Page 36 - Equipment Import Regulations of Viet Nam for K-V Investment Promotion

2020 K-V Economic Cooperation Work Program
Disseminating Information on Used Machinery and
Equipment Import Regulations of Viet Nam for K-V Investment Promotion

The power consumption ratio is shown as below formula:

(Actual Consumption/Design Consumption-1) * 100

Below table shows the measurement value and the result of energy consumption rate.
The first one is the case of the three-phase voltage, and the second one is for the
single-phase voltage case.

<Figure 15> Sample for Energy Consumption Measurement Table

Operating Power Actual Result

Serial Max Min Amperage Voltage Power Power Consumption
No Line Consumption Rate
No. (A) (B) (C) (D) (E)
kVA kVA A V kVA (F)=(B)-(E) (F)/(B)
kVA %
Line
1 (3phase) ****** 235.00 100.00 162.00 311.13 87.30 12.70 12.70

Line
2 ****** 3.00 1.00 4.00 215.00 0.86 0.14 14.00
(1phase)
[Note] The numbers are for examples made by KAIRI. The actual power of the line using 3-phase voltage was calculated as (√3 *(C)*(D))/1,000.
And the line using 1-phase voltage was measured as ((C)*(D))/1,000.

G5.4.2 Raw material consumption

The raw material consumption rate is the ratio of the actual input to the design input of
raw material.

The design input means the optimization input of raw material during the specific period
of time to the production plan. While the design input is a constant, the actual input is a

dependent variable to the production variable.

The formula is derived as below:

(Actual Input/Design Input-1) * 100

As the formula, if the actual input amount would exceed 15%, then the result does not
conformity with the requirement of the raw material consumption level under Decision 18.

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