Getting started with VICUS Districts – overview of the user interface and core functionality

Export network plans as a DXF file and use them in CAD programs

Import PDF plans in VICUS Districts and use them as a background

Import, position and adjust DXF drawings in VICUS Districts

Cold district heating, part 1: create a cold district heating network in VICUS Districts and define the pipe dimensions

Cold district heating, part 2: perform the steady-state calculation and verify the network sizing

Cold district heating, part 3: dynamic simulation of a passive network and verification of the hydraulics

Cold district heating, part 4: perform the annual simulation and analyze the thermal gains of the network

Cold district heating, part 5: simulation of an active network with a central circulation pump

Cold district heating, part 6: size ground heat collectors as a heat source and simulate them in the network

District heating network, part 1: create a heat network and perform the pipe sizing

District heating network, part 2: perform the steady-state calculation and size the pump

District heating network, part 3: run a dynamic thermo-hydraulic simulation and evaluate the results

District heating network, part 4: how the temperature difference affects the pressure loss in the network

District heating network, part 5: configure the heating curve and limit the outlet temperature of the transfer stations

District heating network, part 6: configure detailed transfer stations and lower the supply temperature

District heating network, part 7: configure worst-point control for optimal pump regulation

District heating network, part 8: pipe sizing for networks with multiple energy plants

District heating network, part 9: thermo-hydraulic simulation with multiple feed-in points