The goal of this paper is to present the first stage of developing an educational laboratory to teach smart grid design and implementations for both under graduate and graduate levels. Hampden 180 simulator that represents conventional generation, transmission, and distribution power system is integrated with intelligent electronic devices and tied together in an architecture that provides reliable and fault-tolerant protection, control and monitoring. The upgraded laboratory will demonstrate high level of functionality and satisfying the design and operation objectives of smart grid metering, protection, control, monitoring and communication. Part 2 of this paper will discuss and present the implementation stage
This paper addresses challenges part of the shift of paradigm taking place in the way we produce, tr...
Given there is currently a migration trend from traditional electrical supervisory control and data ...
Today, power systems face new challenges in different fields, such as economic, ...
The goal of this paper is to present the first stage of developing an educational laboratory to teac...
Developing user-friendly learning platform tailored to illustrating the integrative nature of specif...
In this paper, a new course in smart grid technologies to enhance the power systems concentration in...
International audienceThis paper proposes the description of an originalsmart-grids test bed aimed a...
International audienceSmart grids are aimed at improving the operation, monitoring, and the control ...
In this document we propose the development of a Smart Transmission Grids Laboratory named (SmarTS-L...
Abstract — Cyber Security of smart grids becomes more and more important to our everyday life for it...
Control and power electronics are two major enablers for the paradigm shift of power systems from ce...
Developing user-friendly learning platform tailored to illustrating the integrative nature of specif...
International audienceThis paper proposes an original Smart-Grid test bed aimed at teaching the IEC ...
The smart grid is the future of the power grid. Smart meters and the associated network play a major...
The power industry is under pressure to change the way it has been operating for most of the past c...
This paper addresses challenges part of the shift of paradigm taking place in the way we produce, tr...
Given there is currently a migration trend from traditional electrical supervisory control and data ...
Today, power systems face new challenges in different fields, such as economic, ...
The goal of this paper is to present the first stage of developing an educational laboratory to teac...
Developing user-friendly learning platform tailored to illustrating the integrative nature of specif...
In this paper, a new course in smart grid technologies to enhance the power systems concentration in...
International audienceThis paper proposes the description of an originalsmart-grids test bed aimed a...
International audienceSmart grids are aimed at improving the operation, monitoring, and the control ...
In this document we propose the development of a Smart Transmission Grids Laboratory named (SmarTS-L...
Abstract — Cyber Security of smart grids becomes more and more important to our everyday life for it...
Control and power electronics are two major enablers for the paradigm shift of power systems from ce...
Developing user-friendly learning platform tailored to illustrating the integrative nature of specif...
International audienceThis paper proposes an original Smart-Grid test bed aimed at teaching the IEC ...
The smart grid is the future of the power grid. Smart meters and the associated network play a major...
The power industry is under pressure to change the way it has been operating for most of the past c...
This paper addresses challenges part of the shift of paradigm taking place in the way we produce, tr...
Given there is currently a migration trend from traditional electrical supervisory control and data ...
Today, power systems face new challenges in different fields, such as economic, ...