Production and installation of air-cooled solar systems

☀️ Production and Installation of Solar Air Systems

For a better understanding of solar technology, it is important to know that there are three basic types of solar collectors:

1. For obtaining hot water.

2. For generating electricity (photovoltaic panels).

3. For obtaining hot air (solar air collectors).

We at EKOSOLAR specialize in the production of exactly the third type – solar air collectors. Their primary function is to filter (purify) and simultaneously heat the incoming air, using exclusively free solar energy.

EKOSOLAR is a pioneer in the development of this energy-efficient technology in the country. Our air collectors offer the most economical solution for:

• Providing preheated air for industrial dryers.

• Supplementing heating and ventilation in buildings during the winter period.

This technology is 100% eco-friendly, does not pollute the environment, and consumes only a minimal amount of electricity (needed exclusively for the fan operation).

⭐ Advantages of Solar Air Systems in Dryers

The integration of solar air systems into fruit and vegetable dryers offers huge benefits for processors:

• ⚡ Energy efficiency: The air collectors directly absorb solar energy and convert it into hot air that is fed into the dryer. This drastically reduces the need to use electricity from the grid or fossil fuels.

• 💰 Significant cost reduction: Although the initial investment is a real expense, over time (due to the free energy), electricity bills are drastically reduced. The system pays off quickly, and in many regions, there are state subsidies for the installation of such equipment.

• 🌍 Reduced environmental impact: Using solar energy means fewer greenhouse gas emissions. This is fully compliant with modern practices for sustainable and eco-friendly agriculture.

• 📐 Adaptable design: The systems are designed and positioned to maximize the use of sunlight, depending on the specific location and the needs of your technological process.

• 🔄 Integration with other technologies: Air systems perfectly complement photovoltaic panels (for storing excess electricity into the grid) and advanced automation systems, ensuring maximum reliability even on days with less sun.

Conclusion: By installing solar air systems, food processors not only improve production efficiency but also build a long-term sustainable and profitable business.

📸 Our References and Completed Projects

(Gallery of installed air systems)

• Gradsko (2024): Solar air system of 10 series-connected collectors, installed near the Municipality of Gradsko.

• Shtip (2025): Standalone air system with a photovoltaic collector for ventilation.

• Shtip (2024): Solar air system with 4 collectors (total 8 m²).

• Shtip (2024): Industrial air collector with dimensions 3×2 m (6 m²).

• Negotino (2022): Solar air system of 4 series-connected collectors of 2.5 m² each (total 10 m²).

• Veles (2021): Solar air system with 5 series-connected collectors of 2 m² each (total 10 m²).

• Shtip (2020): Industrial air collector with dimensions 3×2 m (6 m²).