What's A Dynamic Thermal Modelling...?

What Exactly Is The Difference Between A typical Load or Energy Calculation And Dynamic Thermal Modelling?

Typical Load or Energy Calculation

Doesn't show the performance throughout the whole year.
​Unclear for design and improvement.
Limitation from the outcomes.
Get lost in term of accuracy.
Nowadays, it's N/A. Competitors use advanced technologies.
They're not what they calculate for.
Nothing more than a typical hand calculation.
Static, just a calculation with few formulas.
hold the influences from referenced climates.
not providing accurate results for designers what to do next.
Makes building design complicated, not easy and lost.

Dynamic Thermal Modelling

Great to seeing the annual results with hourly analysis
way to calculate the building as reality and more options.
Availability to include the required information.
Clear sequence to model as an actual buildings.
Competitors take advanced technologies for greater solutions.
Knowing every single area and component to be studied.
Useful for team discussion and fine tuning the design.
It's a dynamic calculated for whole entire year 
Team has better understanding.
Designers and client will know what to do next.
No doubt with what has missed out for the exact results.

TAS Building Simulation Is A Dynamic Thermal Load and Energy Calculator For Building Designs.

Yes, TAS Building Simulation was created so that building designers like you, who aren't programmers and who don't know how to code, easily calculate building performance inside of a dynamic thermal modelling, to find out your designs need! Let me show you it works:
  • Guide your team the outcomes from what they design (so they have ideas of how the building will be)
  • Point your client which the best performance building is or the designs help to save their energy and capital. 
  • An available model for changes and test to finding the best solution.

TAS Building Simulation Gives you The Tools And Strategies You Need In One Convenient Spot!

Yes, TAS Building Simulation Gives You The Tools And Strategies You Need To Model, Simulate AND Analysis Your Building Designs.
  • Simple create 3D geometry
  • Quickly Import/export BIM file formats
  • Perform daylight and climate based daylight modelling analysis
  • Simulate building loads
  • Create component based HVAC air and water side systems
  • Simulate HVAC for sizing/ energy/cost/ CO2
  • Easily access and visualize all simulation data
  • Switch between IP and SI units with the click of a button​

Buildings Perform Greater

Buildings Perform Greater That You Can Design With... Build simple Models that quickly find out the solutions you required, so you can make building perform better to fine tune with again and again, till design team and client finalize!

Building Energy Savings

Build completed models and HVAC systems that are pre-designed to walk your ideas through each step of the selection process, and convert them from "trials" into actual firm designs which benefits from operational and capital costs...

Also, you can test "1 click input change", and dramatically improve the building energy per trial!

Living Comfort and WellBeing

Beside building loads and energy calculations, you can also simulate or assess with thermal comfort, daylight to balance with the need from artificial lighting to user comfort by mitigating glare and direct sunlight.

You can multi-core distributed Climate Based Daylight Modelling for rapid design iterations, render a high quality ray tracing based 3D view of your building at any hour of the year for shading and shadow casting analysis.

Also, Assess the expected comfort levels in your design Overheating Potential, Radiant Environment, Perceived Comfort, Fresh Air Levels, Clear and helpful results viewer,

Optimization and Parametric Analysis

With some variables, there is an optimum value that balances the effects a variable has. One way to find this optimum value is to perform many simulations with different values, but this can be slow and time consuming.

TasGenOpt solves this problem by doing the hard work for you, automatically minimizing the number of simulations required to find the optimum value through parametric analysis.

Not Sure How You'd Use A Dynamic Thermal Modelling To Improve Building Design?

Tell us what type of company you are in, and we'll show you the type of building simulations you should be using AND we'll SHARE with YOU our valuable experience improving building performances!

    What Of These Best Describes Your Business/Service?

Need To Know MORE About What TAS Building Simulation Can Do For You?

Click Below To See More Detailed Information About These Powerful Building Performance Analysis Inside Of Your TAS Building Simulation Account:

Try TAS Building
​Simulation For Free:

No obligations, no contracts.
  • Simple create 3D geometry
  • Quickly Import/export BIM file formats
  • Perform daylight and climate based daylight modelling analysis
  • Simulate building loads
  • Create component based HVAC air and water side systems
  • Simulate HVAC for sizing/ energy/cost/ CO2
  • Easily access and visualize all simulation data
  • Switch between IP and SI units with the click of a button​

TAS Building Simulation Gives You THE TOOLS You Need To Model, Simulate AND Analysis Your Building Designs.