Discover which ventilation network best suits your project Ventilation projects increasingly combine sustainability, comfort, health, and energy efficiency considerations. There is a clear objective to optimize resources. The aim is to advance along the lines of the Sustainable Development Goals (SDG 2030) and the philosophy passivhaus. Ventilation companies present projects compatible with energy efficiency and reduction of electricity consumption. This is contributed to by the overall context of crisis, with the resulting uncertainty arising from the invasion of Ukraine. Thus, for example, the government's energy security plan of Spain  is a response to that reality.

Use of the dehumidifier. Excess humidity in our homes reduces comfort levels and can harm our health

To control the humidity level in the home, the best solution is to install a mechanical ventilation system that helps us renew the air intelligently.

As of this year, it is mandatory to construct buildings under the concepts of nearly zero energy consumption in the public domain. We explain what requirements are necessary.

Constant airflow ventilation systems adapt to the actual ventilation needs and avoid losses of load or efficiency.

The future of ventilation lies in energy efficiency and a comfort level where consumption is almost null. We tell you the industry's perspectives.

What savings can the use of energy efficiency in mechanical double flow ventilation mean for our home? We explain how it can improve your health and your wallet thanks to it.

To optimize double flow systems in mechanical ventilation, a prior study of the conditions of the place where they will be installed is necessary.

Pressure losses are one of the most important phenomena to consider in mechanical ventilation. Learning to minimize them is essential for the system's proper functioning.

Forced ventilation in homes is the set of mechanical systems for air renewal. They are highly energy efficient and improve indoor health.