Ea Energy Analyses is the leading company in commercialized engagements on the Balmorel model and Ea has developed many new Balmorel functionalities.
We use the model to support various analyses of large energy systems with emphasis on electricity and the combined heat and power sectors.
Ea has worked with the Balmorel model in numerous projects, for instance covering 18 European countries, 14 African countries, China, Mexico, Indonesia and Vietnam, and has also used it for regional analyses, e.g. of district heating systems in Copenhagen, Aarhus and Odense.
We have expert qualifications within developing, implementing, and using the Balmorel model, which enables us to assist with:
Each generator is represented with capacity (MW), fuel, efficiency and costs (operating costs and start/stop costs).
The model finds the optimal dispatch of each generator – given the available transmission capacity between areas. The optimal dispatch represents the lowest total costs for the entire model area.
The model finds future optimal investments, as it chooses technology, capacity and locations. Refurbishments or shutdown of existing capacity can be part of the analysis.
Limitations of resources (e.g. biomass) and different geographical conditions (for wind and sunlight especially) can be taken into account. The model makes decisions about investments while fulfilling requirements about CO2, renewable energy, firm capacity and special policies or goals.
The model is designed to work with multiple scenarios, e.g. with more or less renewable energy or with variations of the parameters for electricity demand, fuel prices, CO2 prices etc.
Efficient tools (databases and Excel sheets) have been developed to manage data input and to show results of multiple scenarios.
The model is open source and can be used for free.
Our Balmorel user guide is available for download here.
You can also take a look at our many projects using the Balmorel model on the list below.
The list of projects below illustrates the types of projects we are working on.
The Danish government has initiated a government-to-government cooperation with Ethiopia on long-term energy planning and modelling. The objective of the assignment is to support and follow up on..
Ea Energy Analyses delivered course on the Balmorel model, together with the Technical University of Denmark (DTU), to 25 participants coming from Indonesia, Ethiopia and Egypt. In the..
Ea Energy Analyses is consultant for DEA (Danish Energy Agency) in this modelling study. The objective is to study the potential impact of enhanced thermal power plant flexibility in..
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..
On behalf of Ørsted, Ea Energy Analyses has carried out a study on synergies between substantial offshore wind power buildout and the increasing need for transmission grid to..
Ea Energy Analyses developed three Energy Outlook reports covering the Indonesian provinces of North Sulawesi, Gorontalo, South Kalimantan and Riau. Each province is found to have a large potential for..
Ea Energy Analyses delivered a 4-weeks course on the Balmorel model, together with the Technical University of Denmark (DTU), to 27 participants coming from Indonesia and India. In..
The Danish government has initiated a new stage of ‘government to government’ cooperation with Indonesia on energy and energy efficiency. The objective of the Strategic Sector Cooperation (SSC)..
The objective of the project is to extract insights and improve the Balmorel power system modelling by linking the PSS/E grid model with the Balmorel model. The PSS/E..
In a recent report for the European Commission Ea Energy Analyses has investigated the potential for offshore wind in the Baltic Sea together with COWI and Thema Consulting..
Ea Energy Analyses organised a five-day course on the power system model Balmorel with a focus on energy planning and analysis of the power sector in developing countries...
In close cooperation with the Department of General Planning, SENER, the UNAM/SIMISE team and the Danish Energy Agency, Ea Energy Analyses have written a report to produce input..
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..
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..
As part of the engagement between Denmark and Indonesia under the Strategic Sector Cooperation, the Danish Energy Agency and the National Energy Council chose Lombok as a pilot..
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..
Indonesia and Denmark are cooperating through an Environmental Support Programme (ESP), where the third phase ran from 2013 to 2017. The overarching objective of ESP3 is to support..
In this project, Ea Energy Analyses provided a knowledge basis on relevant power system aspects of India for the Danish Energy Agency, to enable the DEA to engage..
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 objective of the study was to estimate the land-based wind resource potential in Vietnam using GIS analysis, taking into account wind resource quality, topography, land use limitations,..
