Ljubiša Vladić, Deputy of Production and Distribution Manager at Public Utility Company Beogradske Elektrane, describes the participation and main goals of this Serbian district heating company in RELaTED project. Know more about the contribution of one of the main district heating companies in this recording:
This document elucidates specific problems and solutions for consumer connections in relation to legionella bacteria prevention and treatment, metering and billing options and control opportunities. Moreover, sketches that could be used as specific solutions for consumer interconnection schemes for three of the demonstration sites on public networks in the project are presented. DOWNLOAD THIS DOCUMENT >> The report is a continuation of the report “Low temperature concepts” and is part of a set of reports that define the system architecture of the RELaTED concept. Distribution of Legionnaries’ disease cases per 100.000 population in the EU/EEA countries, 2016. Source: Surveillance report Legionnaires’ disease. In RELaTED Task 2.2 the design and control challenges for connections for ULT DH consumers are [...]
In this video, Kasper Korsholm Østergaard, PhD, R&D Manager at METRO THERM A/S explains some details of their contribution to the RELaTED project ultra low temperature district heating concept. METRO THERM is a Danish-based company with a long tradition in the production of district heating units and heat pumps. METRO THERM is also one of the 14-companies which have coordinated their interests, technologies and investment roadmaps to develop, deploy and test the RELaTED project concept. The most relevant part of the RELaTED project for METRO THERM is the development of a triple function substation and the use of a microbooster heat pump in ultra low temperature district heating.
DH systems were designed many decades ago. In most cases, they are designed and operated to distribute heat at about 80 °C to consumers. RELaTED pursues the development of DH networks with service temperature levels as low as 40-50 ºC. “D.2.1 Low temperature concepts” deliverable reports on the RELaTED low temperature concepts, considering potentialities and limitations imposed by distributed energy sources (DER), low temperature (LT) and ultra-low temperature (ULT) distribution systems as well as heat and domestic hot water demand. DOWNLOAD THIS DOCUMENT >> Operational small corporate DH network in Iurreta (Basque Country, Spain). In RELaTED Task 2.1 the low temperature district heating concept is being defined, and some of the possibilities for integrating distributed energy recourses into [...]
The deliverable D.2.1 “Low temperature concepts” defines the RELaTED low temperature concepts, considering potentialities and limitations imposed by distributed energy sources (DER), low temperature (LT) and ultra-low temperature (ULT) distribution systems as well as heat and domestic hot water demand. […]
The energy price assessment performed in the document “D4.1 – Energy Price Assessment" provides a comprehensive review of the main heat production systems and primary energy sources associated with District Heating systems in Europe. Geothermal heat flow density in Europe. EC 2012. © EC, 2012. District heating (DH) systems are one of the most energy efficient heating systems in urban environments and they are also key systems in the de-carbonization of heating energy in European Cities. Renewable and waste heat sources are foreseen at the same time as de-carbonized heat sources and the way to guarantee competitive energy costs with limited influence of fossil fuel supply price volatility. To achieve this, conversion of DHs is needed. RELaTED will [...]
The connection of a solar thermal (ST) façade system to a district heating system allow for the direct use of ST heat in the building, while taking profit from the network for delivery/selling of excess heat and purchase of heat during periods of underproduction. The use of unglazed collectors for low-intrusive architectural interaction in façades is discussed. Studies are carried out on the heat production of the system and its capacity to cope with local demands. Economic studies are carried out in order to balance the investment and operational costs/profits of the system. In this paper, presented in the ICAE conference in Donostia-San Sebastian, the energy performance of a solar thermal (ST) façade system is studied in relation to its [...]
RELaTED project trifold. District heating is one of the most energy efficient systems to deliver heat in urban environments. Despite this fact, energy market requires a conversion of actual DH concept. This is the main objective of RELaTED concept, that will provide an innovative system of decentralized Ultra-Low Temperature (ULT) network solution that can pave the way for expanding and modernizing existing district heating networks. Find more information about RELaTED low temperature DH solutions in project dissemination materials. […]
Victor Sanchez and Roberto Garay, of Tecnalia, presented a new consumer substation on the 5th International Solar District Heating Conference. This concept of substation for the connection of Solar Thermal into District Heating networks, will be developed within RELaTED project. […]
RELaTED concept was presented on the 5th International Solar District Heating Conference in Graz, Austria. Roberto Garay and Victor Sanchez, of Tecnalia, drafted a paper to describe the RELaTED decentralized Ultra-Low Temperature DH network scheme. This paper is accesible for download at this link. Below you can read the abstract of this paper. […]