Sentence examples for bidirectional energy from inspiring English sources
Bidirectional energy trading with the grid is considered.
Smart energy grid (SEG) infrastructures will provide efficient bidirectional energy supply with reduced greenhouse gas emissions.
Smart energy grids (SEGs) can enhance the operational efficiency of energy supply via distributed generation with bidirectional energy flow.
PWM rectifiers have the advantages of being low input current harmonic, adjustable input power factor, and controllable DC voltage and bidirectional energy flow.
For this reason, the choice of the Leonardo da Vinci management company, oriented to install a smart storage in order to manage the bidirectional energy flows by consumers and producers, is justified.
For what concerns the electrical production, the distributed generation systems are directly connected to the National Electricity Transmission Grid, allowing a bidirectional energy flux at the utilities and giving rise to the so-called smart grid.
To bridge this gap, the current research puts forth an approximate two-component IDA procedure on the basis of a bidirectional energy-based pushover (BEP) analysis.
The study carried in this paper, as part of a demo-oriented feasibility analysis "CopenHydrogen" [20], presents an economic dispatch based generic mathematical model for facilitating the assessment of the operational economy of hydrogen systems that can function as a bidirectional electrical energy storage (EES) in view of a multi-energy market environment.
In this paper, the economic performance of a MW-sized hydrogen system, i.e. a composition of water electrolysis, hydrogen storage, and fuel cell combined heat and power plant (FCCHP), is assessed as an example of hydrogen-based bidirectional electrical energy storage (EES).
Yarnell, J. E., Deaton, J. C., McCusker, C. E. & Castellano, F. N. Bidirectional 'ping-pong' energy transfer and 3000-fold lifenhancementcement in a Re(I) charge transfer complex.
Bidirectional flow of energy and data between power generation, distribution and consumption Fig. 2 Smart grid infrastructures layers.
