Through 11 work packages. including hardware. design. development. laboratory test. practical implementation. data analyses. etc.. a technology will be developed in which the electricity consumption will be used as a frequency-controlled reserve (DFR). This project focuses on investigating the appropriate use of demands as frequency reserve (DFR) with strong focus on hardware development and demonstration in a practical power system based on our previous research.

The project developed technology for demand frequency controlled reserve (DFR) implementa-tion. a system that automatically stops or starts electricity consumption in response to system frequency variations. The developed technology is able to supply reserve electricity and im-prove electricity system frequency control.

The purpose of eFlex project is to gain experience with mobilization of private customers flexible energy consumption. especially from electric cars. electric heating and heat pumps.

The mission of the Efficient Distribution of Green Energy (EDGE) project is to radically improve integration of wind energy in the power grid through effective coordination of both electricity generation and consumption. Specifically, the project aims at developing rigorous methods for managing the flow of energy among actors - consumers and producers - connected to the power grid. In doing so, we extend results from other related projects, which tend to focus on existing technologies.

To build and demonstrate a complete prototype of the future power system with more than 50% renewable energy. The primary focus is on market integration and inclusion of electricity customers in the building of tomorrows SmartGrid

To develop new long term technologies and market solutions for power systems with increased share of distributed generation and renewable energy sources while maintaining the reliability of supply.

To investigate the opportunities for and effects of changed tariffs for electricity with the special objective of better integration of renewable energy from, among other things. ever-increasing wind power production. All parties involved in the project contributed in the work load but there is no official budget

DREAM phase 1 provides the necessary analysis and design of end user solutions in order to make a reliable and financial accountable full scale demonstration in succeeding projects with large amount of heat pumps, electric vehicles and smart grid technology.

The purpose of the project is to identify limitations of existing simulation and planning tools for distribution grids. with a particular focus on the challenges imposed by the introduction of Smart Grid technologies

Dispower has developed new methodologies. components and tools for planning. operational control. training. forecast and trading for the reliable and costeffective integration of distributed generation and renewable energies.