Sentence examples for utilization of battery from inspiring English sources

This paper proposes a reclosing scheme using synchronism checking for utilization of battery energy storage system (BESS) in a distribution system.

Therefore, to extend the network lifetime and minimum utilization of battery, all the steps from node deployment to network architecture (in our case, we are considering clustered network architecture) and from sensing the environment to sharing the sensed data to the BS (i.e. routing) should be designed in a careful way.

The basic contribution of this article is the best utilization of batteries as an additional source to be connected to increase the generated power based on demand.

A pre-plan power curve based scheduling module, which takes the grid limitation of maximum powers fluctuation, maximizing wind and solar power utilization and reducing use of battery energy storage system BESS) as objectives, is designed according to ultra-short-term prediction information of wind and solar power and state of charging (SOC) of BESS.

Real-time and accurate state-of-charge (SoC) estimation of lithium-ion batteries is a critical issue for efficient monitoring, control and utilization of advanced battery management systems (BMS) in electric vehicles (EVs).

To accommodate the operation conditions, the battery management system (BMS) should estimate State of Charge (SOC) to facilitate safe and efficient utilization of the battery.

The fabricated all solid-state Ni/MH battery was able to operate several tens of charge discharge cycles at relatively high current density although the utilization of the battery was low.

It is clear at this juncture that such a colossal task would require the use of various levels of analysis, from single cells to the complex network in the living brain, and comprehensive utilization of a battery of experimental approaches, including molecular genetics, imaging, electrophysiology and behavioural testing.

Enhancing the chemical stability of ion exchange membranes is essential for improving cycle life and enabling the widespread utilization of flow batteries.

Optimal thermal management is a key requirement in commercial utilization of lithium ion battery comprising of phase change electrodes.

This paper deals with the development of a PID control architecture for better utilization of the storage battery connected to a PhotoVoltaic (PV) Plant.