Sentence examples for electric energy system from inspiring English sources
The state estimator is a key tool in the operation of any real-world electric energy system.
The main proposals are confirmed by measurement results obtained in the electric energy system transformer for different types of winding defects.
This provokes important challenges in the operation of the electric energy system: The number of generators increases, the size of generators decreases and more variability as well as uncertainty will exist in the operation of the electric system.
The objective of law 1715 of 2014 is to promote the development and use of non-conventional renewable energy (NCRE) sources and to incorporate them into the national electric energy system.
The central idea is that providing an infrastructure for distributed energy management and generally intensifying the information flow in the energy system will have positive effects on economic and energetic efficiency of the whole electric energy system [21].
The researchers hope to use that on-site generation to test out microgrid technologies, according to Dirk Mahling, the director of the distributed electric energy systems group at Fraunhofer Boston.
This paper investigates small-signal stability and decentralized control design for distribution electric energy systems with a large penetration of distributed generators.
In particular, our recently introduced energy state-space modeling approach for electric energy systems is further interpreted using fundamental laws of physics in multi-physical systems, such as terrestrial energy-systems, aircrafts and ships.
The present trend to electricity market restructuring increases the need for reliable short-term load forecast (STLF) algorithms, in order to assist electric utilities in activities such as planning, operating and controlling electric energy systems.
Optimal energy management practices need to deal with uncertainties in generation and demand, hence the development of reliable forecasting methods is an important priority area of research in electric energy systems.
To avoid the loss of stability of electric energy systems, and to detect inner and outer threats, the multi-agent based concept of design of universal intelligent immune system is suggested.
