The CanDan1.5 project is part of the Canadian/Danish CanDan collaboration and the purpose is to: - Analyze state-of-the-art and future prospects for hydrogen & fuel cell power balancing concepts &
A number of instruments, Internet, media campaigns, boxes displaying electricity prices (SEE1) and spot contract has been tested for households to shift their electricity consumption to times when
The pier-based Wave Star Energy test system is now ready for installation at Roshage pier in Hanstholm. For security reasons, the unit was moved into open waters west of the pier. A high footbridge
The goal of the project is to develop, test, validate and evaluate a novel control architechture for optimised operation and seamless integration of micro CHP based on a generic virtual plant (VPP)
The project united a wide circle of scientists, experts and industrial partners with varying competences and specific experience to hear their visions for how Denmark should develop new long-term
The present R and D will be used to build a 1:10 scale model of a single AquaBuOY and test and measure its performance in a range of sea conditions at the testsite in Nissum Bredning on 5 meters deep
The CEEH will develop a system to support the planning of Denmark's future energy systems integrating both direct costs and indirect costs for environment, climate and health. The CEEH will apply a
The output of the project can be divided into three main areas: Firstly, results related to the further development and integration of existing tools and methodologies into coherent energy and
The project has shown that there is potential for particularly demand response energy consumption within the industry. If businesses offer this potential on markets it is required that the payment is
Danish greenhouses have a relatively high level of electricity consumption for grow light. Part of the electricity consumption is flexible, and the main purpose of the project was to find out if the
More than 500 households with electric heating participated in a demonstration project about demand response. Participants paid for electricity based on spot prices. The groups notified of the next
The project studies two issues in distribution systems 1)Normal Operation Optimization models the load optimal response to electricity price, power system constraint impacts. 2)Control Strategies in
The operating responsible for the Danish electricity grid (Energinet.dk) asks for more competitors in the liberalised market for fulfilling national obligations for contracts of standby regulating
The project developed technology for demand frequency controlled reserve (DFR) implementation, a system that automatically stops or starts electricity consumption in response to system frequency
The project suggest a multiagent based flexible control architecture (subgrid control) suitable for the implementation of innovative control consepts. The subgrid architechture is tested on a novel
The project developed probabilistic methods for optimum operation and planning of contemporary distribution systems, including probabilistic models for wind power, small-scale CHP plants and load. It