The main objective of the project is to improve the overall efficiency of this type of network. These systems, internationally known as District Heating & Cooling Systems (DHCS), are based on the centralised production of heating and cooling, which is then distributed through an underground pipe network — much like gas, water, electricity, or telecommunications.
2017 – 2019 The main objective of the project is to improve the overall efficiency of this type of network. It is a heating and cooling system internationally known as “District Heating & Cooling System” (DHCs) and consists of the centralised production of heat and cold, and its distribution through an underground piping system, as is the case with gas, water, electricity and telecommunications.
What distinguishes this type of network from central heating of buildings is that it serves more than one building, covering an entire population, with pipes that run under the streets or the common areas of the neighbourhood. This heating system offers several advantages over others, as it achieves much higher efficiencies than individual boilers. This means better fuel utilization and reduced greenhouse gas emissions. It allows for lower prices from energy suppliers, since a high-consumption thermal plant has greater negotiating power. Additionally, it enables the integration of other energy sources into the system, such as renewables (biomass, geothermal, solar thermal, etc.) and residual energy from industrial thermal processes—such as natural cooling, surplus heat or cooling from nearby industries, and combined heat and cooling production—as well as from electricity generation (cogeneration). The inDeal project aims to improve the efficiency of these urban networks by automating the system. This is intended to be achieved through the incorporation of network monitoring technologies, demand and weather prediction algorithms, and decision and system control algorithms. In addition, the project is also working on an innovative pipe design and the development of a sustainable insulating material. All this is intended to increase the overall energy efficiency of the system, accompanied by an equitable distribution of heat and cold demand. INDEAL will be a significant step that contributes to a greater use of intelligent heating and cooling network systems and the integration of renewable energies, waste and energy storage. CEMITEC is the entity participating as a partner in the project, and ADItech complements its activity by acting as an associated third party. ADItech is responsible for the Technology Transfer Plan of the project within the activities of results exploitation and return on investment. 2015 – 2018
For more information on the INDEAL project: www.indeal-project.eu