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Do you want to expand your energy certificate at the push of a button besides the heat calculation, without any additional effort?
We have the solution! After construction of your building, and definition of the building physics you get at the push of a button automatically the energy calculation card. Obviously depending on the site!
You are directly working in the landscape-design, so a cumbrous import/export process is thus avoided. This saves you time and mone!
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SolarBIM PV offers complete, accurate and reliable calculation tools for designing
Solar BIM PV systems:
- calculate profits and payback with Complete Economic Analysis tools
- design a dynamic hourly basis Simulator of Grid-connected Photovoltaic Systems for maximum efficiency
SolarBIM PV is the only software to include all technical and economical analysis tools for efficient cost effective system design and comprehensive business plan analysis.
Hourly Basis Simulation
SolarBIM PV includes Hour-by-Hour system simulation to accurately represent real system productivity.
The designer can then alter design configuration for maximum system efficiency:
- Hourly PV Module working temperature based on installation (The module can be integrated or separate from the building envelope)
- Partial or total shading due to obstacle placement in reference to the horizon
- Partial or total shading due to PV module arrays, layout of strings and objects between or near strings
- Real efficiency of the inverter based on the working electrical load (nominal or partial output)
- Power Limiting in Overload and reduced efficiency
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Solar thermal applications sizing and drawing
Using the sun’s energy to heat water is not a new idea. More than one hundred years ago, black painted water tanks were used as simple solar water heaters in a number of countries. Solar water heating (SWH) technology has greatly improved during the past century. Today there are more than 30 million solar collectors installed around the globe.
Solar water heating systems use solar collectors and a liquid handling unit to transfer heat to the load, generally via a storage tank. The liquid handling unit includes the pump(s) used to circulate the working fluid from the collectors to the storage tank, control and safety equipment. When properly designed, solar water heaters will work when the outside temperature is well below freezing and are protected from overheating on hot, sunny days. Many systems also have a back-up heater to ensure that all of the consumer’s hot water needs are met even when there is insufficient sunshine.
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Program to the ended elements dedicated to the analysis of the behavior to the fire of composed sections from materials any.
Verification of sections in reinforced concrete and precompresso reinforced concrete in conditions of thermal stress
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FIRE RESISTANCE
The software for the thermal analysis and the verification of resistance to the fire concurs to carry out the thermal analysis and the verification of resistance to the fire in the respect more prescrittivi codes. The thermal analysis happens to ended elements of composed sections from any material, under the action of the fire. To they of the thermal analysis goes, for sections in c.a and c.a.p., she is proceeded to the verification of the carrying ability.
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RockPlane is a software tool for the evaluation of localized instability rock elements affected by seismic movements and/or by presence of water pressures within intersurface fractures. The software provides slide and toppling risk safety factors that enable verification of the stability of the block and as required the design of stabilization works using active or passive anchors and nails. Verification is performed on the basis of Limit Equilibrium with Mohr-Coulomb or Barton-Bandis failure criteria; On the block are taken into consideration: Weight, Hydrostatic thrust in tension cracks a seismic force.
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G.F.A.S. (Geotechnical and F.E.M. analysis System) is a recent product of Geostru Corporation for mechanical analysis of soil using finite elements methods.
This is a complete solution that integrates all functions required for the analysis of geotechnical problem areas such as:
• Tunnels
• Slope Stability
• Excavations
• Embankment settlements
• Foundation Settlements
• Interaction between structures and soils
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***SOFTWARE ONLY AVAILABLE IN ENGLISH***
Photometric Toolbox - Professional Edition is a photometry evaluation program that allows you to create, edit, repair, report and compare luminaire photometric data.
Photometric Toolbox includes the computation of the Luminaire Classification System (LCS) in accordance with IESNA TM-15-07 as well as the Luminaire Efficacy Rating (LER).
Photometric Toolbox - Professional Edition will create a complete photometric report from any photometric file in IES, EULUMDAT or CIBSE TM-14 format. This report is very much like what is originally generated by the photometric testing laboratory when the luminaire is tested. Reports can be generated in Indoor format (interior type C), Roadway (exterior type C), or Flood (type B) formats. Each report format displays the metrics specific to that variety of luminaire.
Using Photometric Toolbox Professional you can open and save across IES, Eulumdat and British Standard CIBSE TM-14 photometric formats. Need to translate between formats? This is the tool!
The Convert Tool within Photometric Toolbox provides the ability to convert between Type C and Type B goniometer formats as well as apply various angular positioning commands to modify luminaire test position.
