Vent.X Analysis: higher quality, faster, automated ventilation design

What if ventilation design mathematics were automated? What if the calculations included changes in the devices or surroundings? Look no further, Vent.X has it all!

Automated calculations save time in ventilation design

A new Analysis feature automates the calculation of ventilation functions and is now available on Vent.X. This offers great time savings for ventilation designers.

Vent.X uses a simple scale from A+ to D, A+ being the best, to grade the performance values of the devices. These grades are evolved into a total grade of an individual air external unit providing an intuitive way to assess the suitability of the device.

Changes are incorporated

Changes in the space, the quantity of air terminal units, and adjustment rate are all taken into consideration in the gradual analysis and in the final grade. By changing the selected values in throw-pattern or sound environment simulation phases, one can affect the total grade and find the most suitable device with a trustworthy trial and error approach.

Since changes are incorporated in the analysis, also longitudinal research into suitability of the device can be conducted. At best, changes in the lifetime of the air terminal units can be prepared for by finding a device with optimal performance at a suitable adjustment range.

Try Vent.X Analytics now

News

We have published our 2025 Sustainability Report

Climecon has published its 2025 Sustainability Report, providing an overview of the company’s key achievements and development initiatives in environmental responsibility, social responsibility, and good governance. During the year, we made significant progress in our climate work.

Read more

More performance without compromise – The advantages of nozzle ducts in HVAC design

Nozzle ducts have established themselves in ventilation design as a solution that combines efficiency, occupant comfort, and an appearance appreciated by architects. From an HVAC designer’s perspective, their key strength lies in their ability to simultaneously solve several air distribution challenges: handling large air volumes, draught-free ventilation, low noise levels, and space-efficient implementation.

Read more

Concrete actions towards a 1.5°C future

Climecon’s climate work is built on measurable actions, verified data, and determined progress toward the Science Based Targets initiative (SBTi). We drive emission reductions systematically—grounded in facts, measuring impact, and continuously improving over the long term. The 2025 carbon footprint calculation shows that our work is delivering results, particularly where the impact is fastest and most significant.

Read more