- Proof of the topology (number of subnetworks, insertion errors)
- Models of valves, pipe valves, pumps, reservoirs, consumers, regulators, service pipes, etc.
- Mixture of any medium contents (heating value, nitrate concentration)
- Calculation of temperature loss along pipes
- Automated simulation of hierarchical networks (high pressure, intermediate pressure, medium pressure, low pressure)
- Consideration of coincidence factor (different to time and consumer groups)
- Interpolation of height values from elevation benchmarks
- Calculation of consumer distributions from the commercial statement of consumption
- Free configurable boundary conditions: several pressure nodes and unknown inflows/outflows
|
- Using elimination instead of the Hardy-Cross-Method to improve numerical exactness and simulation time, only growing linear depending on the number of nodes (needs 2 seconds for 10,000 nodes on Pentium II 300 MHz)
- Calculating pump characteristics from measured values
- Determine internal diameter from a pipe type table administrated separately
- Simulation of consumptions depending on given outside temperature
- Optional simulation of service pipes
- Saving different simulation cases of one network
- Dynamical simulation of successive loads with storage in reservoirs/pipes and showing results in time diagrams.
- Automated calculation of water for extinction
|