☀️ Manufacture of Solar Air Systems

EKO SOLAR LLC

☀️ Manufacture of Solar Air Systems

To better understand solar technology, it is important to distinguish between three main types of solar systems:

Systems for producing hot water.
Systems for generating electricity (photovoltaic panels).
Systems for producing hot air (solar air collectors).

At ECOSOLAR, we specialize in manufacturing the third type—solar air collectors. Their primary function is to filter and simultaneously heat incoming fresh air using only free solar energy. ECOSOLAR is a pioneer in the development of this energy-efficient technology in North Macedonia. Our solar air collectors provide a highly cost-effective solution for:

Supplementary space heating and ventilation during the winter.
Supplying preheated air to industrial drying systems.

This technology is 100% environmentally friendly, produces no pollution, and consumes only a minimal amount of electricity, required solely to operate the fan.

⭐ Advantages of Solar Air Systems

Integrating solar air systems into fruit and vegetable dryers offers significant benefits for processors:

⚡ Energy efficiency: Solar air collectors directly absorb solar energy and convert it into hot air, which is then supplied to the dryer. This considerably reduces the need for electricity from the grid or fossil fuels.
💰 Significant cost savings: Although the initial investment must be considered, operating costs decrease substantially over time because solar energy is free. The system can therefore achieve a relatively short payback period. In many regions, government subsidies are also available for installing this type of equipment.
🌍 Reduced environmental impact: The use of solar energy results in lower greenhouse gas emissions. This is fully aligned with modern sustainable and environmentally responsible agricultural practices.
📐 Adaptable design: Each system is designed and positioned to maximise the use of available sunlight, based on the specific location and the requirements of the technological process.
🔄 Integration with other technologies: Solar air systems can be effectively combined with photovoltaic panels, including systems that feed surplus electricity into the grid, as well as advanced automation and control systems. This ensures maximum reliability, even on days with reduced sunlight.

📸 Our References

Gradsko (2024): Solar air system comprising 10 collectors connected in series, with a total area of 20 m².
Štip (2025): Stand-alone solar air system with a photovoltaic panel and a double-pass solar air collector, with an area of 2.4 m².
Štip (2024): Solar air system comprising four collectors, with a total area of 8 m².
Štip (2024): Industrial solar air collector measuring 3 × 2 m, with a total area of 6 m².
Negotino (2022): Solar air system comprising four collectors connected in series, each with an area of 2.5 m² and a total area of 10 m².
Veles (2021): Solar air system comprising five collectors connected in series, each with an area of 2 m² and a total area of 10 m².
Štip (2020): Industrial solar air collector measuring 3 × 2 m, with a total area of 6 m².

Application

🏠 Homes (Basements and Garages) “Natural air heating and drying for everyday spaces.”
🏨 Hotels and Sports Halls “Improved air circulation and reduced humidity for greater comfort and a healthier environment.”
🏭 Industry (Textile and Food Processing) “Efficient ventilation and drying for industrial processes.”
🌱 Drying Agricultural Products “Cost-effective drying of fruit, vegetables, and herbs using clean energy.”

Key benefits

☀️ 100% Free Energy
💨 Air Heating and Drying
💧 Reduced Humidity and Mould
🍎 Fruit and Vegetable Drying

How does the system work?

🌀 Cold Air Inlet “Air from the room is drawn into the solar collector.”
🔆 Absorber “Solar energy is converted into heat, warming the air.”
💨 Warm Air Outlet “The filtered and heated air is returned to the room.”