We provide energy-efficient air conditioning solutions for industrial buildings and those with high ceilings, designed to enhance occupant comfort and address issues like airborne particles, odors, and humidity. Our systems improve energy efficiency, reducing costs and contributing to environmental sustainability.
Savings in summer 25% / H. T. Lyons
Annual savings 30% / Valencia’s airport
Energy efficiency is measured by annual building consumption. Magnovent boosts savings with HVLS ceiling fans, radiant heating, and thermal insulation, cutting energy use by up to 60% and reducing costs by 8% per degree adjusted.
Thermal comfort is crucial for productivity in industrial
and public buildings. In winter, ceiling fans distribute heat, while radiant heating warms spaces quickly. In summer, fans create
a cooling breeze, and insulation helps block sunlight, improving overall conditions.
Since 2008, Magnovent has aimed to reduce its carbon footprint by helping companies lower CO2 emissions and energy costs while enhancing worker comfort. In response to rising CO2 levels, we provide energy-efficient solutions, including advanced fans, radiant heating, and insulating liquid ceramic paint.
The best way to reduce C02 emissions is to supplement or replace air conditioners with ceiling fans. At Magnovent we have the least consuming fans on the market, capable of moving a lot of air at low revolutions.
In the case of large spaces, at Magnovent we always advise combining conventional HVAC systems with our fans with HVLS technology, since they meet sustainability and energy efficiency criteria. Applying our ventilation solutions, it is possible to reduce the temperature both in summer (up to 25%) and in winter (up to 45%), since it allows us to significantly reduce the use of air conditioning devices.
After the pandemic air renewals in enclosed buildings became an issue of awareness. We provide as many air renewals as needed thanks to our high volume air displacement, while keeping a quiet and confortable environment for occupants. That is why our reputable clients rely on our bioclimatic solutions for a sustainable future.
Liquid ceramic thermal insulation paint has many hidden economic benefits, such as reducing the need for air conditioning by 75% and the need for rooftop sprinklers in the summer. You can also see its benefits in winter, Magnovent thermal insulation retains 60% of the heat, so much less heating is used in the colder months.
Our reputed clients like MANGO, Ford, and Ferrero Roche have confirmed temperature reduction of 20ºC to 30ºC in the surfaces of their buildings. With a warranty of 10 years, our clients have a long terms insulation solution. Check our case studies!
Magnovent develops solutions for controlling humidity in industrial buildings, essential for maintaining product quality. By using HVLS fans and automated windows, indoor humidity is reduced to prevent condensation, while radiant heating quickly dries spaces. Additionally, a water spraying system regulates humidity levels to meet specific requirements.
Magnovent designs solutions to avoid condensation by humidity in industrial buildings. Humidity generates occupants discomfort in buildings, and can also damage their walls and structure. The combination of ventilation, radiant heating and automated windows allows eliminating and avoiding condensation by humidity.
Some industries need to control the relative humidity to keep their product’s quality. We propose water nebulizing or spraying systems to create humidity in the air and avoid possible losses because of the variations in product properties.
The system design is totally customizable for any installation area.
Additionally, there is also the possibility of combining both the water spraying system
and the HVLS fans to distribute humidity homogenously.
Magnovent enhances productivity in production companies by improving drying processes for paint, liquids, food, and seeds, and by optimizing living conditions for farm animals, which boosts production. HVLS fans were initially developed for cow farms, and nebulizers are used to control humidity in wood drying processes.
