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The Research GroupRead more about the research group and the Master's degree in Sustainable Energy Planning and Management here.
ContactIf you experience further challenges using the model that are not answered in any one of pages at the site, you are more than welcome to contact us and we will try to help you.
How to cite EnergyPLAN
When you wish to refer to EnergyPLAN in a publication, please use this reference:
”EnergyPLAN – Advanced Analysis of Smart Energy Systems”
WarningAs EnergyPLAN is an executable, some anti-virus programs will warn you before using it for the first time.
Therefore, depending on the security set-up on your computer, you may need to allow your computer to download the EnergyPLAN tool.
Book (2nd Edition Out Now)
Renewable Energy Systems - A Smart Energy Systems Approach to the Choice and Modeling of 100% Renewable Solutions
By Professor Henrik Lund
List price: $99.95/£60.99/€71.95
Order here: http://store.elsevier.com/
Author Archives: EnergyPLAN Support
Link to the Journal Paper The aim of the study is to determine whether and to what extent it is possible to use excess electricity produced by wind power plants during low demand periods for district heat production by heat … Continue reading
Link to the Journal Paper The focus of the research is to develop a new approach to transport solution based on the use of a conveyor-type system and to compare the environmental impact of the new system with the existing … Continue reading
Link to the Journal Paper In 2007 Ireland supplied 96% of the total energy demand with fossil fuels (7% domestic and 89% imported) and 3% with renewable energy, even though there are enough renewable resources to supply all the energy … Continue reading
Link to summary (In Danish) Link to report (In Danish) Link to the Journal Paper focusing on Heat Aalborg Municipality, Denmark, wishes to investigate the possibilities of becoming independent of fossil fuels. This article describes a scenario for supplying Aalborg … Continue reading
Link to the Journal EU import dependence on hydrocarbons and resulting negative environmental impact related to their use led to setting of new measures and energy policy that will make, in time, a post carbon society more feasible and achievable. … Continue reading
Link to the Journal This paper presents a comparative study of two energy system analysis models both designed for the purpose of analysing electricity systems with a substantial share of fluctuating renewable energy. The first model (EnergyPLAN) has been designed … Continue reading
Link to the Journal Paper This paper presents the energy system analysis model EnergyPLAN, which has been used to analyse the integration of large scale wind power into the national Danish electricity system. The main purpose of the EnergyPLAN model … Continue reading
Link to the Journal Paper Both CHP (combined heat and power production) and wind power are important elements of Danish energy policy. Today, approximately 50% of both the Danish electricity and heat demand are produced in CHP and more than … Continue reading
Energy efficiency analysis and impact evaluation of the application of thermoelectric power cycle to today’s CHP systems (2010)
Link to the Journal Paper High efficiency thermoelectric generators (TEG) can recover waste heat from both industrial and private sectors. Thus, the development and deployment of TEG may represent one of the main drives for technological change and fuel substitution. … Continue reading
Visit the CEESA Homepage Download the CEESA reports The CEESA project (Coherent Energy and Environmental System Analysis) presents technical scenarios as well as implementation policies and a road map of Denmark’s transition from a fossil fuel-dominated energy system to a … Continue reading