Smart Touch Voltage Limitation

Smart Grid Voltage Regulations

The large-scale deployment of the Smart Grid paradigm will support the evolution of conventional electrical power systems toward active, flexible and self-healing web energy networks composed of distributed and cooperative energy resources. In a Smart Grid platform, the optimal coordination of distributed voltage controllers is one of the mainissues to address. In this field, the application of...

Smart Inverter Voltage Control on Distribution Feeders

Smart inverters are studied in both the dynamic/transient and steady state in a simulation environment. Using EPRI OpenDSS, five real California feeders are simulated over a 95 day period while the PV penetration and smart inverter fraction are varied. From the simulations, it is shown that smart inverters operating under different Volt/VAr based control schemes improve feeder conditions. The i...

Telecommunication requirements in low-voltage smart grids

Droop Controller Limitation for Voltage Stability in Islanded Microgrid

The motivation to develop microgrids (MG), as a particular form of active networks is explained and presented as an effective solution for the control of grids. In MGs, with high level of penetration of Distributed Energy Resources, the stability becomes an important issue. Some control characteristics of elements such as droop coefficients in VSI highly affect voltage and frequency stability. ...

Forwarder smart selection protocol for limitation of broadcast storm problem

In this paper we introduce a novel routing protocol for efficiently broadcasting packets in vehicular ad hoc networks, while limiting multiple copies of the same packet and avoiding collisions. In high congested traffic scenarios, the increase of packet collisions and medium contentions among vehicles, affects the intervehicular communications and causes a degradation of Quality-of-Service (QoS...