The phrase "absorb power" is correct and usable in written English.
It can be used in contexts related to energy, influence, or authority, often referring to the ability to take in or utilize power effectively.
Example: "The new technology is designed to absorb power from renewable sources, making it more efficient."
Alternatives: "gather energy" or "take in power."
The flywheels are mechanical batteries designed to absorb power or give it back on signals from the New York power grid operator; they were capable of reversing direction every four seconds.
There have been several attempts to do this in the past, from trainers that absorb power from the pounding of a foot on a pavement to backpacks that generate it from the bobbing motion of the load while the wearer walks.
Instead, the PEESS varies its electricity consumption against a baseline to release power to or absorb power from the grid.
Based on the ability to inject and absorb power quickly, ESS can be used to alleviate the negative impacts brought by fluctuations of REGs and load, given by (29).
This paper develops a unified fuel-cell model for when the fuel-cells can either deliver power (termed driving-mode, and for when the cell absorb power (termed driven-mode) for higher leak rates.
Based on this fact, when the frequency of the MG starts to increase (dω g/dt = dω/dt > 0), the CP-VSG which is in charge of emulating the inertial response starts to absorb power from the MG to prevent the frequency from rising too quickly, until the frequency reaches its maximum (dω/dt = 0).
Assuming an incident power density of 80 μW/mm2 and an ant head of volume 3 mm, the estimated absorbed power is 7.2 μW and the absorbed dose rate (absorbed power per unit mass) is 2.4 Gy/s.
(iv) As the absorbed power is increased beyond a critical threshold of absorbed power Pc, the narrow peak splits into two branches and each branch sharpens still further.
The concept of the absorbed power measurement is based on a thermal conversion, where the dissipated or absorbed RF power is converted into the thermal power, inside a thermally isolated system, so-called the micromechanical thermal converter (MTC) device.
A correction is made for differences of form or of absorbing power of the two containers.
An indirect method of computing absorbed power from the apparent mass response is formulated and validated using the directly measured absorbed power data.
