SOLAR-COMPUTER –Best Building Construction Components V5.35.01 | All Modules Activated | Latest 2026
Summary
SOLAR-COMPUTER’s Building Construction Components (Version 5.35.01) is a specialized German building physics software used for structural and thermal analysis. Developed by SOLAR-COMPUTER GmbH, a company with over 30 years of experience in developing high-quality standardized calculation software for building physics, energy, heating, sanitary, climate, ventilation, and economic efficiency, this tool models room constructions, calculates annual energy requirements, and simulates heating and cooling loads.
The software integrates perfectly with AutoCAD MEP and BIM software, making it an essential solution for mechanical, electrical, and plumbing (MEP) engineers, as well as building physicists working on modern construction projects.
SOLAR-COMPUTER Activation Proof
Thermal Dynamics, Shading, And Energy Certifications
The software provides comprehensive thermal dynamics calculations, delivering hourly and daily individual results for room temperatures, shading profiles, and extreme weather values. Engineers can compute self-shading of structured facades, ground reflection, and external and interior sun protection through the shading and facades module. The software supports statutory annual energy requirement reporting for entire buildings or specific zones, ensuring compliance with German building regulations including the Building Energy Act (GEG). The software supports all current standards, including GEG / DIN V 18599, DIN 4108-2, VDI 6025, and DIN 4108-3, ensuring the highest calculation accuracy and norm compliance.
GBIS – The Intelligent BIM Interface For AutoCAD MEP
SOLAR-COMPUTER has established a strategic cooperation with Autodesk, achieving “Preferred Industry Partner” status. The result of this close cooperation between development departments is the GBIS (Green Building Information System) tool. GBIS is more than just an interface. It connects AutoCAD MEP with SOLAR-COMPUTER calculation programs for buildings and systems in an intelligent, bidirectional way. GBIS creates SOLAR-COMPUTER toolboxes in the user interface of AutoCAD MEP, checks drawings for “incalculable drawing errors,” and prepares drawing data for calculation purposes.
The GBIS tool offers several powerful features for MEP engineers. The ribbon bar displays the workflow logic of typical applications, allowing users to switch the interface to the desired calculation application with a single click. GBIS automatically activates the appropriate integration in the background, and supports 13 continuous calculation applications. The new generation of GBIS managers ensures transparency, control, and automation. The Floor Manager consolidates architectural levels including ground level/earth area with automatic building of storeys in the energy model, while the Room Manager automatically builds MEP rooms from architectural or custom models.
GBIS Modules – Heating, Sanitary, And Plumbing Design
The GBIS Heating module for AutoCAD MEP provides an intelligent way to connect AutoCAD MEP with SOLAR-COMPUTER calculations for TGA heating planning, including heating surfaces and pipe networks. The tool allows automatic generation of heating surfaces in the calculation and placement in the pipe network. Users can control the tool through GBIS buttons and dialogs in the AutoCAD interface. A key feature is the automatic radiator placement, which generates radiators without any drawing effort from room and window geometries, selects them with product datasets, and automatically draws them in the drawing with calculated actual dimensions.
The GBIS Sanitary module supports drinking water and drainage calculations. Drawn drinking water networks can be recalculated, redesigned, or processed in combination. GBIS controls any re-dimensioning in the drawing and enters relevant calculation results into the AutoCAD model for versatile use, including labeling sanitary objects, pipes, and risers, and coloring pipes according to calculated peak flow rates, insulation thicknesses, or flow velocities. GBIS can generate a standard drainage network from the CAD-generated SOLAR-COMPUTER drinking water network and calculate it according to DIN EN 12056 and DIN 1988-100.
Building Physics And Energy Performance Calculations
The Building Construction Components module forms the building physics core for building construction and TGA projects. The U-value calculation supports all types of layer structures, including special cases such as stationary, strongly or weakly ventilated air layers, air spaces, unheated rooms, attics, or wedge-shaped layers. The software automatically determines the complete temperature profile, U-value, and the building physics-relevant dew point. Material datasets according to DIN 4108-4:2020-11 and DIN EN ISO 10456:2010-05 are fully included.
For summer thermal protection, the software provides a simulation program that allows norm-compliant thermal building simulation of individual rooms, checking and verifying according to DIN 4108-2. All standard simulation boundary conditions, such as usage times or climate conditions, are automatically set. Heat inputs, sun protection, shading, reflections, and different glazing types are detailed considered. The verification includes the fulfilled/not fulfilled status as well as the excess temperature degree hours based on operative temperatures.
BIM And Energy Modeling Integration
SOLAR-COMPUTER’s software supports the BIM concept by providing seamless integration with Revit and AutoCAD MEP. The GBIS IFC Manager for Revit enables efficient generation of lean Revit building models from IFC files (ALLPLAN, ArchiCAD, AutoCAD MEP, etc.) for subsequent building calculations . The IFC Import module imports IFC models, automatically checks them for inconsistencies, and enables visual correction, allowing users to supplement or adapt missing or problematic components. The software automatically recognizes rooms, components, neighbor relationships, and envelope surfaces and transfers them into standard-compliant dimensions.
For energy performance, the central energy efficiency program allows complete energy balancing for residential and non-residential buildings according to GEG 2024 / DIN V 18599. The software features a unified, consistent data basis across all programs, a seamless workflow from graphical capture to GEG verification, higher planning quality and collision safety thanks to BIM capability, and highest calculation accuracy through validated procedures and consistent standard compliance.
Purchase Options And Licensing
SOLAR-COMPUTER Building Construction Components is available through various purchase options. The company offers GEG bundles that include complete solutions for energy certificates of all types and complexity, including demand-based energy certificates for residential and non-residential buildings according to DIN V 18599, consumption-based energy certificates, energy report creation, economic efficiency calculations, and individual renovation roadmap creation.
The GEG Bundle 3D/IFC adds graphical building capture including IFC support. For integrated planning and working, SOLAR-COMPUTER offers additional interfaces to CAD, heating load, cooling load, and building simulation. Users can contact regional sales representatives for personal consultation and customized pricing.
Frequently Asked Questions
Q1: What is SOLAR-COMPUTER Building Construction Components V5.35.01?
It is a specialized German building physics software for structural and thermal analysis, modeling room constructions, calculating annual energy requirements, and simulating heating and cooling loads.
Q2: What is GBIS and how does it work?
GBIS (Green Building Information System) is an intelligent, bidirectional interface that connects AutoCAD MEP and Revit with SOLAR-COMPUTER calculation programs, enabling seamless data exchange for MEP planning.
Q3: Which CAD platforms does the software integrate with?
The software integrates with AutoCAD MEP and Revit, and supports IFC import and export for BIM workflows.
Q4: What standards and regulations does the software support?
The software supports GEG / DIN V 18599, DIN 4108-2, VDI 6025, DIN 4108-3, DIN EN ISO 10211, and DIN EN ISO 10077, ensuring norm compliance.
Q5: Can the software perform U-value and thermal bridge calculations?
Yes. The U-value calculation supports all types of layer structures, and ThermCalc provides precise Psi-value calculations using the Finite Element Method (FEM).
Q6: Is there a free trial available for SOLAR-COMPUTER software?
The official SOLAR-COMPUTER website provides information on product demonstrations and consultations with regional sales representatives.
Q7: Who is the target audience for this software?
Mechanical, electrical, and plumbing (MEP) engineers, building physicists, architects, energy consultants, and contractors working on building construction and renovation projects.
