The phrase "allocation of reserves" is correct and usable in written English.
It can be used in contexts related to finance, resource management, or strategic planning where reserves are being distributed or assigned for specific purposes.
Example: "The allocation of reserves is crucial for ensuring that the company can meet its future financial obligations."
Alternatives: "distribution of reserves" or "assignment of reserves".
Large scale distributed generation can affect grid-wide functions such as frequency control, allocation of reserves, power quality, voltage stability, harmonics, and protection [22].
This is the reason why a lot of research is being conducted in order to find the optimal allocation of reserves in power systems [1].
However, the best performing strategy for the considered case study turns out to be a strategy with coordinated activation but uncoordinated sizing and allocation of reserves due to suboptimal coordination of sizing and allocation with activation.
LUPOlib, the Land-Use Pattern Optimisation-library, can be applied to a variety of spatial planning problems to derive target-driven scenarios that identify trade-offs between conflicting objectives and solve optimum allocation problems (e.g. allocation of reserve sites or management actions).
China closely guards any details on the currency allocation of its reserves.
Allocation of electricity reserves is the main tool for transmission system operators to guarantee a reliable and safe real-time operation of the power system.
Accordingly, damaged tissues and sites of inflammation generating significant amounts of extra-cellular adenosine, may serve as sites of hormone production that alert an organism towards the appropriate allocation of energy reserves towards mounting a necessary immune reaction.
In many temperate animals allocation of energy reserves change on a seasonal basis resulting in altered immune status, as seen in deer mice where B cell production is decreased especially during energy demanding periods [ 15].
These patterns are in agreement with large-scale metabolic changes associated with mobilization and shifts in allocation of energy reserves observed under starvation stress (Harbison et al. 2005; Rion and Kawecki 2007).
This paper focuses on the day-ahead allocation of operation reserve considering wind power prediction error and network transmission constraints in a composite power system.
Coordinating the sizing, allocation and activation of reserves among market zones can decrease operational costs and enhance system reliability.
