The district heating companies CTR, HOFOR and VEKS run a common load dispatch unit (Varmelast.dk), which takes care of the daily heat planning of operations and ensure that load..

Along with NIRAS, PlanEnergi, BDO and Advokatfirmaet Energi & Miljø, Ea Energy Analyses have been given the task of giving advice for the many CHP’s that are vulnerable..

In the FLEX_TES project a 70,000 m3 pit thermal energy storage (PTES) will be demonstrated in a new function as accumulation tank in a district heating system with..

Ea Energy Analyses is participating in a research project about development and testing of a flow battery based solely on fungal quinones. Aalborg University is the lead on..

Christian Bang is currently the Country Representative for Denmark in the IEA Bioenergy Task 40 for the triennium period 2019-2021. The objective of IEA Bioenergy Task 40 is..

Representing Denmark, Ea Energy Analyses is a participant of the IEA Wind Task 26 – Cost of Wind Energy. It is an international forum for exchange of knowledge..

In this project, Ea Energy Analyses is aiding Region Syddanmark (administrative region covering southern Jutland and Fyn) in preparing a climate strategy, which will explore possible actions the..

In this project, Ea Energy Analyses estimated the development in Denmark’s consumption of firewood, straw, wood chips, wood waste and wood pellets outside the supply sector, as well..

In this project Ea Energy Analyses prepared a summary brief for Dansk Energi (lobby organisation for Danish energy companies) as input for a strategy on Power to X..

This project is about setting up a heat pump system connected to a future data centre in Høje Taastrup. The heat pump will be using surplus heat generated..

In this project Ea Energy Analyses participates in a pre-feasibility study on whether investing in a pit thermal energy storage (PTES) in Roskilde will be financially attractive. The..

Køge CHP plant is a production unit south of Copenhagen. It produces process steam for the industrial facility Junckers and heat to the district heating network in nearby..

In this project, Ea Energy Analyses provides technical counselling and assistance to the strategic energy planning for Aarhus municipality. The goal of the project is to have a..

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,..

In this project Ea Energy Analyses carried out an analysis on how initiatives on the energy consumption of buildings can contribute to reducing greenhouse gas emissions in Denmark..

In the district heating sector, electrically powered heat pumps are expected to play a significant role in the coming decades. The economy of heat pump solutions has improved..

Ea Energy Analyses delivered a course on the Balmorel model, together with the Technical University of Denmark (DTU), to 25 participants coming from Indonesia, Ethiopia and Egypt. In..

Energinet has asked Ea Energy Analyses to analyse the benefits and main drivers for the installation of electricity storage units in the Danish power system. This will supplement the..

During 2018 and 2019, Ea Energy Analyses assisted Helsingør Municipality in developing an action and climate plan for the municipality towards 2030, based on a wish for a..

The purpose of the project was to investigate how Næstved Municipality going forward is ensured cheap and environmentally friendly heating that will work for years going forward. As..

The liberalisation of the Danish electricity sector during the years 1995 to 2020 was analysed in this project. Based on this analysis, Ea Energy Analyses and the Danish..

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..

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 the spring of 2019, Energifonden started the project “Phasing out natural gas for indoor heating”. The Danish Parliament jointly agreed on an energy agreement in June 2018,..

Every summer Energifonden (the Energy Fund) holds their Summer School event for participants from government bodies, interest organisations, energy companies, advisors, NGO’s etc., about the development of the..

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 Danish government has set a target for reducing the emission of greenhouse gasses by 70% in 2030, compared to 1990. Meeting the target requires new policies and..

In this project, Ea Energy Analyses investigated emission factors for different of modes of transport, for use when calculating the total climate impact of a journey. In addition..

The AFI directive (AFI stands for “alternative fuels infrastructure”) was passed in the EU in 2014. As a result of this, the member states must send in documentation..

Ea Energy Analyses has assisted the climate partnership for the energy and supply sector with an analysis of several initiatives for reducing greenhouse gas emissions in Denmark towards..

In Høje Taastrup the establishment of a pit thermal energy storage is planned, which has an effect/storage ratio where up-and offloading can have a duration of days or..

The Danish Energy Agency has developed the Sisyfos tool for analysing the security of electricity supply in Denmark. Sisyfos simulates a high number of scenarios for the power..

