distributed by ESD & Simulation Built Pte. Ltd., Singapore.
We offer you discount with giving discount code upon purchase online.
TAS Building Simulation Software is the quantification of aspects of building performance which are relevant to the of buildings. TAS software has the building performance simulations for:-

Building Energy Consumption
  • Employ scenario analysis to investigate different assumptions about the technical and economic conditions at play.
  • Include the system feasibility, cumulative financial costs, natural resources use and energy efficiency of the system under investigation.
  • Capture energy system operation, technology stock turnover, technology innovation, firm and household behavior, energy and non-energy capital investment… etc.
  • A coherent set of assumptions about a possible system. New scenarios are tested against a baseline scenario – normally business-as-usual and the differences in outcome is noted.
  • Evaluate alternative scenarios and to compare their energy requirements, social cost, benefits and environmental impacts.
  • Energy modeling is about making good decisions which not only save building energy/cost, also making building efficient and habitable.
  • Energy efficient and habitable building in turn make occupants happy and able to perform hence they become more productive.
  • In fact, during a buildings life cycle cost analysis, the cost of the employees turnover is much higher than the cost of the building and energy used.
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​Dynamic Thermal Studies
  • Predict internal comfort conditions throughout the year.
  • Checking the likelihood of overheating during the days.
  • Establishing likely yearly / monthly / daily energy demands (cooling, lighting etc).
  • “Solar shading analysis” can be used to assist the design for shading requirements or selecting most appropriate solar panel locations in order to reduce solar heat gains.
  • Natural ventilation studies.
  • Façade analysis.

Loads Design
  • Air conditioning loads (the amount of cooling / heating energy needed by a space / system / building)
  • Volumetric air flow requirements (the amount of air needed to cool / heat a space)
  • Equipment capacities (since equipment may condition multiple spaces)
  • Supply Temperatures
  • Hydroponic Plant capacities (worst case simultaneous load)
  • Similarities and differences between equipment options for heating and cooling a space
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Daylight Optimization
  • Compare different design options
  • Verify that a proposed design will provide adequate daylight – Ensures quality visual comfort for healthy living indoor environment
  • Predict sources of potential glare, look at contrast ratios or balance of daylight within a space
  • Indicate potential energy savings from electric lighting use
  • Comply with the available daylighting codes
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Airflow Analysis
  • Temperatures
  • Air Velocity / Speed
  • Flow Patterns
  • Thermal Comfort
  • Air Change Effectiveness
  • Natural Ventilation
  • Mechanical Ventilation
  • Hybrid or Mixed Mode Ventilation
  • Stack Effects​  
We offer you discount with giving discount code upon purchase online.
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