In order to keep the investment costs of district heating affordable, the construction costs must be kept to a minimum.
- evaluating/optimising/expanding/modernising existing district heating
- determining the site of a new district heating network
- mapping out new district heating
- project developers
- engineering offices
- energy consultants
- network distribution managers
- district heating managers
- cities and municipalities
- government authorities
- energy producers
1. Reading in geographical data
- Street map
- Building map with functions and annual heating needs
Result: a digital map connecting all heating suppliers, consumers and intermediary nodes.
2. Reducing calculation time
- the dead ends in the map
- impossible routes
Result: a simplified map
The software determines the ideal network based on generic algorithms: it takes a random route and compares it with a number of (small) alterations. The software then evaluates the various alterations and chooses the best one. The ‘best’ is subsequently altered and compared until the ideal configuration has been found. Each route is evaluated according to: Efficiency - Pressure loss - Debit - Distance
Result: a map of the optimum route for this district heating
- an optimised digital map for this district heating
- an overview of the costs per interval (year/month/etc.)
- The Optimum Route Determination algorithm can decide to exclude a potential consumer if the generation of individual heating is cheaper than a connection to the district heating.
- Specific streets can be excluded.
- Large amounts of heating consumers and suppliers can be processed with this software.