The characteristics of wind power production have changed significantly during the last couple of years, as wind turbines grow larger and the ratio of swept area to generator..

Aarhus Municipality actively works to reduce the carbon footprint of the city. The target is to become carbon neutral already by 2030, and towards 2050 the energy system..

A number of data centres are planned or are under construction in Denmark, and the Danish Energy Agency expects them to have an electricity usage corresponding to about..

On behalf of the Danish Energy Agency and Energinet Elsystemansvar A/S, Ea Energy Analyses did a screening of different technical solutions for hydrogen storage. The purpose of the..

The use of electricity is increasing rapidly in Vietnam – and the supply is today primarily based on coal. In a number of projects, energy scenarios for Vietnam..

Under the framework agreement with the Danish Energy Agency, this project gathered and transfered technical and regulatory experiences with co-combustion of solid biomass with coal in large utilities..

The great rise in output from sun and wind power begs the question of the need for electricity storage. In this project, Ea Energy Analyses mapped relevant technologies..

In order to determine the effects of a variety of potential political initiatives in the road transport sector, Ea Energy Analyses carried out impact assessments and private economy..

Køge CHP (KKV) consists of two wood chip fired blocks, KKV7 and KKV8, where KKV7 was put into operation in 1987, and KKV8 in 1999. The plant was..

Helsingør Municipality wishes to be one of the municipalities in Denmark with the smallest carbon footprint per inhabitant. As a result, the municipality has a goal of reducing..

As a consequence of the Danish government’s energy agreement from June 2018, the Danish Energy Agency (DEA) carried out a wide-ranging analysis of the consequences of changes to..

In this project, Ea Energy Analyses carried out an evaluation of the options for, and consequences of, putting vans and lorries fuelled by biogas and diesel on equal..

The Danish Energy Agency and Energinet jointly develop technology catalogues for assessments of developments in energy technology. The catalogues have technical, economic, and environmental information for a range..

In collaboration with TEKNIQ Arbejdsgiverne, Ea Energy Analyses has made a report, which investigates the influence of electrification on the field of mechanical and electrical contract work in..

In Denmark, the production of district heating is split between more than 400 distribution companies that deliver district heating to around 64% of Danish households. The government wishes..

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..

Ea Energy Analyses has analysed a number of measures to significantly reduce greenhouse gas emissions in Denmark by 2030 as a part of the technical background material for..

Ea Energy Analyses has aided Egedal Municipality in developing a strategic energy plan. Ea specifically helped with analysing the economics of district heating development compared to individual solutions..

Ea Energy Analyses has carried out a wood pellet survey of the total supply of wood pellets to the Danish market in 2018, on behalf of the Danish..

As a consequence of the Energy Agreement of 2018 and the government’s strategy of supply, the Danish Energy Agency (DEA) has carried out a series of analyses on..

Fjernvarme Fyn has prepared a scenario analysis for phasing out coal on block 7 at Fynsværket power plant in Odense. Ea Energy Analyses contributed with scenario calculations for..

The Danish Energy Agency and Energinet jointly develop technology catalogues for assessments of developments in energy technology. The catalogues are used in connection with model work and other..

Sweco and Ea Energy Analyses have on behalf of the Danish Energy Agency prepared an assessment of the potential for building contribution to flexibility in the electricity and..

The transition to a fossil-free energy system by 2050 will require huge investments. Although the overall direction is clear, there is uncertainty as to how the conversion to..

The Danish Electricity Supply Act gives Energinet the authority to order power plants to be ready for operation or in operation, to ensure the security of supply of..

Ea Energy Analyses participates in the project CITIES (Centre for IT-Intelligent Energy Systems in Cities) led by the Technical University of Denmark and Aalborg University. The objectiveof CITIES..

The Danish energy companies annually realise energy efficiency targets in accordance with the Danish Energy Efficiency Obligation. The costs of the companies’ energy saving activities are covered as..

Ea Energy Analyses has collaborated with the The Danish Utility Regulator on analyses of the costs of reserves in the electricity system. The work has included analyses of..

The vision of ProjectZero is to make the Sønderborg area CO2 neutral in 2029 at the latest, with a milestone of reducing the emissions of CO2 by 75% in 2025...

