marble company 2 survey report conducted by: green line company

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Marble Company 2 Survey Report Conducted By: Green Line Company

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Page 1: Marble Company 2 Survey Report Conducted By: Green Line Company

Marble Company 2 Survey Report

Conducted By: Green Line Company

Page 2: Marble Company 2 Survey Report Conducted By: Green Line Company

Power Factor Readings:

Load Percentage:

Predicting the Energy savingsBefore Installing Powerboss

Formula: Ave kW / Ave Kvar (100) = Saving Factor

Power Readings:

Vertical Saw (90kW Motor)Vertical Saw (90kW Motor)

On Load: 100%

On Load: 20.1605 / 40.598 (100) = 49.6588

Page 3: Marble Company 2 Survey Report Conducted By: Green Line Company

Power SavingsSaving Factor Vs Saving graph (Laoding %) =Total Saving

OFFLOAD #DIV/0! Is equal to 0 0 0LOW LOAD #DIV/0! Is equal to 0 0 0MID LOAD #DIV/0! Is equal to 0 0 0HIGH LOAD #DIV/0! Is equal to 0 0 0FULL LOAD 49.65885019 Is equal to 14 1 14

14

OFFLOAD #DIV/0! Is equal to 0 0 0LOW LOAD #DIV/0! Is equal to 0 0 0MID LOAD #DIV/0! Is equal to 0 0 0HIGH LOAD #DIV/0! Is equal to 0 0 0FULL LOAD 49.65885019 Is equal to 31 1 31

31

OFFLOAD #DIV/0! Is equal to 0 0 0LOW LOAD #DIV/0! Is equal to 0 0 0MID LOAD #DIV/0! Is equal to 0 0 0HIGH LOAD #DIV/0! Is equal to 0 0 0FULL LOAD 49.65885019 Is equal to 33 1 33

33

Kva Saving %

TOTAL Kva Savings

kW Saving %

TOTAL Kw Savings

TOTAL Kvar Savings

Kvar Saving %

Page 4: Marble Company 2 Survey Report Conducted By: Green Line Company

Consumption & Savings

1.665kWh per 5mins.19.98kWh per Hour479.52kWh per Day2877.12kWh per Week

Power Consumption kW: Power Saving kW: 14%20139.84kWh per Year

3.375Kvarh per 5mins.40.5Kvarh per Hour972Kvarh per Day5832Kvarh per Week

Power Consumption Kvar:143856kWh per Year

Note: Operation is 24 hours a day, 6 days a week and 50 weeks a year.

291600Kvarh per Year

Power Saving Kvar: 31 %90396Kvarh per Year

Page 5: Marble Company 2 Survey Report Conducted By: Green Line Company

Power Factor Readings:

Load Percentage:

Predicting the Energy savingsBefore Installing Powerboss

Formula: Ave kW / Ave Kvar (100) = Saving Factor

Power Readings:

Circular Saw (75kW Motor)Circular Saw (75kW Motor)

Off Load: 23.47%

Off Load: 13.659 / 36.728 (100) = 37.18

On Load: 76.53%

On Load: 93.573 / 61.182 (100) = 152.94

Page 6: Marble Company 2 Survey Report Conducted By: Green Line Company

Power SavingsSaving Factor Vs Saving graph (Laoding %) =Total Saving

OFFLOAD 37.18961011 Is equal to 24 0.234693878 5.632653061LOW LOAD #DIV/0! Is equal to 0 0 0MID LOAD #DIV/0! Is equal to 0 0 0HIGH LOAD #DIV/0! Is equal to 0 0 0FULL LOAD 152.9420418 Is equal to 0 0.765306122 0

5.63265

OFFLOAD 37.18961011 Is equal to 33 0.234693878 7.744897959LOW LOAD #DIV/0! Is equal to 0 0 0MID LOAD #DIV/0! Is equal to 0 0 0HIGH LOAD #DIV/0! Is equal to 0 0 0FULL LOAD 152.9420418 Is equal to 0 0.765306122 0

7.7449

OFFLOAD 37.18961011 Is equal to 40 0.234693878 9.387755102LOW LOAD #DIV/0! Is equal to 0 0 0MID LOAD #DIV/0! Is equal to 0 0 0HIGH LOAD #DIV/0! Is equal to 0 0 0FULL LOAD 152.9420418 Is equal to 0 0.765306122 0

9.38776

Kvar Saving %

Kva Saving %

TOTAL Kva Savings

kW Saving %

TOTAL Kw Savings

TOTAL Kvar Savings

Page 7: Marble Company 2 Survey Report Conducted By: Green Line Company

Consumption & Savings

9.152kWh per 10mins.54.912kWh per Hour1317.888kWh per Day7907.328kWh per Week

Power Consumption kW: Power Saving kW: 5.63%22259.12kWh per Year

7.367Kvarh per 8mins.44.202Kvarh per Hour1060.848Kvarh per Day6365.088Kvarh per Week

Power Consumption Kvar:395366.4kWh per Year

Note: Operation is 24 hours a day, 6 days a week and 50 weeks a year.

318254.4Kvarh per Year

Power Saving Kvar: 7.74 %24632.89Kvarh per Year

Page 8: Marble Company 2 Survey Report Conducted By: Green Line Company

Benefits from PowerBossBenefits from PowerBoss

This machines can benefit greatly from Powerboss. The softstart function will reduce both starting current drawn by the motor and mechanical strain on bearings, gears, belts and etc. The reduction in starting current will also increase motor’s life.

The optimization function will reduce the power supplied to theMotor without changing its torque and rpm. Reducing the power supplied tothe motor will significantly reduce the heat, vibration and noise. Reducing wasted energy will also reduce the maintenance cost and production downtime.