Mexico has ambitious goals in terms of expansion of clean energy within the electricity sector and reducing national CO2 emissions. The objective of this project is to strengthen..
Ea Energy Analyses is continuing its involvement in an initiative on planning of renewable energy integration in the Vietnamese electricity sector within the cooperation framework between Vietnam and..
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..
Do current electricity market designs ensure a sufficient electricity supply at all times? This topic is currently the subject of intense debate across Europe, and several major countries..
Ea Energy Analyses, alongside COWI, UNEP-DTU, SBi, Viegand Maagøe, and CCAP, was involved in the provision of Project Support Facility (PSF) for the Mexican-Danish climate change mitigation and energy..
The Danish Ministry of Climate, Energy and Building has entered a co-operation with South Africa, with the purpose of reducing the emissions of greenhouse gasses by increasing the..
What is needed if Egypt is to seriously invest in wind power? This project focused on the possibilities of having 7,200 MW wind power in the Egyptian power..
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..
Using the electricity market model Balmorel, Ea Energy Analyses assisted Skellefteå Kraft with a long-term forecast of spot market prices and capture prices for selected power generation technologies..
Indonesia is working to develop and strengthen the current system of energy modeling in preparation of scenario analysis for 2050 with the aim of achieving a cost-effective breakthrough..
Mexico has ambitious goals in terms of expansion of clean energy within the electricity sector and reducing national CO2 emissions. The objective of this project was to strengthen 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..
Ea Energy Analyses was part of the ENSYMORA project, which was a comprehensive Danish research project aiming to develop and improve methods and models used for energy systems..
Representing Denmark, Ea Energy Analyses is a participant of the IEA Wind Task 26 – Cost of Wind Energy – Phase III. It is an international forum for..
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..
Ea Energy Analyses is involved in an initiative on planning of renewable energy integration in the Vietnamese electricity sector, one of the activities undertaken within the cooperation between..
Eastern African Power Pool, EAPP, is comprised of 10 member states: Libya, Egypt, Sudan, Ethiopia, Kenya, Tanzania, Uganda, Rwanda, Burundi and the DRC. South Sudan and Djibouti have..
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..
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 this analysis, the power market model Balmorel was used to quantify the consequences of allowing electricity trade between Estonia/Latvia and Russia. The data for Russia was updated..
In the resource strategy “Denmark without waste” from November 2013, the Danish government have proposed to increase the degree to which waste gets recycled and to modernise the..
Ea Energy Analyses provided ad hoc assistance in developing and using the Balmorel model for analysis and development of the power system in Estonia, Latvia and Lithuania. The..
Ea Energy Analysis has carried out a system adequacy and reliability study for the Lithuanian National Control Commission for Prices and Energy (NCCPE / VKEKK) in association with..
In cooperation with China National Renewable Energy Centre (CNREC), the Japanese National Institute of Environmental Studies and the Danish Energy Agency, Ea Energy Analyses has developed energy scenarios..
Ea Energy Analyses has been assisting Elering – the Estonian system operator – to identify and provide quantified analysis of long-term energy scenarios for Estonia in the context..
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..
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 March 2011, Ea Energy Analyses conducted a series of training seminars regarding energy modelling using the Balmorel model for the State Grid Energy Research Institute (SGERI) and..
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 project focused on the technical and economic consequences of the present congestion management in the Nordic electricity market and the most important alternatives to the present scheme...
The study shows that allocation to new entrants in the electricity market the way that it is currently practised in the ETS will distort the market and have..
In spring 2007, Ea Energy Analyses carried out a number of analyses for the Secretariat of the Danish Economic Council (formerly the Environmental Assessment Institute) quantifying the advantages..
The report presents a number of quantitative analyses focusing on economic gains and losses from electricity trade together with results of two interview rounds with stakeholders from the..
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..
What is the value of demand response? In this project, the Balmorel model has been used to calculate the value of demand response in a Monte Carlo set-up,..