Commercial ventilation

Scope of commercial application

Every commercial environment has specific needs; Evel’s HVLS fans bring concrete benefits by improving comfort, safety and energy efficiency in every season.

Airports and Hangars

Large spaces with frequently open doors make climate management complex. In summer, HVLS fans reduce the perception of heat and improve air quality, providing comfort for both passengers and ground staff. In winter they counteract thermal stratification, maintaining uniform temperatures and reducing heating costs without wasting energy.

Libraries and Archives

To preserve books, documents, and delicate collections, a stable microclimate is essential. In summer, HVLS fans promote cooler, moving air that reduces excess humidity, while in winter they prevent temperature differences between different areas, contributing to the proper preservation of heritage and the well-being of visitors.

Shopping Centers

Customer comfort directly affects customer stay and shopping. In summer, HVLS fans make the environment cooler without uncomfortable currents, enhancing the shopping experience. In winter they maintain constant temperatures throughout the facility, reducing energy consumption and supporting traditional air conditioning.

Churches and Places of Worship

Historic or large buildings present difficulties in traditional air conditioning. HVLS fans ensure uniform airflow in summer that cools without altering the architectural environment, while in winter they distribute heat quietly and evenly, improving comfort during functions and ceremonies.

Veterinary Clinics

Animal welfare requires fresh, healthy air. In summer, HVLS fans improve ventilation, reduce odors, and limit the spread of bacteria. In winter they maintain a stable microclimate, avoiding cold spots that can be harmful to sensitive animals and creating a more comfortable environment for staff.

Distribution and Logistics

Warehouses and logistics hubs suffer from strong thermal stratification and large areas that are difficult to air condition. In summer, HVLS fans reduce perceived heat, improving working conditions. In winter they break down stratification, keeping the temperature uniform from floor to ceiling and reducing heating consumption.

Fairs and Pavilions

Exhibition events draw large flows of people and generate heat. HVLS fans, in summer, cool the environment and reduce humidity, improving the comfort of visitors and exhibitors. In winter, they maintain a stable microclimate, avoiding annoying temperature swings typical of temporary or semi-open structures.

Outlets and Shopping Villages

Semi-open or outdoor facilities benefit from the natural ventilation provided by HVLS fans. In warm months, the moving air makes the shopping experience more pleasant, while in cold seasons they help reduce humidity and better distribute heat from any local heating systems.

Padel and Sports Facilities

Indoor sports environments can quickly become hot and unhealthy. In summer, HVLS fans lower the perceived temperature and reduce the risk of heat stress for athletes. In winter they maintain a constant airflow that better distributes heat, creating healthier conditions for spectators and staff as well.

Sports arenas

Climate management of crowded spaces is complex. In summer, HVLS fans improve air quality, reduce humidity, and make the environment more comfortable for spectators and athletes. In winter they promote even heat distribution, limiting temperature swings and reducing energy expenditure.

Gyms and Fitness Centers

In busy environments, the risk of excessive heat is high. HVLS fans in summer lower temperature perception, improve oxygenation and reduce the possibility of heat stroke. In winter, they maintain a uniform microclimate, making gyms more welcoming and encouraging member loyalty.

CrossFit Box

Intensive and often overheated spaces find HVLS fans an effective solution. In warmer months they allow more sustainable workouts through powerful but unobtrusive airflow. In winter they maintain a stable environment that makes spaces more usable without expensive air conditioning systems.

Restaurants and Pubs

Guest comfort and air quality directly affect the dining experience. In summer, HVLS fans improve ventilation without creating uncomfortable drafts, while in winter they maintain more uniform temperatures and reduce condensation. In all seasons they help reduce the permanence of unwanted odors.

Game Rooms and Casinos

A comfortable microclimate encourages customers to stay. In summer, HVLS fans reduce heat and improve air quality, while in winter they maintain stable temperatures and humidity, reducing air conditioning costs and ensuring a pleasant environment at all times.

Showroom

In automobile, furniture or fashion sales, comfort influences brand perception. HVLS fans, in summer, create a cooler and more welcoming environment for customers. In winter, they stabilize the indoor temperature, reinforcing the professional image of the exhibition space and reducing energy expenses.

Stations and Terminals

These transit spaces suffer from continuously open doors and large flows of people. HVLS fans, in summer, make temperature changes more bearable, and in winter they remix warm air, maintaining constant comfort and reducing heating costs.

Supermarkets and Hypermarkets

Customer comfort is crucial to customer loyalty. In summer, HVLS fans cool rooms without the need for high-power air conditioners, enhancing the shopping experience. In winter they break down thermal stratification, resulting in real savings in heating costs.

Theaters and Conference Rooms

The quality of the audience experience depends on comfort. HVLS fans, in summer, keep the air cool and reduce humidity, also improving the acoustics of the hall. In winter, they ensure an even temperature, promoting concentration and enjoyment of events.

Auto Dealerships

Showrooms and workshops must balance comfort and efficiency. HVLS fans in summer create a welcoming environment for customers and improve working conditions for mechanics. In winter they reduce heat stratification, contributing to significant energy savings and a more stable microclimate.