Posting Date | 18 December 2009
Countries where the tool has been developed | United Kingdom
Theme | Thermal comfort, indoor air quality, acoustics, On-site renewable energy sources, Energy efficiency technologies and materials, Building envelope (walls, windows,...), Energy sources, district heating / cooling, cogeneration, Calculation, simulation, Building operation, monitoring, energy management, Controls, energy management systems, Environmental issues related to buildings, Lighting, Heating, domestic hot water, Air conditioning, cooling, ventilation, air infiltration Expertise required | CAD and environmental design experience useful but not essential. ECOTECT is good at teaching the novice environmental designer many of the important concepts necessary for efficient building design. Extensive help file and tutorials provided.
Input of the tool | Intuitive 3D CAD interface allows validation of the simplest sketch design to highly complex 3D models. Can also import 3DS and DXF files.
Output of the tool | ECOTECT's own analysis functions use a wide range of informative graphing methods which can be saved as Metafiles, Bitmaps or animations. Tables of data can also be easily output. For more specific analysis or validation you can export to; RADIANCE, POV Ray, VRML, AutoCAD DXF, EnergyPlus, AIOLOS, HTB2, CheNATH, ESP-r, ASCII Mod files, and XML.
Strengths | Allows the user to "play" with design ideas at the conceptual stages, providing essential analysis feedback from even the simplest sketch model. ECOTECT progressively guides the user as more detailed design information becomes available.
Weaknesses | As the program can perform many different types of analysis, the user needs to be aware of the different modelling and data requirements before diving in and modelling/importing geometry. For example; for thermal analysis, weather data and modelling geometry in an appropriate manner is important; and appropriate/comprehensive material data is required for almost all other types of analysis. The ECOTECT Help File attempts to guide/educate users about this and when/how it is important. Like any analysis program it's a matter of, "garbage in, garbage out...".
Comments
Building simulation