Sentence examples for grid characterized by from inspiring English sources

It requires a robust and modern grid characterized by connectivity, rules enabling interconnection and innovative rate structures that enhance the value of the power system to all consumers [16].

The aim of the paper is the proposal of a high-rate measurement architecture for data processing, monitoring, and management in a smart grid characterized by real-time measurements and sophisticated control integrating fluctuating renewable power sources and/or prosumers (such as electrical vehicles and storage systems).

Data grids, characterized by their goal to manage large-scale dataset, are promising platforms to support sharing of geographically dispersed learning content.

In the present work, micro-grids characterized by the presence of different subsections including renewable plants coupled with batteries storage solution are investigated through the development of a suitable code.

As the receiving-end power grid of CSG, Guangdong provincial grid is characterized by highly clustered load and high proportions of power transmitted from other provincial grids.

New forest features of a grid due to gridding are characterized by forest coverage ratio and maximum vegetation percentage (Table 1).

Smart grid is characterized by two-way flow of power in electrical network, and information in communication network to increase energy efficiency, transition to renewable energy sources, reduce greenhouse gas emissions, and build a sustainable economy that ensures prosperity for current and future generations [1 3].

This paper introduces a comprehensive mathematical formulation of the ETN from a system-level perspective, in which the steady-state distribution of the traffic flow is described by Wardrop user equilibrium, while the operating status of the power grid is characterized by a linearized branch power flow model.

Computational grids are characterized by their dynamic, non-dedicted, and heterogeneous nature.

Smart Grids are characterized by the application of information communication technology (ICT) to solve electrical energy challenges.

In fact, these pieces of information, based on experimental tests, are expected to support the building of simulation models and the identification of the best energy management and control strategies to be adopted in a smart-grid scenario, characterized by distributed generation systems including renewable energy sources.