WATT Are You Waiting For?
Protect Crops. Conserve Water. Minimize Effort.
WE HARVEST Sustainable Crops Below the Solar Panels
Agrosolar projects allow the cultivation of both annual and perennial crops under and around solar infrastructures. These crops can range from food plants to fiber and specialty crops. By integrating farming with solar energy production, we optimize land use while ensuring sustainable agriculture.
WE ENABLE Solar Grazing
Solar grazing, or the management of livestock (especially sheep) around and under solar infrastructure, provides multiple ecological benefits. Livestock naturally help maintain the land, reducing vegetation growth, enhancing soil health, and contributing to a balanced ecosystem—all without harming the solar panels.
WE RESTORE Ecosystems with Strategic Installations
Agrosolar installations are designed to create or restore habitats. They improve soil quality, provide ecosystem services, and foster biodiversity. By incorporating nature-focused infrastructure, these projects benefit the environment, enhancing the surrounding ecosystem while also generating clean energy.
WE PROVIDE Shade for Greenhouses
By integrating solar panels above or into greenhouse infrastructure, we provide partial shading, which helps modulate light exposure. This creates an ideal environment for crops, reducing water evaporation and temperature stress while increasing overall crop yield and contributing to sustainable farming practices.
Croatia has 44,000 hectares ready for agrosolar — and using just 10% could generate hundreds of millions in clean, renewable energy each year, all while protecting soil, supporting biodiversity, and keeping the land actively farmed.

Empowering the Future of Farming.
VRA Mapping
We generate Variable Rate Application (VRA) maps based on drone and satellite data, enabling precision management of fertilizers, pesticides, and other inputs across agrosolar fields — maximizing crop health, enhancing energy yields, and minimizing waste.
Treatment Zoning
Through drone-based imagery and analysis, we define specific management zones for differential input applications, targeted crop treatments, and efficient solar panel maintenance — reducing operational costs and optimizing resource use.
Vineyard Zonation
In vineyards integrated with solar infrastructure, we deploy drones to assess crop maturity, create optimal harvest zones, and model shading effects from solar panels — ensuring maximum grape quality and energy production synergy.
Vegetation Diagnostics
Using NDVI and multispectral imaging, drones detect crop vigor, stress zones, and vegetation health patterns — both in open fields and under solar arrays — enabling proactive, data-driven management for improved yields and land productivity.
Aerial Crop & Solar Care
Our aerial platforms deliver targeted spraying of crop protection products while minimizing soil compaction, and support automated cleaning and inspection of solar panels, maintaining peak agricultural and energy system performance.
Precision Foliar Fertilization
We apply high-precision foliar nutrients via drones to optimize plant uptake, strengthen crop growth, and reduce fertilizer waste, with seamless operation even in mixed-use solar-agriculture landscapes.
Aerial Fertilizer & Seeding
Our drones conduct uniform aerial spreading of granular fertilizers and seeds, enhancing soil fertility, improving early crop establishment, and supporting the dual productivity of agrosolar environments.









