Decarbonize Building Operations With an Optimized HVAC System

Utilize simulation and virtual twin technology to create optimal HVAC systems and reduce building emissions from end to end. 

Fight Global Warming With Indoor Climate

Heating, ventilation and air conditioning (HVAC) in buildings is one of the largest contributors to global carbon emissions. HVAC systems are currently responsible for 20%1 of building electricity consumption worldwide and 10%2 of all global electricity consumption.

As such, HVAC performance cannot be an afterthought but must be integrated into every stage of HVAC system design to lower its end-to-end carbon footprint. And HVAC optimization is possible by utilizing virtual twin technology for HVAC simulation.

Simulate HVAC Systems for Green-Building

Read our ebook and discover how to optimize your HVAC system to improve energy efficiency, air quality and comfort in buildings.

Balance Energy Efficiency, Indoor Air Quality and Comfort

Balance Energy Efficiency, Air Quality and Comfort > Dassault Systèmes

A holistic approach is needed to overcome the challenges of building and sustaining green buildings. While demand for energy efficiency has become more stringent, indoor air quality and comfort cannot be compromised. Instead, these three competing factors need to be optimally balanced.


To deliver HVAC systems with a lower carbon footprint while preserving comfort and air quality, manufacturers can leverage 3D modeling and simulation technologies for insights into HVAC performance. For example, simulation can be used to predict the emission, propagation and deposition of particles across the built environment versus the impact they have on the safety of building occupants.

Backed by virtual twin technology, simulation can accelerate cost-effective, sustainable HVAC innovation. For instance, simulation of a building’s virtual twin enables engineers to quickly spot and rectify causes of inefficient heating including:

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Weather effects

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Existing or potential sources of heat loss

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Inaccessible locations for the HVAC system

“By leveraging newer technologies and adaptive building designs, recent studies estimate that cooling and heating energy consumption intensity could decrease by 23%3 and 75%4 respectively.”

Charles Luzzato > Dassault Systèmes
Charles Luzzato
SIMULIA Global Industrial Equipment Industry Process Expert, Dassault Systèmes

With simulation, HVAC components and systems can be designed and optimized much earlier in tandem with the rest of the building without compromising safety and security. Engineers and architects can improve the system’s integration in building operations from the onset to:

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Reduce operating costs

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Maximize occupant comfort

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Ensure indoor air quality compliance

One for All Climate System Platform

As a collaborative hub, the 3DEXPERIENCE® platform brings together systems engineering, modeling, simulation and project management solutions to streamline all HVAC system processes and support innovative collaboration on a single integrated cloud-based platform.


"We can use the 3DEXPERIENCE platform to educate and communicate how the building performs," shared Charles Luzzato, SIMULIA Global Industrial Equipment Industry Process Expert at Dassault Systèmes.

Through the platform, the entire HVAC ecosystem can utilize simulation for year-round performance verification to ensure that HVAC systems operate efficiently, even in the hottest summer and coldest winter.

Backed by data-driven insights from multiscale simulations on the 3DEXPERIENCE platform, the carbon footprint of HVAC systems can be reduced from cradle to cradle. And this will go a long way to cutting carbon emissions from the built environment by 2040 to meet the 1.5° climate targets.

Gain an Edge in HVAC System Design

Create the optimal HVAC system with virtual twin technology and simulation on the 3DEXPERIENCE platform.

Dassault Systèmes' in-house expert, Charles Luzzato, shares how you can maximize the potential of simulation.

Duration 3 minutes 41

Explore our Industry Solution Experiences


1 & 2 Source: ieg
3 Source: ResearchGate
4 Source: Energies (Download the full article here)

 

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