Plan and simulate 5th generation thermal energy systems – 5G DHC
Take advantage of Planeto’s know-how to dimension low-temperature district heating and cooling networks. Accurately estimate network KPIs, size pipes and calculate pressure losses along the network. Integrate multiple injection points, renewable energy sources and booster heatpumps at every substation. Optimize your network to minimize capital and operating expenses.
Our solution
Thermal Energy System Simulation Assistant
Include renewable heat sources
Dimension renewable heat sources based on the district energy demand. You can easily dimension and optimize multiple heat sources (geothermal, solar-thermal, heatpumps), at multiple injections points. You can use our advanced tools to dimension and optimize geothermal borehole fields.
Simulate booster heat pumps at every substation.
Advanced heat pumps have dimensioning never been so easy! Dimension correctly all the booster heat pumps of the network, based on the specific energy demand. Update the parameters of a single substation according to your requirements.
Find the optimal design to reduce your CAPEX and OPEX
Find the best possible design for your system, reducing capital costs and operating costs. Use our advanced tools also to optimise geothermal energy fields and further reduce your costs
Design your network to provide heating and cooling to your customers
Design your 5G network to supply both heating and cooling needs to all buildings in the district, based on energy demand curves. Use Planeto’s know-how to simulate the heating and cooling needs of in the next 25 years and design a future-proof energy system.
Are you ready to simulate your next low temperature network?
Powerful users, powerful stories
Our customers share their experiences bringing Planeto Software into their daily workflow. Discover how companies use Planeto to transform the way they work.
Planeto helped Ström bring geothermal energy to a historic UNESCO site
Ström developed a groundbreaking sustainable solution that could revolutionize energy systems for thousands of historic villages worldwide.
Building sustainable shallow geothermal heating solution for a municipality
Multi-renewable energy sources and smart distribution networks
An innovative multi-energy district heating project that demonstrates the future of automated urban energy supply optimization.