Sentence examples for most suitable battery from inspiring English sources

Lithium rechargeable batteries have high energy and power densities and have been recognized as the most suitable battery for this purpose.

Considering the large number of commercially accessible battery technologies and the complexity of different applications, the selection of the most suitable battery for the regulation service is a complex process.

This may involve determining the influence of cells suffering from state of health (SOH) degradation on the performance of the entire string, or the running of test scenarios to ascertain the most suitable battery size for the application.

The most suitable electrolyte for Zn air batteries is potassium hydroxide (KOH, some relevant properties of this electrolyte have been listed in Table 3), owing to its high ionic conductivity and low cost.

Once the models have been validated, the performance of the proposed dual architecture is checked for different ambient conditions, routes and design variants, and the most suitable option is selected for battery module consumption and thermal performance.

In fact, its extremely low-power characteristics make it one of the most suitable solutions to enable wireless communications among battery powered IoT objects ubiquitously deployed in the field with the aim of building smart environments.

While the double layer configuration predicts a larger storage capacity than that of graphite, the single layer configuration turns out to be the most suitable candidate for the safest and stablest ion battery operating at extreme temperatures.

The zinc/bromine flow battery is considered as one of the most suitable candidates for the large-scale electrical energy storage attributed to its nature of high energy density and low cost.

There are many kinds of battery energy storage, which are divided into those most suitable for energy shifting applications and those most suitable for high-power applications, with different price dependence on the energy storage capacity (kWh) and the charge and discharge rate (kW).

Consequently, the most suitable hard carbon material for anodic applications in rechargeable sodium-ion batteries should both present a high residual hydrogen content and a significant microporosity.

Small objects (<6 cm, e.g., coins, battery, dentures, and plastic tubes) were managed by extraction, using the most suitable endoscopic accessories to grasp the objects.