Design with true 3D parametric modeling

• Develop even the most complex design models with a wide range of design modeling tools, including surface, mesh, feature, and solid modeling. Build parametric functional components with predefined variations to easily find and manage many similar components. Use drawing extraction tools which automatically immerse drawings within models for improved clarity and streamlined documentation workflows.

Pipe and duct sizing: Simple and intuitive input method for pipe and duct sizing that enables you to define systems faster and with less error

Load calculations: Using one model you can quickly analyze heating and cooling load calculations such as heat loss, radiator sizing, heat gains, shadow analysis, heating and air conditioning energy, and summer overheating

Extensive databases: Access materials and weather data to analyze construction elements

Hevacomp Mechanical Designer Capabilities

Calculate building heating and cooling loads

• Conduct load calculations such as heat loss, radiator sizing, heat gains, shadow analysis, heating and air conditioning energy, and summer overheating. Integrate with Hevacomp Dynamic Simulator for analysis of whole building model.

Comply with U.K. building regulations

• Compare data from a common model to country-specific building codes. Access local codes to ensure building is compliant with U.K. building regulations.

Design building mechanical services

• Perform engineering-quality building load and energy calculations. Get quality analysis using a straightforward, robust calculation methodology.

Size pipes and duct systems

• Define systems faster and with less error with a simple and an intuitive input method. Draw pipe and duct systems to scale using a snap grid. Make global changes easily with bends and tees that are automatically implied from the layout and default fitting types.