ZuluThermo — hydraulic modeling for district heating systems
ZuluThermo is a software suite for analyzing and modeling heat networks. It is a powerful tool for planners, field technicians and engineers who operate district heating systems.
With ZuluThermo, you can create simulations that reflect heat network operating modes, analyze emergencies, and evaluate the efficiency of modernization and development measures for district heating systems.
- Calculating diameters of orifice plates and ejector nozzles in heat networks
- Simulation modeling for heat network
- Calculating pipeline diameters for heat networks
- Calculating required source temperatures
- Analyzing heat network reliability
- Calculating reserve network capacity
- Calculating standard heat loss through insulation
- Thermogram analysis
- Network switching
- Building piezometric graphs
ZuluThermo allows users to analyze and model dead-end and circular heat networks including those with booster pumping stations and throttling devices, with one or several supply sources. Using this program, you can do thermohydraulic calculations and design networks, whose layouts offer numerous ways to add district heating substations
and district heating stations. When doing hydraulic calculations, it is possible to use generalized consumer data without thermal loads and specific layouts for connecting consumers to a heating network.
Understanding network components
The product is currently available in the following configurations:
ZuluThermo – heat network modeling for ZuluGIS
ZuluNetTools - ActiveX-components for utility network modeling
You can build a digital heat network model by using ZuluGIS graphics editor. The program immediately generates a computational model and tables for each object. All that is required is setting the calculation parameters for objects and clicking the button to perform the task.
Read more about heat network modeling here.
As a geometric information system, ZuluGIS has built-in tools that enable users to evaluate calculation results and check the accuracy of engineering solutions, such as database queries, map data output, custom model coloring, graph-building tools for falling pressure, temperature, etc.
Digital models and mapping data can be printed out or converted into PDF, AutoCAD (dxf) or other GIS file formats. You can also print out a thermohydraulic analysis report or save it as an Excel spreadsheet.