This project addresses the security of future renewable power systems by further developing and integrating real time assessment methods into a state-of-the art hardware platform. This will
This project intends to develop a new algorithm that reduces the load shedding during emergency shutdowns, reducing the number of people and businesses disconnected from the grid.
The project’s
This project researches and develops a system for DSO's based on advance metering infrastructure to collect, visualize and using smart meter data in low voltage grids and evaluates the system in 1)
The Parker project seeks to prove that series-produced electric vehicles, as part of an operational fleet, can support the Danish power system through power and energy services. The organizations DTU
The Danish retail sector can be a key player in the future smart grid. The use of intelligent energy solutions in the retail sector is hampered by short sighted economic thinking and low profit
The short but brief power consumption of electrical trains is problematic for the electrical grid. We will use a 3.3 MW magnetic flywheel as local energy storage, that continuously draw power from the
The goal of CASHPumps is to demonstrate an economically attractive solution of SME owners of heat pumps to deliver balancing power. This meets the challenge of balancing the power net with a growing
The main purpose of the Super Supermarkets project is to evaluate, demonstrate and implement the full potential of district heating production and electricity grid system services already available
If we want to take action on our vision of being a fossil-free Europe, energy storage is a simple necessity. The idea is to heat a well-insulated bed of stones to 600 °C with air using low-cost
The project ‘HTES’ (High Temperature Energy Storage) aims at demonstrating a new seasonal storage technology.The project will store heat energy in the subsurface limestones (~600m depth) beneath the
The project develops and demonstrates technologies and market services ensuring energy flexibility for the energy intensive shopping centers. The holistic approach includes: Flexible indoor climate
The objective of this annex is to gather information and ideas for policy makers and decision
makers and planners of energy systems in urban areas concerning the possibilities and barriers
related to