Abstract
The expectation for the structure of the future power system causes many challenges for the grid. A significantly higher proportion of renewable energy in electricity generation will lead to more and more hours with few or no central power plants in operation. Electric cars and heat pumps in the Danish homes will lead to a higher load of the distribution network. The power system of today is challenged towards the future power system. Control and flexibility in consumption is a new instrument to obtain balanced consumption and production in the future, but there are also major challenges in implementation of intelligent control systems, which still must be resolved. In the identification of the challenges we face the following three main categories have been reviewed: 1) Power grid and management; 2) Communications; 3) Markets. Based on an overview of completed and ongoing research, development and demonstration (RDD) activities in Denmark a gap analysis is conducted in order to provide recommendations and guidance on the need to coordinate already completed and ongoing projects, and to initiate new projects or activities that fill the gaps in relation to the already decided RDD activities. (ln)
Lund, P;
Strunge, C;
Johansen, Knud;
[1]
Norsk Jensen, A;
Nordentoft, N C;
[2]
Dybdal Cajar, P;
[3]
Soerensen, Per;
[4]
Andreasen, J;
[5]
Graves Christensen, N
[6]
- Energinet.dk (Denmark)
- Dansk Energi (Denmark)
- Dong Energy (Denmark)
- Tre-For El-net (Denmark)
- SydEnergi Net (Denmark)
- SydEnergi Service (Denmark)
Citation Formats
Lund, P, Strunge, C, Johansen, Knud, Norsk Jensen, A, Nordentoft, N C, Dybdal Cajar, P, Soerensen, Per, Andreasen, J, and Graves Christensen, N.
Survey of the Danish power sector's Smart Grid R and D activities; Kortlaegning af den danske elbranches Smart Grid FUD-indsats.
Denmark: N. p.,
2011.
Web.
Lund, P, Strunge, C, Johansen, Knud, Norsk Jensen, A, Nordentoft, N C, Dybdal Cajar, P, Soerensen, Per, Andreasen, J, & Graves Christensen, N.
Survey of the Danish power sector's Smart Grid R and D activities; Kortlaegning af den danske elbranches Smart Grid FUD-indsats.
Denmark.
Lund, P, Strunge, C, Johansen, Knud, Norsk Jensen, A, Nordentoft, N C, Dybdal Cajar, P, Soerensen, Per, Andreasen, J, and Graves Christensen, N.
2011.
"Survey of the Danish power sector's Smart Grid R and D activities; Kortlaegning af den danske elbranches Smart Grid FUD-indsats."
Denmark.
@misc{etde_1010719,
title = {Survey of the Danish power sector's Smart Grid R and D activities; Kortlaegning af den danske elbranches Smart Grid FUD-indsats}
author = {Lund, P, Strunge, C, Johansen, Knud, Norsk Jensen, A, Nordentoft, N C, Dybdal Cajar, P, Soerensen, Per, Andreasen, J, and Graves Christensen, N}
abstractNote = {The expectation for the structure of the future power system causes many challenges for the grid. A significantly higher proportion of renewable energy in electricity generation will lead to more and more hours with few or no central power plants in operation. Electric cars and heat pumps in the Danish homes will lead to a higher load of the distribution network. The power system of today is challenged towards the future power system. Control and flexibility in consumption is a new instrument to obtain balanced consumption and production in the future, but there are also major challenges in implementation of intelligent control systems, which still must be resolved. In the identification of the challenges we face the following three main categories have been reviewed: 1) Power grid and management; 2) Communications; 3) Markets. Based on an overview of completed and ongoing research, development and demonstration (RDD) activities in Denmark a gap analysis is conducted in order to provide recommendations and guidance on the need to coordinate already completed and ongoing projects, and to initiate new projects or activities that fill the gaps in relation to the already decided RDD activities. (ln)}
place = {Denmark}
year = {2011}
month = {Jan}
}
title = {Survey of the Danish power sector's Smart Grid R and D activities; Kortlaegning af den danske elbranches Smart Grid FUD-indsats}
author = {Lund, P, Strunge, C, Johansen, Knud, Norsk Jensen, A, Nordentoft, N C, Dybdal Cajar, P, Soerensen, Per, Andreasen, J, and Graves Christensen, N}
abstractNote = {The expectation for the structure of the future power system causes many challenges for the grid. A significantly higher proportion of renewable energy in electricity generation will lead to more and more hours with few or no central power plants in operation. Electric cars and heat pumps in the Danish homes will lead to a higher load of the distribution network. The power system of today is challenged towards the future power system. Control and flexibility in consumption is a new instrument to obtain balanced consumption and production in the future, but there are also major challenges in implementation of intelligent control systems, which still must be resolved. In the identification of the challenges we face the following three main categories have been reviewed: 1) Power grid and management; 2) Communications; 3) Markets. Based on an overview of completed and ongoing research, development and demonstration (RDD) activities in Denmark a gap analysis is conducted in order to provide recommendations and guidance on the need to coordinate already completed and ongoing projects, and to initiate new projects or activities that fill the gaps in relation to the already decided RDD activities. (ln)}
place = {Denmark}
year = {2011}
month = {Jan}
}