The natural gas usage in Denmark has been declining in the past 15 years, and it is considered likely that the decline will continue. In this project, Ea..

Ea Energy Analyses helps the Danish Energy Agency annually with input to the annual energy statistics. For 2017, Ea has estimated the trend in Denmark’s consumption of straw,..

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,..

The LCoE Calculator was originally developed in a collaboration between the Danish Energy Agency and Ea Energy Analyses, as an online tool for calculating production costs of electricity..

Thermal gasification can become an important part of the future energy system. Ea Energy Analyses has, on behalf of the Danish Partnership for Thermal Gasification, collected input from..

In this project, Ea Energy Analyses examined how the security of electricity supply in East Denmark can be expected to develop towards 2030. The analyses were carried out..

It is a political goal for Denmark to be a low carbon economy by 2050, independent of fossil fuels, where renewable energy production is sufficient to cover total..

The use of gas in the energy system has a number of advantages. It is an efficient and highly flexible fuel to utilise. Characterised by high ramping rates,..

The biogas plant in Solrød south of Copenhagen was commissioned in 2015. It produces biogas based on livestock manure, industrial waste from, among others, the nearby CP Kelco..

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 carried out an analysis of the competition in the district heating sector for the Danish Energy Agency, in cooperation with Deloitte and Konveks. The analysis..

The analyses in this project contributed to the foundation of the formulation and implementation of a strategy for thermal gasification. The project comprised work package 2 in a..

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..

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..

The project comprised work package 4 in a EUDP project managed by The Partnership for Thermal Gasification (Partnerskabet for Termisk Forgasning) which ran from August 2014 to July..

In order to better understand the future demand for gas and electricity from transport, Energinet.dk was interested in investigating when driving gas and electric vehicles will become competitive..

On behalf of a confidential client, Ea undertook a study of the Northern European waste markets and waste flows (with focus on the UK and the Netherlands) in..

Commissioned by the Danish Wind Industry Association, Ea Energy Analyses prepared a scenario analysis of different paths for reaching the Danish target of at least 50% RE in..

On behalf of a confidential client, Ea undertook a detailed analysis of the market for wood chips in Denmark with a focus on regional price differences and logistic..

Ea Energy Analyses has carried out a wood pellet survey of the total supply of wood pellets to the Danish market in 2016, on behalf of the Danish..

Since the beginning of the noughties, the usage of gas in Denmark has been rapidly declining. The future gas usage is under pressure from lower prices on sun..

In 2012 VEKS acquired an older 100 MW-input biomass CHP plant from DONG Energy (now Ørsted). The plant needed substantial refurbishment and other investments, in order to run..

The government’s long-term goal is that Denmark must be independent of fossil fuels by 2050. The report “Energy Scenarios to 2020, 2035 and 2050” presented four possible options..

Waste incineration is a significant part of the production of district heating in Denmark, and the regulation for waste incineration is changing. EU is now allowing international trade..

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..

In collaboration with the Danish Energy Agency and relevant Danish stakeholders within wind energy, the Danish Embassy organised a Wind Energy Workshop in Ethiopia. At the workshop, a..

The Danish energy companies annually realise energy efficiency targets in accordance with the Danish Energy Efficiency Obligation. The costs of the companies’ energy saving activities are covered as..

Every other year the consumption of firewood in Denmark is estimated by the Danish Energy Agency (DEA) and the Environmental Protection Agency (EPA). The survey provides input to..

During the project, a series of demonstrations projects were conducted, with the purpose of making it more attractive for buildings owners with oil and gas boilers to convert..

Ea Energy Analyses has twice previously provided the Danish Energy Agency (Energistyrelsen) with long-term price forecasts for biomass (wood pellets, wood chips and straw), with the most recent..

To comply with the directive on energy efficiency article 10 and 11, Ea Energy Analyses have been commissioned by the Danish Energy Agency to analyse the costs associated..

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..

Denmark has a long-term goal to be independent of fossil fuels by 2050. This has consequences for the transport sector, which is primarily based on oil. At 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..

In February 2016, The Danish Energy Agency published the report “En effektiv gassektor” (An efficient gas sector) with recommendations from the work initiated by a plan for growth,..

