Cooling

Cooling is essential for maintaining an optimal growing environment, especially during hot periods or climates where temperatures quickly reach critical levels. Harnois offers advanced cooling solutions to keep temperature and humidity at ideal levels, ensuring stable growing conditions and maximized yields.

Why Invest in a Greenhouse Cooling System?

Temperature Stabilization

Our cooling systems effectively regulate temperature, preventing heat stress in plants. This stabilization creates a consistent environment that promotes healthy and uniform crop growth.

Improved Crop Quality

Cooling systems maintain optimal temperatures, reducing the risk of heat-related damage and ensuring higher-quality harvests even during the hottest periods.

Reduced Energy Costs

Our solutions are designed for energy efficiency, delivering high-performance cooling while minimizing electricity consumption and operational costs.

Adaptability to Climatic Conditions

Harnois cooling solutions are modular and adjustable to the specific climatic conditions of any region, ensuring maximum performance even in the most demanding environments.

Sustainable and Eco-Friendly Cooling

Harnois cooling systems deliver optimal performance while respecting the environment. By optimizing energy use and incorporating natural cooling methods, we help growers reduce their ecological footprint while maintaining ideal growing conditions.

Personalized Support

At Harnois, every greenhouse is unique. Our climate control experts work closely with you to design a cooling system tailored to the specific needs of your crops and local climatic challenges. From design and installation to technical support, we guide you at every step to ensure adequate cooling.

Technology That Grows with You

Harnois cooling systems are modular and ready to evolve with technological advancements and your production's changing needs. Whether upgrading an existing system or implementing a complete solution, our technologies adapt and continuously improve your greenhouse's efficiency.