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The air distribution was evaluated on the basis of non-uniform coefficient and energy efficiency coefficient principle by calculating dimensionless temperature and the dimensionless velocity.
After comparing with Case1 and Case2, Case3's velocity uniformity coefficient can be reduced by 24.96% and 13.63%; temperature uniformity coefficient can be decreased by 5.10% and 3.77%; energy efficiency coefficient can be raised by 22.61% and 6.83%; the average value of Air Diffusion Performance Index can be raised by 34.51% and 3.98% respectively.
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This allows considering the concept of "energy efficiency" as the relative coefficient of efficiency of the collection of all kinds of transformative mechanisms and devices.
Coefficients of performance (COP) and energy efficiency of rate (EER) are the main index of air-condition system.
This criterion, utilizable exergy coefficient, is a function of three important aspects of the process design: efficient use of raw materials, energy efficiency and waste reduction.
Indicators that affect energy efficiency (EE) include energy intensity (EI) and consumption elasticity coefficient (ECEC).
This phenomena increase the coefficient of performance (COP) and increase the energy efficiency.
The typical air-conditioning system has the lowest coefficient of performance (COP) of 3 or energy efficiency ratio (EER) of 10.2 as base case.
These phenomena greatly influence the lift and drag coefficients, which are fundamental for ride stability and energy efficiency, respectively.
In addition, the coefficient of performance is increased to 5.2, or equivalent to 17.7 energy efficiency ratio (EER).
Take energy efficiency.
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