The phrase "ambient load" is correct and usable in written English.
It can be used in contexts related to environmental science, engineering, or computing, often referring to the background or baseline load that exists in a system.
Example: "The ambient load on the electrical grid must be considered when planning for peak demand periods."
Alternatives: "background load" or "baseline load".
Finally, strategies for future improvement of the ambient loading protocol are proposed, which in the first place should target faster and more uniform cooling.
Special attention was paid to the implementation of ambient loading (including solar radiation, temperature variation and wind speed) in the numerical simulation process.
Despite the multiple logistical and economical savings it provides, the potential of "ambient loading" of fruit in reefer containers has been left largely unexplored.
Although successful for resilient citrus fruits, the cooling process and performance of ambient loading have not been explored in a systematic manner.
The SHM system should be low cost, suitable for continuous monitoring, able to detect small levels of damage, and insensitive to ambient loading, changes in ambient temperature, and measurement noise.
A promising cold-chain protocol is explored as an alternative to the commonly-used forced-air pre-cooling (FAC) of citrus fruit prior to shipping: ambient loading of fruit in reefer containers for cooling during long-haul marine transport.
To support data analysis, a moving average filter was employed to extract the low frequency of the ambient loading response.
As it is shown, the amplitude of first natural frequency under ambient loads is significantly larger than other frequencies.
Monte Carlo simulation is applied to acquire solar radiations, ambient temperatures, load demands and substation voltages.
Liquid water condensation and accumulation at the cathode surface is unavoidable in a passive design operated over a wide range of ambient and load conditions.