The Capital Region of Denmark has set targets to be a green and innovative metropole and has outlined a strategy of growth and development, where the objective is..

In this project, Ea Energy Analyses has analysed several initiatives to integrate wind power such as heat pumps, immersion heaters and an electric connection between Denmark and England..

Wind power is a cornerstone in the green transition of the power sector and onshore energy is in many cases competitive with power production based on fossil fuel...

The objective of the project was to evaluate the results and impact of three research and development programs, namely EUDP – the energy technology development and demonstration program, ..

The Energy Saving Secretariat under the Danish Energy Agency was created in the autumn 2014 and has as aim to promote energy savings in private businesses, in particular..

In January 2014, the municipality of Høje-Taastrup initiated the project “Høje-Taastrup Going Green” with financial support from the Danish Energy Agency for strategic energy planning. The aim of..

Ea Energy Analyses has on behalf of the Danish Energy Agency and Local Government Denmark carried out an evaluation of the financial support for partnerships for strategic energy..

As part of the Growth Agreement of July 14th, 2014, the Danish Climate, Energy and Building Ministry created an Energy Savings Secretariat, under the Danish Energy Agency. The..

The Capital Region of Denmark, Local Government Denmark (Capital section) and the 29 municipalities in the region, utilities, knowledge institutions and consultants, as well as the partner organisation..

Taxes on energy serves to purposes. Besides raising government revenue, taxes promotes climate and energy policy objectives. Consumption of electricity and fossil fuels used for heating purposes are..

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..

For many years, Denmark has been leading in the use of renewable energy with a particular focus on wind power. In 2014, wind power accounted for 39% of..

The energy system is changing and will be increasingly complex in the future. The share of wind power in Danish electricity consumption is expected to increase to 50%..

Ea Energy Analyses offers an interactive online tool the Energy Cost Calculator that allows its users to include and adjust parameters related to electricity generation for various technologies,..

Ea Energy Analyses has provided assistance to the Danish Energy Agency in the development of the Technology Catalogue. The technical and performance characteristics as well as cost projections..

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 analysed the socioeconomic consequences associated with importing waste to fill unused capacity in Denmark’s existing waste incineration plants. The analyses compares different scenarios with..

Following the transition towards a carbon free energy supply, we are going to see an increase in the demand for smart grid solutions within every part of the..

Today, wind power represents more than 30% of the domestic electricity supply in Denmark. Both national and international plans indicate that the share of wind power will increase..

The transport sector is one of the biggest challenges in making the energy system independent of fossil fuels. A number of studies indicate that electric vehicles will constitute..

Ea Energy Analyses has carried out a plan to increase production and use of biomass for the municipality of Favrskov. The focus was on existing types of biomass..

On behalf of the Danish Energy Agency, Ea Energy Analyses has analysed the development of biomass prices at the place of consumption. As a part of the assignment,..

A good website for electricity price comparison can be one of several instruments to encourage a more efficient retail market. It will give the interested consumer the possibility..

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..

Ea Energy Analyses has carried out an investigation of future willingness-to-pay (WTP) for biomethane certificates in Denmark. The investigation is based on a general analysis of voluntary willingness..

As the amounts of electricity production from renewable energies increase in the electricity system, ancillary system services are getting greater attention. These services ensure the energy balance in..

Ea Energy Analyses provides calculations and analyses made with the Balmorel model as well as advice on various energy-related issues to the Danish Economic Councils. The calculations and..

In connection with the Danish Energy Agreement of March 2012, it was agreed to establish a Biogas Task Force, whose purpose was to follow up on the objective..

In association with the Technical University of Denmark, Ea Energy Analyses carried out a study for the Danish Energy Agency (DEA), which is part of the DEA’s periodic..

Ea Energy Analyses has conducted an analysis of selected energy efficiency obligations (EEOs) and alternative policy instruments aimed at furthering energy efficiency. The purpose of the analysis was..

Ea Energy Analyses has developed a database driven method for calculating the energy use of private consumers on behalf of the Ministry of Housing, Urban and Rural Affairs...

The Frederiksberg Municipality has set a target of reducing CO2 emissions in 2020 by35 % compared to 2005 and to contribute to Denmark’s goal of independence from fossil..

