The main purpose of the GreenLab Skive P2X project is to demonstrate and develop an effective interaction between solar and wind energy, infrastructure, storage, and production of hydrogen..

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 has looked at the potential costs and benefits of carbon storage with the use of biochar in agriculture. Biochar is produced by pyrolysis of biomass..

The EUPD-project INTEGRATE 2 investigated solutions for long term thermal storage that can be integrated into all kinds of existing district heating and cooling systems. The storages were..

In November 2023, the Danish Energy Agency, the Embassy of Denmark in Hanoi, EREA (Electricity and Renewable Energy Authority, Vietnam), Institute of Energy in Vietnam, and Ea Energy..

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

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

To reach the ambitious Danish climate targets of reducing greenhouse gas emissions by 70% in 2030 and become climate neutral by 2050 at the latest, there needs to..

For the Greenlandic supply company Nukissiorfiit, Ea Energy Analyses has investigated whether there is an economic advantage in integrating large batteries in Maniitsoq and Uummannaq to replace parts..

Ea Energy Analyses has analysed the potential value of the Green Hydrogen Hub (GHH) concept for Gas Storage Denmark. The concept combines electrolysers, hydrogen storage and compressed-air energy..

The green transition creates new conditions for the economy of and demand for gas storage. On one hand, a shift away from the use of gas is happening,..

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..

The objective of the project was to propose tools and methodologies for system flexibility (e.g. smart generation, storage capacity, demand flexibility) in relation to the expected increse of wind and..

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..

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..

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..

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

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..

Wind power and other renewable energy sources will be key to reducing the CO2 emissions from the countries surrounding the Baltic Sea. The transmission grid is a crucial component..

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..

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..

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..

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..