District heating plays an important role in a future energy system with a large share of renewable energy. Today, the thermal production of combined heat and power ensures high energy efficiency in the production, while minimising primary energy consumption. In a future energy system with less thermal production and a larger share of renewable energy from fluctuating sources such as wind power, the heating sector is increasingly expected to deliver balance and energy storage services.
In Denmark, it is anticipated that district heating’s share of total heat consumption will continue to increase. At the same time, the production will mainly be based on renewable energy sources in the future. This creates a number of challenges, which need to be addressed in the existing heat planning.
In cooperation with the Danish District Heating Association, Ea has carried out projects focusing on the interaction between district heating and the electricity market under various framework conditions. In particular, these studies have focused on how district heating can contribute to achieving goals related to CO2 emission reductions, energy savings and renewable energy in the future energy system. We have assisted various heating companies in finding methods to reduce CO2 emissions, for example through the use of biomass and heat pumps.
Ea Energy Analyses undertook an analysis of the possible regulation models for the district heating sector, which examined advantages and disadvantages of the various regulation forms in relation to the challenges that the district heating sector is facing today. Ea Energy Analyses is also taking part in the development of a new RD&D strategy for the district heating sector.
Since 2007, Ea Energy Analyses has assisted the load dispatch unit (Varmelast.dk) in the greater Copenhagen area. Using Ea’s tool, the load dispatch unit daily generates plans for the production of heat in Copenhagen, taking into consideration the local distribution system.
The list of projects below illustrates the types of projects we are working on.
In the FLEX_TES project a 70,000 m3 pit heat thermal storage (PTES) will be demonstrated in a new function as accumulation tank in a district heating system with..
Under the auspices of the ‘Energy Country Program and Project’, the Danish Energy Agency provides technical assistance combined with policy dialogue in promotion of renewable energy, energy efficiency,..
The list of projects below illustrates the types of projects we have been working on.
Electrification is increasingly seen as a crucial prerequisite for achieving the Danish climate ambitions of at least 55% renewable energy in 2030 and independence of fossil fuels in..
With the expiry of the economic support by the end of 2018, many district heating plants in Denmark will experience a significant price increase, unless other initiatives are..
In the project “Energy Supply 2030”, Ea Energy Analyses supported the think tank Grøn Energi in the use of the Balmorel model for various analyses of investments in..
The five Nordic countries – Denmark, Finland, Iceland, Norway and Sweden – have some of the most ambitious energy and climate policies in the world. Despite this, achieving..
In this project, Ea Energy Analyses supported Energinet in updating the methodology/guidance in the technology catalogue for individual heating, ‘Technology Data for Individual Heating Installations’. The technology catalogue..
The distribution of district heating in the Odense area is today mainly based on heat production from four production units. One of these is Blok 7 at Fynsværket,..
In 2015 the Capital Region of Denmark and the municipalities in the region agreed on a joint energy vision, with focus on phasing out fossil fuels in the..
Urban planners are more and more involved in minimising the energy and climate impact of the municipal development. The objective of this project was to develop an open..
Ea Energy Analyses did an analysis for The Danish Council on Climate Change on how future goals for renewable energy can be met at lowest cost. The study..
Ea Energy Analyses carried out a competition analysis of the district heating sector for the Danish Energy Agency, in cooperation with Deloitte and Konveks. The analysis focused especially..
Denmark has a goal of 100% sustainable energy in 2050, and district heating can play an important part in meeting this goal. The report “Energiforsyning 2030” (energy supply..
The World Bank has financed a development project, aimed at assisting the authorities in Kosovo in developing their energy sector. As a part of this project, and in..
Heat Plan Greater Copenhagen 3 showed that an increase in the heating storage capacity would be both technically and economically sound. Presently, the district heating system of the..
The district heating system in Odense is the third largest in Denmark and is today supplied with heat from different sources. Fynsværket CHP delivers district heating with one..
Many municipalities in Region Zealand and The Capital Region of Denmark work with strategic energy planning and since the energy systems in the municipalities are closely related, there..
In corporation with the Geothermal Company of the Danish District Heating Association and COWI, Ea Energy Analyses carried out a project analysing the potential for exploiting geothermal heat..
In cooperation with Law Firm GLIMSTEDT Bernotas & Partners, Ea Energy Analyses was developing and implementing a set of terms and conditions of use of heat transmission networks..
It was decided to conduct a series of analyses of the Danish energy sector, as a part of the political agreement on Danish Energy Policy towards 2020 from..
The heating companies in Copenhagen, CTR, HOFOR and VEKS has carried out the third phase of Heat Plan Greater Copenhagen. During the project the development of the heating..
Ea Energy Analyses has been assessing the future heat production for the owner municipalities of TVIS, Vejle, Fredericia, Middelfart and Kolding. This includes an investigation of options for..
As part of their planning, Copenhagen Energy (now HOFOR) is undertaking socio-economic and environmental assessments of various supply alternatives. This, among other things, applies to evaluation of new..
VEKS has taken over Køge CHP Plant from DONG Energy per 1st of May 2012. The plant consists of two units, KKV7 and KKV8. KKV7 has been out..
The three major heating companies in Copenhagen, VEKS, Copenhagen Energy (now HOFOR) and the Metropolitan Copenhagen Heating Transmission company (known as CTR), has completed a common project, Heat..
Together with Danish Development Center for District Energy, Aalborg University and Ramboll, Ea Energy Analyses has been taking part in a projects aiming to draw up a new..
Ea Energy Analyses and COWI in cooperation with Copenhagen Energy (now HOFOR) have carried out an analysis of the value of large heat pumps in interaction with wind..
In the autumn of 2010, Copenhagen Energy (now HOFOR) initiated an analysis of the possibilities of establishing a CHP plant to replace heat production from old heat production..
In February 2011, representatives from the district heating sector, the electricity sector, regulators and consultants gathered to discuss challenges for the district heating sector and future regulation in..
In cooperation with Copenhagen Energy (now HOFOR), COWI and Ea Energy Analyses have investigated the value of establishing a large heat storage in the northern part of Copenhagen..
The City of Aarhus (Jutland) wants to be CO2-neutral by 2030. The district heating in Aarhus accounts for 18 per cent of the aggregated CO2 emissions and the..
CTR, the Metropolitan Copenhagen Heating Transmission Company, has commissioned Ea Energy Analyses to make an assessment of the technical opportunities and the economic costs of reducing carbon emissions..
On behalf of the Danish District Heating Association, Ea Energy Analyses has analysed the possibilities of realising energy savings in connection with district heating networks. A special challenge is..
Ea Energy Analyses has made a study of the future of district heating in the Greater Copenhagen area, including the use of waste, biomass and geothermal energy for heat..