How long does it take to design a network with your software?

Hours, not months. Users routinely go from an area of interest to a routed, sized network with costs in under two hours, and variants after that take minutes.

Can I import my own GIS data?

Yes. Excel, CSV, GeoJSON, JSON, GPKG and SHP files drop straight onto the map, and results export in the same formats.

Does it handle 5ᵗʰ-generation (low-energy) networks?

Yes. Uninsulated single-pipe loops, decentralised heat pumps at each substation and low-temperature vectors between 3 and 15 °C are first-class cases, not workarounds.

Automated Network Design & Simulation Software

Network design software for district heating and cooling

Draw a district once and let our software do the rest. The least-cost pipe route, every diameter, every pressure loss and the trench cost that follows are recalculated the moment your layout changes.

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100% Tailored

Dedicated onboarding
Custom data integration
Dedicated support
Swiss Made

Generate the network layout in one click

Select your buildings and routing data and it returns a layout that minimises trench length and thermal losses at once. Every street is evaluated, not just the obvious ones, and the result is a starting point you can argue with, not a black box.

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Generating a thermal network layout in one click

Keep engineering judgement in the loop

Edit the route directly on the map: exclude a street, protect a park, force a crossing, add or drop connection points. Pipe families, insulation classes and cost per metre are all yours to override, so the model matches the project you can actually build.

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Editing a network route directly on the map

Size every pipe, not just the mains

Diameters, flow velocities, pressure losses and heat losses are computed segment by segment against your own supplier catalogues, then rolled up into a bill of materials you can send to a contractor.

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Pipe diameters and costs computed segment by segment

One model from feasibility to detailed design

The file that produced your feasibility variant carries straight through to detailed design, so nothing is re-entered and nothing shifts. Altitude differences, multiple injection points, substation sizing and low-temperature single pipe loops are all part of the same model.

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One shared model from feasibility through detailed design

We needed a solution that could support our design decisions and optimize projects from the ground up. We're finally able to do just that—saving time, improving accuracy, and ensuring we make the best possible impact with each project.
Loic Quiquerez
Expert Advisor in Geothermal Energy and District Heating & Cooling
SIG

Frequently asked questions

How long does it take to design a network with your software?
Hours, not months. Users routinely go from an area of interest to a routed, sized network with costs in under two hours, and variants after that take minutes.
Can I import my own GIS data?
Yes. Excel, CSV, GeoJSON, JSON, GPKG and SHP files drop straight onto the map, and results export in the same formats.
Does it handle 5ᵗʰ-generation (low-energy) networks?
Yes. Uninsulated single-pipe loops, decentralised heat pumps at each substation and low-temperature vectors between 3 and 15 °C are first-class cases, not workarounds.

Case studies