Adressing the Pressing Challenges in Today's HVAC Industry

The HVAC industry is evolving rapidly, with a constant influx of new technologies, stricter regulations, and increasing customer demands. This brings numerous challenges for HVAC professionals as they must seamlessly integrate complex technologies, while meeting more stringent carbon and energy standards, and growing customer demands.

Join our Founder & CEO Roel Vandenbulcke, together with our colleague Brian Vanheel and Autodesk's MEP Strategist Steve Butler, to explore the challenges and complexities of today’s HVAC market, and discover how our physics-based HVAC engineering software can transform your projects.

In this insightful session, we explored the challenges of today’s HVAC industry and demonstrated how our Digital Twin Software helps you:

Meet growing client expectations with physics-based solutions
Reduce failure costs with a correct design from the start
Save engineering time by streamlining the design process
Fortify your knowledge base and accelerate your learning curve

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Don't miss out on these valuable insights - watch the replay now and stay ahead in the game!

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Webinars

Designing Changeover Systems

In changeover systems, the same thermal end units or even the same hydraulic network are used for both heating and cooling purposes. This makes them attractive from an investment standpoint but significantly increases the complexity of calculations.

Webinars

Improving Pump Energy Savings

Replacing old pumps by new pumps can generate energy savings up to 45% simply due to improved pump and motor efficiency. However, by looking beyond the pump itself, up to 95% of pump energy savings can be achieved by also optimising pump controls, valve selection, pump (de)centralisation, and more.

Webinars

Améliorer les Économies d'Énergie des Pompes

Le remplacement des anciennes pompes par des nouvelles peut générer des économies d’énergie allant jusqu’à 45 %, simplement grâce à une meilleure efficacité des pompes et des moteurs. Cependant, en regardant au-delà de la pompe elle-même, jusqu’à 95 % des économies d’énergie peuvent être réalisées en optimisant également les régulations de la pompe, la sélection des vannes, la configuration des pompes (centralisation/décentralisation), et plus encore.