Utility-side optimisation: The art of delivering the right temperature at the right time
To foresee rapid changes in consumption and weather conditions and adjust the delivery in a district heating (and cooling) system...
Under the Solutions section, you will find our solution booklets, the Smart City Guidance Package and its summary document, as well as the Celsius Toolkit.
The solution booklets provide concise explanations of technologies or concepts and their potential applications within a city, presented in accessible booklets of around 30 pages. Written in a straightforward style, they are designed for non-technical readers, allowing them to understand the described technologies. The booklets offer various stakeholders a comprehensive overview and an in-depth exploration of the specific technology or concept, including its implications for a particular city or municipality. They highlight lessons learned from pilot projects and previous applications, outline the enabling framework, present the business case, and discuss the support a city can provide to facilitate the rollout of the technology or concept. The subjects ranged from technical topics like district heating and cooling networks or e-buses to non-technical issues like citizen engagement or implementing sustainable and smart city strategies. Each booklet includes relevant examples, case studies, and valuable references.
The Smart City Guidance Package was developed under the former EIP SCC Marketplace, which has now evolved into the Smart Cities Marketplace. It is a comprehensive urban governance and planning manual built on experiences and insights from practical projects and real-world applications. The Smart City Guidance Package can compared to a tree, with the solution booklets serving as leaves.
The Celsius Toolkit aims to be a valuable source of knowledge and inspiration for cities interested in developing district energy (heating and cooling) solutions. It targets cities just beginning to implement small-scale district heating and cooling networks and those with established large-scale systems looking to adopt smarter and more efficient solutions.
To foresee rapid changes in consumption and weather conditions and adjust the delivery in a district heating (and cooling) system...
To manage peaks in district heating and district cooling, one method is to store hot or cold water in insulated...
In general, optimisation is about finding the best available values given certain limitations and functions. All processes and systems, such...
Sewage water can be used to recover excess heat for heating or for cooling buildings using different types of heat...
How does the Waste-to-energy technology work? What role can it play in heat and power production, for example as a...
There are many examples of low temperature district heating (LTDH) systems around the world. In this text, some of these...
High temperature district cooling (HTDC) refers to district cooling systems operating at higher temperature levels than traditional systems. Using higher...
District heating and cooling is affected by numerous laws and policies, at EU, national and local levels. The legislative framework...
“ We don’t lack money, but we lack good projects to lend money to” – answered a banker during an...
The future is now! Decarbonised district heating systems are already here and some of them are spelled “LTDH”. As a...
Helping each other and pooling resources is often a good idea. This is also true when it comes to district...
The heat hub in Rotterdam stores hot water from e.g. waste incineration and boiler plants, in order to balance heat...