This text describes Friendly Sam, a toolbox developed to formulate optimisation-based models of energy systems.
Transition strategies for delivering low carbon district heat: 6 guides to put you on the right track
The HeatNet NWE project aims to introduce 4DHC (4th generation District Heating) in North West Europe. Here are six guides from the project.
This handbook from the Upgrade DH project describes technical and non-technical approaches for upgrading existing systems.
This article presents three methods for optimising the operation of a District Heating/District Cooling network, focusing on the utility side of the network.
High temperature district cooling (HTDC) refers to district cooling systems operating at higher temperature levels than traditional systems. Using higher temperatures has many potential benefits in terms of reduced energy use, reduced emissions and reduced costs.
Low temperature district heating can prove to be an important part in also keeping the globe’s temperature low. This webinar presents some of the opportunities and challenges cities may encounter in their endeavour towards a sustainable and efficient low temperature district heating systems.
DH systems operating at lower temperatures than conventional systems enable utilizing heat sources with low temperature like waste heat.
With the evolution of electricity/power sources and district energy systems, it is becoming easier to increase the interaction.
How should an existing grid be expanded within the local conditions in the best possible way?
Synergies explored in an open district heating network, where supply and demand of heat and cold are optimized.