Ea Energy Analyses conducted a scenario analysis of the use of gas in the transport sector. The scenario analysis described a possible development for the use of gas..

In Denmark, central power plants have traditionally been the primary providers of regulating power, i.e. increases or decreases in electricity production with short notice. Expanding the share of..

The Region of Southern Denmark has launched a cross-organizational cooperation on strategic energy planning in the region. Ea Energy Analyses has assisted the Region in illustrating the perspective..

Ea Energy Analyses assisted the Danish Energy Agency in preparing the “Guide to analysis of system changes and scenario analyses”. The guide is part of the Danish Energy..

In 2010-2011 Københavns Energi (KE) (now HOFOR) conducted the first phase of an analysis investigating the possibility of establishing a new effective biomass-fired power plant on Amager. The..

Traditionally, energy advisers and their clients see the value of energy efficiency improvement as saved energy times the energy price. This perception constitutes a barrier to the implementation..

In this preliminary appraisal, a fleet project involving the purchase and demonstration of 30 electric taxis was prepared for the Danish taxi company “4×35”. As part of the..

Ea Energy Analyses, in collaboration with NIRAS, has prepared a guide in mapping methods and data capture for the Danish Energy Agency, for use in municipal strategic energy planning...

Ea participates in four projects about electrolysis by means of “solid oxide electrolyser cells”. By using electrolysis, inexpensive electricity can be used to convert e.g. biogas or CO2 and..

In May 2012 the City of Copenhagen presented a draft for a Climate Action Plan, whereby Copenhagen is expected to become the world’s first CO2-neutral capital by 2025...

Ea Energy Analyses, in collaboration with NIRAS and Viegand & Maagøe, has conducted an evaluation of the energy companies’ energy efficiency obligation with a view to making recommendations..

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..

Ea Energy Analyses has conducted an evaluation of the Danish Knowledge Center for Energy Savings in Buildings for the Danish Energy Saving Trust. The evaluation of the Knowledge..

Ea Energy Analyses has worked out an analysis of the future need for flexibility in the energy system and possible means to cover this need for the municipality..

Ea Energy Analyses has assisted Energinet.dk in analysing how biogas best can be integrated into the cohesive energy system from a socioeconomic perspective, and identified possible improvements of..

The Danish part of the EU financed ENERCOAST project is lead by Agro Business Park/INBIOM and is based on the biomass potential in Region Midtjylland (administrative region in..

A key element in the evaluation of energy policy instruments is to measure the net effect of these. On behalf of the Danish Energy Association, Ea Energy Analyses has described, how the framework conditions for such instruments can be designed tomaximise the net effect.

Ea Energy Analyses has conducted a roadmap for the use of gas in the transport sector in Denmark for HMN Naturgas. The use of gas in the transport..

Ea Energy Analyses has studied the current and future value of electric vehicles to the electricity system. With a focus on electric vehicle owners in Germany, the UK..

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..

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..

Since 2003 all electricity customers have been able to choose freely between power suppliers. Only a small number of the Danish households have taken advantage of this opportunity..

The City of Copenhagen has a vision of being carbon neutral by 2025. According to the Copenhagen Climate Plan, a strategy to achieve the goal must be presented..

Ea Energy Analysis has prepared a blueprint for an energy strategy for Gladsaxe Municipality.The aim was to analyse the energy flows in Gladsaxe, in order to identify opportunities..

The Danish Energy Agency periodically publishes guidelines and assumptions for socio-economic analyses within the energy field. For the latest edition of assumptions for socio-economic analyses within the energy..

On behalf of the Danish Agriculture and Food Council, Ea Energy Analyses has made a SWOT analysis (strengths, weaknesses, options and threats) of the intelligent energy system based..

An EUDP project also focused on determining what it costs to deliver a kWh of electricity from wind, this project is headed by Per Nielsen and consists of..

On behalf of the Danish Petroleum Association (EOF), Ea Energy Analyses has made an analysis of the possible development of energy consumption and CO2 emissions in the Danish..

On behalf of Energinet.dk and the Danish Energy Association, Ea Energy Analyses has analysed the potential for demand response within industry and trade and service.

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..

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..

Ea Energy Analyses has assisted the City of Aarhus in projecting the city’s CO2 emissions for the purpose of its climate plan ”Klimaplan 2012-2015 – Det intelligente energisamfund”..

