The phrase "a low inertia system" is correct and usable in written English.
It can be used in contexts related to physics, engineering, or systems theory to describe a system that responds quickly to changes in input or force.
Example: "In robotics, a low inertia system allows for rapid movements and adjustments, enhancing the overall performance of the machine."
Alternatives: "a high responsiveness system" or "a quick-reacting system".
The proposed approach is tested on the Western Danish transmission system 2012 DK1 model provided by Energinet.dk, modified to emulate a low inertia system.
Although inertia is not considered in the calculations and system dynamic behaviour is neglected for simplicity, the property of short-circuit power of a low inertia system is preserved due to the lack of sufficient synchronous generator capacity.
In Section IV a modified Western Danish transmission system DK1 representing a low inertia system is presented and used to conduct case studies evaluating strength for system configurations, with and without synchronous condensers.
The case study is implemented in a futuristic wind dominated low inertia system scenario of the Western Danish system, with a reasonable assumption of limited choices for grid operators over synchronous condenser types and quantities.
This filter normally operates in a non-resonant state with only a low inertia constant such that the system operation is not affected.
This is indicative of a rather rapid thermal response and a low inertia to hygrothermal fluctuations.
It was designed to have low intrinsic endpoint impedance with a low inertia.
The results showed that the heat pump is a good tool for the purposes of DSM, also thanks to the use of TES systems, in particular with heating distribution systems that have a low thermal inertia, e.g. radiators.
The increase in the penetration of renewable resources, with effectively low inertia facilities, will cause a change in the system dynamics.
The robot is a planar haptic manipulandum, with low inertia, low friction and impedance control.
From THEMIS night IR images we determined that the fan-shaped deposit has a low thermal inertia (150-240 Jm−2K−1s−1/2) and the surrounding darker-toned units correspond to thermal inertia values as high as 270-390 Jm−2K−1s−1/2.
