دانلود TiSoft HeatingDesign v26.0.0.0 x64 نرم‌افزار طراحی و محاسبات سیستم‌های گرمایشی ساختمان

TiSoft HeatingDesign is suitable for residential, commercial, institutional, and other building projects where accurate heating-load calculations and properly sized heating systems are required.

Building and Heating System Modeling
HeatingDesign allows engineers to create a digital representation of a building and its heating installation. Building elements such as walls, floors, ceilings, windows, doors, rooms, and thermal zones can be incorporated into the project model.

The software supports a hybrid 2D/3D working environment, allowing users to work with floor plans while simultaneously viewing the building and heating installation in three dimensions.

Existing drawings can also be used as a basis for the project by importing information from formats such as DWG, PDF, and image files.

This modeling approach provides a connection between the physical characteristics of the building and the engineering calculations performed by the software.

Heat Loss and Heating Load Calculations
One of the core functions of TiSoft HeatingDesign is the calculation of building heat losses and design heating loads.

The software evaluates the thermal characteristics of building elements and calculates the amount of heat required to maintain the specified indoor design conditions.

Depending on the selected calculation methodology, HeatingDesign supports calculation procedures associated with standards such as:
EN 12831
DIN 4701
EN 1264

Heat-loss calculations can consider heat transmission through the building envelope, losses toward external or unheated spaces, ground-related heat losses, ventilation losses, air infiltration, and other relevant design parameters.

The calculated heating load can then be used as the basis for selecting and sizing radiators, underfloor heating circuits, fan-coil units, and other heat-emitting equipment.

Central Heating System Design
HeatingDesign supports the design of central heating systems and their associated hydronic distribution networks.

Engineers can define the heat source, distribution network, heating emitters, piping, manifolds, pumps, valves, and other components and connect them together within the project model.

The software supports different heating configurations, including:
One-pipe heating systems
Two-pipe heating systems
Underfloor heating systems
Hydronic heating networks
Multi-floor heating installations

The network can be organized according to the building's actual structure, making it easier to analyze connections between floors, distribution points, and individual heating zones.

Underfloor Heating Design
A dedicated set of tools is available for underfloor heating design.
HeatingDesign can create underfloor heating circuits based on defined room areas and design parameters. Pipe layouts can be generated according to the selected system configuration, while parameters such as pipe spacing, pipe diameter, circuit length, flow temperature, return temperature, and floor construction can be incorporated into the calculations.

The software can calculate the required heating output and help determine appropriate circuit configurations and manifold connections.

Underfloor heating systems can be designed according to calculation methodologies associated with EN 1264.

Radiator Design and Sizing
TiSoft HeatingDesign provides tools for designing and sizing radiator-based heating systems.
Radiators can be selected from the available equipment libraries and assigned to rooms according to their calculated heating requirements.

The software can use radiator characteristics together with the calculated heat demand and system operating conditions to determine appropriate equipment for individual rooms.

This helps reduce the risk of selecting heating emitters that are significantly undersized or oversized for the actual thermal requirements of the building.

Heating Pipe Design and Sizing
HeatingDesign provides tools for creating and analyzing the piping network connecting heat sources, manifolds, radiators, fan-coil units, and other heating equipment.

Pipes can be routed through the building model, with the resulting network represented in both 2D and 3D views.

The software can assist with pipe sizing and hydraulic calculations by considering parameters such as:
Pipe diameter
Flow rate
Heating load
Pipe length
Temperature conditions
Pressure loss
Network configuration
Connected heating equipment

Pipe accessories and fittings can also be represented within the heating system.

Hydraulic Network Design
Hydronic analysis is an important part of HeatingDesign. The software can represent the complete relationship between heat sources, distribution pipes, manifolds, and heat emitters.

This allows engineers to evaluate the hydraulic requirements of heating circuits and design appropriately balanced systems.

The project model can include components such as:
Pumps
Manifolds
Expansion tanks
Valves
Pipes
Fittings
Radiators
Fan-coil units
Boilers
Heat pumps

Heat Pumps and Boilers
HeatingDesign includes libraries for common heating equipment, including boilers and heat pumps.
Heat pumps can be incorporated into heating projects as heat sources, while their technical characteristics can be used as part of the system design.
Boilers and other heat-generation equipment can similarly be represented in the project model and connected to the hydronic distribution network.
The availability of equipment libraries helps engineers use manufacturer-specific technical information when preparing heating-system designs.

Fan-Coil Unit Design
The software also supports the design of Fan-Coil Units (FCUs).
Fan-coil units can be incorporated into hydronic heating systems, including configurations based on two-pipe and four-pipe arrangements where supported by the selected equipment and system configuration.
HeatingDesign includes functionality for working with FCU characteristics such as heating capacity, water flow, and pressure-related parameters.
Automatic FCU sizing functionality can also assist in selecting suitable units based on the requirements of individual spaces.

Manifold Design
Manifolds are an important component of underfloor heating and other hydronic systems. HeatingDesign can model manifolds and their connected heating circuits.
The software can associate individual heating circuits with manifolds and provide calculation information required for the design of the distribution system.
This is particularly useful when designing multi-zone underfloor heating systems where several circuits originate from a common manifold.

Riser and Multi-Story Building Design
HeatingDesign can be used for multi-story buildings and supports the representation of vertical heating distribution.
Riser diagrams can be generated to illustrate the vertical relationship between floors, distribution pipes, heating equipment, and other system components.