The waste treatment company, AVV, that handles waste from the municipalities of Hjørring and Brønderslev (northern Jutland) is planning to establish new waste combustion capacity to replace existing..

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..

In 2010, Ea Energy Analyses made an assessment for waste denmark and RenoSam of the advantages and drawbacks of including the Danish waste incineration sector in the EU’s..

Ea Energy Analyses participated in the EDISON project (Electric vehicles in a Distributed and Integrated market using Sustainable energy and Open Networks) during the period of Jan. 2009..

Ea Energy Analyses have assisted the municipality of Copenhagen in the proceedings of various heat supply projects in 2010 and 2011. In 2011, the assistance was focused on..

On behalf of Copenhagen Energy and District heating Fyn, Ea Energy Analyses undertook  an analysis of the market structures for the trading of biomass. The analysis contained an..

An important part of the work on energy savings is to evaluate the effect of measures for control. Based on this, Ea Energy Analyses and Roskilde University (the..

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..

In 2010 the Danish Energy Authority (now the Danish Energy Agency) asked Ea Energy Analyses to carry out a set of guidelines for emergency preparedness in public institutions..

ESCO is an abbreviation of Energy Service Company. There are indications that the traditional ESCO format, as defined by the EU, is not optimal as leverage for energy..

With increasing amounts of wind power, developing the overall energy system into a more dynamic system becomes all the more important. A wide range of national and international..

In March 2008, the Danish government set up the Danish Commission on Climate Change Policy consisting of ten scientists specialising in energy, climate, transport, agriculture and economy. The..

The goal of the project was to analyse the technical, economic and liability aspects of increasingly basing security of supply on market forces. Maintaining a secure energy supply..

The Danish TSO, Energinet.dk, is obliged to maintain an effective emergency preparedness for threats against a reliable power and natural gas supply. The Danish Energy Agency asked Ea..

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..

Ea Energy Analyses has made a new study of the development of the electricity prices since 1995 for the Danish Energy Agency. The study describes the development of..

Ea Energy Analyses carried out an analysis of the markets for selected biomass resources and evaluated the consequences of the market development for utilisation on a local level..

Ea Energy Analyses has carried out supply chain analyses of selected biomass resources and evaluated the possibilities of increased production and utilisation of biomass in the municipalities of..

In 2005 Chinese-Danish cooperation within the energy sector led to the launch of the Wind Energy Development (WED) Programme. Implementation of the programme started in April 2006 and..

The project reviewed the current level of energy taxes on the industrial sector and evaluated how changes to the level of energy taxation could influence energy efficient behaviour..

Ea Energy Analyses has prepared a report on the socio-economic aspects related to the production of 2nd generation bioethanol. The project was carried out for Partnerskabet for Biobrændstoffer..

Ea Energy Analyses has investigated the potential for small-scale turbines within Copenhagen municipality. Addressed issues included those related to certification and other legal procedures, local environmental effects, potential sites,..

On behalf of the Danish Petroleum Association (EOF), Ea Energy Analyses undertook a study of the CO2 emissions from five types of personal vehicles: Gasoline, diesel, hybrid, plug-in hybrid,..

Ea Energy Analyses has been assisting the municipalities of Norddjurs and Syddjurs in the development of an action plan for Djurs Energiland, including a statistical basis for the..

This analysis describes experiences in Denmark and abroad with financing of energy efficiency in buildings. Some private banks abroad have developed niche products for financing energy efficiency in..

The project “Demand response in households” demonstrated how also electrically heated households can respond to fluctuations in electricity prices. More than 500 households participated in the demonstration project...

Together with the Centre for Electric Technology, DTU, Ea Energy Analyses carried out a research project on the potentials for using frequency controlled demand as reserves in the electricity..

Society is strongly dependent on reliable electricity supply. For some types of electricity consumption, it may be suitable to provide an additional security by installing a backup generation..

According to the Danish energy policy agreement of 21 February 2008, an independent evaluation of the Danish energy savings effort should be implemented before the end of 2008...

In 2003, the Danish Board of Technology initiated two energy projects: “Energy as Growth Area” and “When the Cheap Oil Runs Out”. The results of both of these..

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..