Sentence examples for optimum capacity of from inspiring English sources
This paper presents a method to determine the optimum capacity of distributed generation technologies for buildings.
The results showed that the collector mass flow rate has a negligible effect on the minimum required collector area, but it has a significant effect on the optimum capacity of the storage tank.
As such, the meso-MoS1.12Se0.88/rGO electrodes exhibit efficient rate capability and good cycling stability with an optimum capacity of 830 mA h g−1 at a current density of 100 mA g−1 for 150th cycle.
The optimum capacity of a large-scale PV power plant is determined by an iterative approach as stated in the flowchart, which considers the payback period as the decision criterion.
Optimum capacity of ESS required for meeting spinning reserve requirements and to achieve desired peak shaving is investigated in Australia's national electricity market (NEM).
Profit maximization of BESC is achieved by determining the optimum capacity of Energy Storage Systems (ESS) required for meeting spinning reserve requirements as well as peak shaving.
To determine the feasible SIS configuration and the optimum capacities of the SIT and high pressure safety injection pump (HPSIP), licensing design basis and best estimate LOCA analyses are performed for the limiting large break and small break spectrum, respectively.
In the present work congestion management with voltage and real power losses improvement are considered as technical factors and production costs of both distributed and conventional generators are considered as economical factor for obtaining the optimum capacities of DG units.
On the other hand, a lack of understanding of the optimum capacities of each resident can still lead to institutionalisation and cause excess disability (Sabat, 1994) without the presence of malignant social psychology (Kitwood, 1990 , 1997.
Figure 3 Summary of optimum joint decoding capacity and theoretical Hadamard upper bound on the optimum capacity for the multi-user case when TDMA, NB and ICTS, WB schemes are employed.
This paper illustrates a numerical modeling based integrated approach for predicting the progressive caving behavior of strata and optimum capacity requirement of powered support for longwall working in a given geo-mining and strata condition.
