The focus of this chapter is the development of the future European power system and in particular the transmission networks. The evolution of the power grid is described and the technical an operational reasons for its current structure are reviewed. The technical limitations for power transmission are briefly described and future technical developments discussed
The next fifty years are likely to see great developments in the technologies deployed in electricit...
The European Union has set energy targets to reduce CO2 emissions. Until 2030 the power sector is su...
The electricity industry is undergoing major changes mainly dictated by the need to simultaneously a...
The focus of this chapter is the development of the future European power system and in particular t...
Maintaining and improving reliable, efficient grids is vital for a modern society. The European tran...
This paper discusses some historical and technical events, particularly in USA and Europe, over the ...
The ongoing liberalization process around the world has led to the emergence of energy markets, faci...
Smart grids have attracted significant attention lately, and one can even speak of a hype. However, ...
In response to energy market restructuring, environmental pressures, and concerns about the security...
The European transmission grid is facing an investment challenge. There is a strong call for more tr...
Maintaining and improving reliable, efficient grids is vital for a modern society. The European tran...
The next fifty years are likely to see great developments in the technologies deployed in electricit...
Today, the architecture of electrical networks is evolving. Distributed dc generation from photovolt...
In this work the planning and design philosophies of Power Systems are discussed, analysing the situ...
The EU power system and transmission business are entering an era of radical changes. Why? A driving...
The next fifty years are likely to see great developments in the technologies deployed in electricit...
The European Union has set energy targets to reduce CO2 emissions. Until 2030 the power sector is su...
The electricity industry is undergoing major changes mainly dictated by the need to simultaneously a...
The focus of this chapter is the development of the future European power system and in particular t...
Maintaining and improving reliable, efficient grids is vital for a modern society. The European tran...
This paper discusses some historical and technical events, particularly in USA and Europe, over the ...
The ongoing liberalization process around the world has led to the emergence of energy markets, faci...
Smart grids have attracted significant attention lately, and one can even speak of a hype. However, ...
In response to energy market restructuring, environmental pressures, and concerns about the security...
The European transmission grid is facing an investment challenge. There is a strong call for more tr...
Maintaining and improving reliable, efficient grids is vital for a modern society. The European tran...
The next fifty years are likely to see great developments in the technologies deployed in electricit...
Today, the architecture of electrical networks is evolving. Distributed dc generation from photovolt...
In this work the planning and design philosophies of Power Systems are discussed, analysing the situ...
The EU power system and transmission business are entering an era of radical changes. Why? A driving...
The next fifty years are likely to see great developments in the technologies deployed in electricit...
The European Union has set energy targets to reduce CO2 emissions. Until 2030 the power sector is su...
The electricity industry is undergoing major changes mainly dictated by the need to simultaneously a...
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