The objective is to develop a prototype design of a wave power converter based on the Point absorber system AquaBuOY in cooperation between RAMBOLL and Aqua Energy.
The goal has been to further develop and test simple models of district heating systems for simulation and operational optimisation, and to investigate the significance of the load distribution (both
Recent years have witnessed a wide range of energy saving measures in Denmark, which have decreased the unit heat consumption by district heating consumers dramatically. The geometrical density of new
Facing a market structure of independent heating systems and cost-of-service regulation the regulator considers ways to create incentives for increasing efficiency in heat production. One way is to
It has been demonstrated that flow in large district heating pipes can be measured using LDV. The results of the project indicate strongly that the method is relevant for future check or control of
The aim of the project is to analyse energy, environmental and economic aspects of integrating electric vehicles in the future Danish energy system. Consequences of large-scale utilisaltion of
The project's superior objective is to work as a catalyst for distribution and practical use of a number of optimization methods and tools for the district heating sector. By collecting these
This project looked at the problems in establishing competitive electricity markets. There are many different angles to analyzing the evolution of newly established electricity markets. The project
Wave energy test is extended due to an unexpected stop caused by the sinking of the float (due to corrosion). The test is continued in order to obtain sufficient long period of performance data. The
The purpose of this research project has been to develope and test equivalent models of district heating (DH) systems with regard to on-line optimization of the operational costs of the complete