distributed by ESD & Simulation Built Pte. Ltd., Singapore.
We offer you discount with giving discount code upon purchase online.
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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
Dynamic Thermal Studies
Loads Design
Daylight Optimization
Airflow Analysis
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.
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
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
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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