The purpose of this development project is to demonstrate the technology for a novel state of the art space-heating concept. Recent research has demonstrated that existing residential buildings can be
The WABAT project develops a Workshop Automated Battery Tester for EV-battery, that doubles as DC fast charger. The test-based battery assessment is performed through the DC-charge plug and does not
TOPChargE aims to mature, validate and demonstrate a new battery buffered Electric Vehicle High Power Charger and assess its technological, economic and environmental sustainability.
A unique charger
This project will develop a Diagnostics Tool for Automatic, Smart and Cost-effective Fault Prediction and Location in the Power Distribution Grids using data from smart meters. The tool will enable
Based on the increasing demand for storage of renewable energy, the project goal is to develop large grid-scaled energy storage applications and reducing the investments cost by reusing large steel
Street lighting accounts for approximately 25% of public energy budgets, in modern cities around the world
including Denmark. Due to the significant proportion of a public energy budget dedicated to
The objective of the SENSE project is to develop and demonstrate high power storage systems for stabilization of supply grid for renewable energy sources, and for electrical ferries by the use of the
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
During the project, we developed oxygen membranes based on ion-conducting ceramics. They allow pure oxygen to be extracted from air and be used in ceramic processes.
It is technically possible to manage and activate the potential for flexible electricity consumption in the segment of large office blocks and public buildings. Practical experiments have shown that
By setting up an experimental facility - SYSLAB – the project studied aspects of the basis for distributed resources such as wind turbines, photovoltaics and not least consumers participating in power