Multi-project workspace
Keep separate water-network studies organised as focused engineering projects.
WS / 01 · Network modelling
Zodiac Net.
Design and simulate complete water supply networks in a focused engineering workspace built around EPANET 2.2.
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Illustrative modelDesign + simulation
AreaWater supply design
Core engineEPANET 2.2
PurposeNetwork design & simulation
01 / Capabilities
A complete network.
One clear model.
Keep layout, hydraulic behaviour and engineering review together in an application dedicated to water distribution networks.
Interactive network canvas
Build and inspect the connected distribution system in a clear visual workspace.
Node & link modelling
Represent junctions and the pipes that connect them as one readable hydraulic model.
Sources & storage
Define the supply and storage elements that establish the network’s hydraulic boundaries.
Demand & elevation data
Keep the essential node inputs close to the physical network they describe.
Pipe properties
Maintain the engineering characteristics needed to calculate behaviour through every link.
EPANET 2.2 simulation
Use the established EPANET 2.2 hydraulic engine as the analytical core of the application.
Pressure & flow review
Read the principal hydraulic results against the same network used to define the model.
Model validation
Check connectivity and required model data before relying on calculated results.
Design scenarios
Organise alternatives so engineering choices can be reviewed without losing the base network.
Visual result inspection
Keep calculated behaviour legible on the canvas while reviewing the design.
Engineering outputs
Carry the model from early layout through hydraulic review and design documentation.
02 / Close to the model
See the system.
Read the result.
Zodiac Net is centred on the network itself. The visual structure stays in view while the model moves from definition to simulation and review.
- 01Define the network and its connected elements.
- 02Run the hydraulic model through EPANET 2.2.
- 03Review calculated behaviour against the design.
MODEL / PRIMARY NETWORKRESULT CHECK
N-101Ready
N-118Ready
N-143Ready
N-167Review
N-192Ready
Illustrative interfaceNetwork model