This provides a clearer overview of complex heating installations and helps engineers document the relationship between horizontal floor networks and vertical distribution systems.

BIM Equipment Libraries
A major component of TiSoft HeatingDesign is its collection of BIM-oriented equipment libraries.
The libraries can contain both geometric and technical information for heating components. This allows equipment to be represented visually while simultaneously providing the engineering data required for calculations.
Depending on the available library, equipment categories may include:
Air-to-water heat pumps
Radiators
Fan-coil units
Boilers
Circulator pumps
Expansion tanks
Buffer tanks
Manifolds
Rigid pipes
Flexible pipes
DHW boilers
Valves
Pipe fittings

Users can also work with customizable equipment and material information to adapt the software to specific project requirements.

2D and 3D Visualization
HeatingDesign combines conventional engineering drawings with three-dimensional visualization.
The 2D environment can be used for detailed floor-plan work and equipment placement, while the 3D environment provides a spatial representation of the building and heating installation.

This makes it possible to inspect:
Pipe routes
Radiator locations
Heating circuits
Manifolds
Equipment positions
Vertical connections
Building levels

The combination of 2D drafting and 3D visualization can help identify potential layout problems before construction.

Hydronic Tree and System Diagrams
The software can generate graphical representations of the hydronic system, including Hydronic Trees and other system diagrams.

These diagrams provide a structured representation of the relationships between heat sources, distribution branches, pipes, manifolds, and heating emitters.

Such diagrams are useful for both engineering verification and project documentation.

Technical Reports and Documentation
HeatingDesign can generate engineering documentation directly from the project model.
Reports may contain information such as:
Heat-loss calculations
Heating-load calculations
Radiator calculations
Underfloor heating calculations
Manifold calculations
Riser calculations
Pipe calculations
Building information
Design parameters
Equipment information
Material quantities
Bill of Materials
Bill of Quantities

Reports can be generated in formats such as PDF and RTF, depending on the selected reporting workflow.

Bill of Materials and Quantity Takeoff
The software provides tools for preparing Lists of Materials (LOM) and Bills of Quantities (BOQ).
The material takeoff can include heating equipment, pipes, fittings, valves, manifolds, and other components used in the project.
Quantity information can be exported for further processing and estimating, including formats such as Excel, PDF, and RTF.

This makes HeatingDesign useful not only during engineering design but also during procurement, estimation, and project documentation.

Project Templates
HeatingDesign supports project templates that can be used to standardize recurring project configurations.
Templates can contain predefined settings, libraries, and other project information, allowing engineers to start new projects with an established configuration.

This can reduce repetitive setup work when designing similar buildings or heating installations.

Engineering Workflow
The main advantage of TiSoft HeatingDesign is the integration of building modeling, thermal calculations, hydraulic design, equipment selection, CAD documentation, and quantity takeoff.
Instead of preparing the building model, heating calculations, equipment schedules, and drawings as completely separate tasks, the software connects these elements through a common project model.

For example, a change in the building's thermal characteristics can affect the calculated heat load, which can subsequently influence radiator or underfloor heating requirements and the associated hydraulic design.

This integrated workflow helps maintain consistency between the engineering calculations and the final project documentation.

Typical Applications
TiSoft HeatingDesign can be used for a broad range of building heating projects, including:
Residential buildings
Apartment buildings
Villas
Office buildings
Commercial buildings
Hotels
Schools
Hospitals
Institutional buildings
Industrial buildings
Multi-story buildings
Central heating systems
Underfloor heating installations
Radiator heating systems
Hydronic heating systems
Heat-pump-based heating systems
Boiler-based heating systems

Key Features of TiSoft HeatingDesign

• Building heating system design
• Central heating system design
• One-pipe heating design
• Two-pipe heating design
• Underfloor heating design
• Heat-loss calculation
• Design heating-load calculation
• EN 12831-based calculations
• DIN 4701-based calculations
• EN 1264-based calculations
• Radiator sizing
• Underfloor heating circuit design
• Automatic underfloor pipe layout
• Heating pipe sizing
• Hydronic network design
• Hydraulic calculations
• Manifold design
• Riser design
• Fan-coil unit design
• Automatic FCU sizing
• Heat pump modeling
• Boiler modeling
• Circulator pump modeling
• Expansion tank modeling
• Heating valve and fitting modeling
• 2D building modeling
• 3D building visualization
• Hybrid 2D/3D environment
• DWG plan import
• PDF plan import
• Image-based plan import
• BIM equipment libraries
• Radiator libraries
• Heat pump libraries
• Boiler libraries
• Fan-coil libraries
• Pipe and fitting libraries
• Custom equipment libraries
• Hydronic tree generation
• Riser diagram generation
• Heating installation drawings
• Technical calculation reports
• Bill of Materials generation
• Bill of Quantities generation
• Material quantity takeoff
• Excel export
• PDF export
• RTF export
• Project templates
• Integrated heating-system documentation
• 2D/3D heating-system visualization

Overall, TiSoft HeatingDesign is an integrated engineering solution for the design and documentation of building heating systems. Its combination of thermal analysis, heating-load calculation, hydronic design, pipe sizing, equipment selection, BIM libraries, 2D/3D modeling, reporting, and quantity takeoff makes it suitable for engineers and designers working on a wide range of heating installations.