urban heating software

Planeto SA offers innovative software for planning efficient thermal energy networks, integrating renewable sources to promote sustainable urban heating solutions. Discover the benefits and features of this all-in-one tool designed for district heating projects.

Planeto SA: Efficient Thermal Energy Network Software for Urban Heating

What is Planeto’s Urban Heating Software?

Planeto SA offers an innovative software solution designed to help plan and design efficient thermal energy networks for heating and cooling. Whether it’s solar, geothermal, or other renewable sources, this tool provides everything needed to deliver clean and affordable energy across entire neighborhoods. From the early feasibility study right through to network implementation and operation, Planeto’s software supports every phase of a district heating project. It’s all about making thermal energy planning smarter, faster, and more adaptable.

Main Benefits of Planeto’s Software

Here’s what makes Planeto stand out:

  • 90% FASTER: Cut down planning time from months to just hours.
  • EASY ONBOARDING: Get your district heating and cooling (DHC) projects off the ground quickly.
  • 100% FLEXIBLE: Seamlessly integrate a variety of energy sources to fit your project’s needs.
  • ALL-IN-ONE SOLUTION: Compare scenarios, integrate renewables, and generate pipe sizes with just a few clicks.
  • FLEXIBLE SCENARIO ANALYSIS: Build and adapt different network scenarios to make better decisions.
  • MAXIMIZE PRODUCTIVITY: Complete feasibility studies, scenario comparisons, and reports in under two hours.

How the Software Optimizes Energy Planning

Planning thermal energy networks can be complex, but Planeto’s software simplifies the process by optimizing both time and costs. It’s designed to handle all the technical details, so users can focus on creating efficient, sustainable energy solutions. The software’s ability to quickly generate pipe sizes and compare multiple scenarios means planners can explore different options without getting bogged down in manual calculations or lengthy processes.

Integration of Renewable Energy Sources

One of the standout features is the software’s flexibility in integrating various renewable energy sources. Whether tapping into solar power, geothermal heat, or local excess heating, the tool allows users to leverage local energy resources effectively. This adaptability ensures that each project can be tailored to the specific energy landscape and customer needs, promoting cleaner and more sustainable urban heating solutions.

Supporting District Heating and Cooling Projects

From feasibility studies to network operation, Planeto’s software supports every stage of district heating and cooling projects. It’s not just about planning; it’s about providing a comprehensive toolkit that helps users jump-start their projects and keep them running smoothly. The software’s user-friendly interface and powerful features make it easier to manage complex projects and deliver results faster.

Project Impact on Sustainable Development Goals (SDGs)

  • SDG 7: Affordable and Clean Energy – Promotes access to sustainable energy solutions.
  • SDG 11: Sustainable Cities and Communities – Supports the development of efficient urban heating networks.
  • SDG 13: Climate Action – Encourages the use of renewable energy sources to reduce carbon emissions.
  • SDG 9: Industry, Innovation, and Infrastructure – Advances innovative technologies in energy planning.
  • SDG 12: Responsible Consumption and Production – Facilitates efficient use of local energy resources.

Join the Conversation and Discover More

Interested in seeing this in action? There’s an upcoming webinar in French where Planeto will showcase the potential of urban heating and how their software can transform energy planning. It’s a great opportunity to dive deeper into the technology and ask questions. For those curious to explore the product further, detailed information is available online, offering a closer look at how this all-in-one solution can make a real difference in thermal energy network design.

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