Photometric Toolbox can evaluate and compare up to three different photometric files on a side by side basis with user defined criteria. Compare is delivered with standard report formats including a "Dark Sky" format that includes the most relevant photometric metrics currently considered for performance evaluation with night skies, glare and trespass.
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***SOFTWARE ONLY AVAILABLE IN ENGLISH***
AGI32 is a computational program that performs numerical point-by-point calculations of incident direct or reflected light on any real surface or imaginary plane. Within this scope, it is used to predict or quantify the distribution of artificial or natural light in any environment.
AGI32 is a simple yet extraordinary model builder capable of constructing almost any architectural environment. Vaults, domes, curves, slopes and extrusions are easily created allowing you to accurately model the architectural elements you encounter everyday. AGI32 supports many 3D entity types (3DFaces, Regions, Bodies, Polymesh and ACIS Solids) allowing you to import models from other programs.
AGI32 is a wonderfully fun and interactive rendering program. Employed on this level, AGI32 can be used to generate extremely fast and accurate color images of the behavior of the specified luminaires within the environment. Fast enough to be used on an iterative basis, designers now have the ability to quickly visualize and share different lighting scenarios before they are specified, purchased and installed.
AGI32 also provides the dramatic capability to ray trace your renderings after the radiosity calculation is complete. Ray tracing will provide extremely crisp shadows and show specular surfaces such as tile, mirror, glass to make your presentation images almost lifelike.
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The interactive VIVALDI visualisation software allows designers, architects and customers to define lighting scenes individually and illustratively using a control panel. In addition to the question of efficient use of energy, lighting quality plays a major role, too: glare-free task lighting, biological lighting similar to daylight (which has a stimulating effect), and emotional lighting for relaxation and well-being. If these three functions are fulfilled, the lighting solution will be fully in line with the Humanergy Balance concept. Thanks to VIVALDI, customers and users can now use the control panel to interactively influence dimming levels and light colours of the luminaires used. Furthermore, a so-called Timeline Editor allows them to determine lighting quantity and light colours of individual lighting solutions. Thus, VIVALDI provides a completely new way of displaying various daylight sequences and adjusting the artificial lighting required perfectly to the available daylight component.
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Sunlite Suite, the lighting control software that outperforms most consoles/desks available on the market !
Sunlite Suite, our 8th generation of software, benefits from 16 years of experience in lighting control and from Windows technologies for optimal ease of use. Most functions within the software have been improved while keeping the general successful concept of earlier versions. Once again, the new generation of Sunlite sotware controllers has gained both in ease of use and functionality.
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Control your lights... without any computer !
The "Easy Stand Alone" software was created for users seeking complete ease-of-use. With its simple design and competitive price, «Easy Stand Alone» offers its wide range of features as a gateway to multiple applications, particularly within architectural lighting.
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GEO2000 is a suite of Windows 95®, 98®, NT®, Me®, 2000® or XP® programs, which is necessary to the engineer that want to analyze structures in seismic zones by the geotechnical point of view
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Especially created for civil engineers, SISMICAD is the perfect solution of structural analysis and application problems related to it . It can be defined as a pre and post processor of finite elements solved in AutoCAD® , AutoCAD LT® or IntelliCAD® . The program develops the complete formulation of a three-dimensional model in terms of geometry and loads, simply by drawing its structure. It also elaborates the executive drawing of structural elements.
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SISMICAD LT can be defined as the light version of SISMICAD. Created especially for load management and unlimited numeric resolution, SISMICAD LT allows planning of plates with a maximum surface of 50 sm. Masonry planning is not available with this program.
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PERFORM 3D is a highly focused nonlinear software tool for earthquake resistant design. Complex structures, including those with intricate shear wall layouts, can be analyzed nonlinearly using a wide variety of deformation-based and strength-based limit states.
Model data can be imported directly from ETABS and SAP2000. A wide variety of element types are supported, including beams (with panel zones), columns, braces, shear walls (with openings), floor slabs, dampers, and isolators.
Nonlinear analyses can be static and/or dynamic, and can be run on the same model. Loads can be applied in any sequence, such as a dynamic earthquake load followed by a static pushover.
PERFORM 3D provides powerful performance based design capabilities, and can calculate demand/capacity (usage) ratios for all components and all limit states. Performance assessment based on ATC-40, FEMA-356 or ATC-440 is fully automated.
PERFORM 3D output includes usage ratio plots, pushover diagrams, energy balance displays, as well as mode shapes, deflected shapes, and time history records of displacements and forces.
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Various calculation software 
