants for purchasing renewable energy equipment, and farms can receive investment aid for solar power plants and energy storage systems to increase energy reliability.
Our specialists will help you navigate all available opportunities – from KredEx/EAS programs to EU funds – and compile the necessary documentation. We handle application preparation, calculate expected savings, and guide the project to ensure you secure the subsidy. As a result, your own capital investment in a solar station is minimized. The government is interested in improving energy efficiency in agriculture, and we help you make the most of this support so that your farm can start benefiting from solar energy as quickly as possible.
Who is it suitable for
Solar solutions for agriculture are suitable for a wide range of farmers – from small family farms to large agroholdings. The greatest benefit goes to farms with a significant portion of expenses spent on electricity: dairy farms (cooling and milking require a lot of energy), poultry and pig farms (lighting, heating, ventilation), greenhouse complexes (plant lighting, climate control), and grain operations (grain drying, elevator operation). If you have buildings with large roofs or land suitable for solar modules, this is an excellent opportunity to reduce costs.
Solar energy is especially relevant for farms located in remote areas, where power outages or high electricity tariffs may occur.
Self-generated energy provides essential autonomy and predictability for agricultural operations. In addition, farmers who aim for sustainable, “green” farming will also appreciate the benefits of solar panels: using renewable energy reduces the carbon footprint of agricultural products, which is becoming an increasingly important factor for buyers and business partners.
Finally, if the farm plans expansion or modernization (construction of new farms or warehouses), it makes sense to integrate solar installations into the infrastructure from the start.
This helps meet modern energy efficiency requirements and reduces future operating costs. Thanks to government support and falling equipment prices, solar energy in the agricultural sector is more accessible than ever – it is already being used by dozens of farms across the country.