Leanheat® Monitor

Plan, visualize and optimize district energy systems for a sustainable network operation

Leanheat^® Network is a thermo-hydraulic
modeling tool, developed specifically or
use in district energy systems to support
the planning, design, and operational
processes. Leanheat^® Network, the planning
process for the district heating utilities will
invariably result in a decrease of the cost for CapEx and OpEx.

Navigate growth and regulation with smarter planning tools for district energy

Lower CapEx and OpEx through smarter planning

Achieve energy and cost savings

Ensure stable, efficient, and optimed distribution

Design and operate your district energy distribution system optimally with Leanheat® Network

Efectively build and maintain district heating and cooling network models
Simulate hydraulic and thermal conditions in district heating and cooling networks
Optimize network supply temperatures and pressure conditions according to the actual demand needs. Lower your network losses, as well as production & pumping costs
Predict and understand future consumption on your network based on state-of-the-art AI, taking into account historical data and weather forecast
Plan optimal techno-economical production mix, optimizing production costs and increasing income from CHPs while still ensuring the quality of supply

Leanheat® Network brochure

Would you like to learn more about Leanheat^® Network? Check out the brochure!

Find out more

How it works

Leanheat® Monitor enables you to connect all different parts of your district energy system, such as heat meters, substations, production units, network measurements, etc. and also third-party sources (e.g. weather forecast) into one secure system.

This data can then be used for optimization of your system using Danfoss optimization solutions like Leanheat® Network & Leanheat® Building (in a plug & play manner) or any third-party optimization solution using standard API interface.

Videos

Demo video

Watch Leanheat® Monitor demo video and get familiar with the tool. See the main functionalities and features, such as maps, graphs and alarming, being put to use.

Watch Leanheat® Monitor demo video

Case studies

Coming soon...

FAQ

What are the benefits of a hosted solution compared to local installations?

Improved performance – your local PC is not your bottleneck
Unmatchable security – GDPR compliant
- All customer sensitive data is encrypted from the controller on
- All stored data is encrypted
- Access to system is encrypted (https) and protected with user authentication
- All data transactions (reading, storing, modifying) is traced
- Datacenters are physically protected against unauthorized access, fire and floods
- Our datacenter provider invests 2b EUR annually for data security and has over 40 security certificates globally
Improved accessibility & productivity – access the system from anywhere you have internet access
Improved reliability – multiple level redundancy assures 99,8% system availability
Lower costs – with „Software as a Service“ model, you don‘t need to invest in expensive licenses.
Global, but local – datacenters can in most cases be restricted only to your country, so no data »crosses the border«

Documents

Documents
Type	Name	Language	Valid for	Updated	Download	File type
Data sheet	Danfoss Leanheat® Monitor	German	Multiple	23 May, 2023	1.9 MB	.pdf
Data sheet	Danfoss Leanheat® Monitor	English	Multiple	26 Apr, 2023	1.9 MB	.pdf
Data sheet	Danfoss Leanheat® Monitor - list of supported application keys	German	Multiple	15 Dec, 2021	293.1 KB	.pdf
Data sheet	Danfoss Leanheat® Monitor - list of supported application keys	English	Multiple	27 Oct, 2021	241.8 KB	.pdf
Service guide	ECL 296 / 310 Modbus service guide	English	Multiple	17 Aug, 2018	1.3 MB	.pdf
Service guide	ECL296/310 Modbus service guide	German	Multiple	09 Dec, 2019	1.3 MB	.pdf
Data sheet	Energy meters supported by Danfoss SCADA solutions	English	Multiple	14 Sept, 2021	470.6 KB	.pdf
Brochure	Leanheat Monitor	German	Germany	05 Dec, 2023	3.3 MB	.pdf
Brochure	Leanheat Monitor	English	Multiple	22 Jan, 2021	1.0 MB	.pdf