Energy-saving lighting installation test report

In order to conscientiously study and practice the scientific development concept, actively promote energy-saving production, effectively control production costs, and strive to improve economic efficiency, through the production and operation department of the oil production plant, the actual energy-saving experiment of energy-saving lighting for Shaanxi Zhongsheng Technology Co., Ltd. was carried out in the xxx oil production brigade. The results of the installation experiment are now reported as follows:

First, the basic situation of installation

On June 5, 2019, after the production and operation department arranged, the oil production team leader was responsible for the actual experiment of lighting energy saving effect of Shaanxi Zhongsheng Technology Co., Ltd. in the xxx brigade. The actual lamp installation was completed by Zhongsheng Technology Co., Ltd. in June. Completed on the 10th, design single meter single meter data metering.

After the installation, the oil production team leader is responsible, the captain of the oil production area is specifically implemented, and the person in charge of the well station is used to record in detail. After actual experimental analysis, the energy saving effect is relatively obvious.

Second, the actual experimental comparison

Energy-saving lamps lighting experiment results comparison analysis summary table

Installation Location

Lamp type

rated power

Length of use

Unit time power consumption

Lighting effect

Power consumption

Contrast power saving

Xxx checkpoint

Ordinary lamp

200

135

0.45

560

61.7

26.5

Energy saving lamp

120

135

0.26

1450

35.2

2x-40

Ordinary lamp

200

124

0.17

320

21.6

16.5

Energy saving lamp

85

124

0.04

750

5.1

2x-29

Ordinary lamp

200

290

0.2

320

58

29.0

Energy saving lamp

40

290

0.1

900

28.1

2x-19

Ordinary lamp

200

63

0.23

320

14.5

11.4

Energy saving lamp

120

63

0.05

1450

3.1

No. 1 water injection station

Ordinary lamp

250

271

0.38

200

103.6

71.1

Energy saving lamp

120

271

0.12

750

32.5

Third, the experimental effect analysis

The energy-saving lamps installed in 2x-40 wells and 2x-19 wells are indoor lighting, and the xxx checkpoints, No.1 water injection station, and 2x-29 wells are installed as outdoor explosion-proof lights.

Comparative analysis based on actual experiments

1. In terms of brightness, when the rated power of the energy-saving lamp is relatively small, the illumination brightness is 3-5 times that of the ordinary lamp.

2. In terms of power consumption and cost, the average single-hour power consumption of indoor lighting energy-saving lamps is 0.064 kw/h during the same period of use, and the average single-hour power consumption of ordinary lighting lamps is 0.2 kw/h, one-hour power saving. 0.136kw/h; the average single-hour power consumption of outdoor explosion-proof lighting energy-saving lamps is 0.26 kw/h; the average one-hour power consumption of ordinary explosion-proof lighting lamps is 0.45kw/h, and the energy saving per hour is 0.19 kw/h.

During the same period of use:

Indoor lighting cost comparison

Annual lighting cost of a general lighting = single hour power consumption x actual daily average usage time x days of use x electricity price = 0.2 kw / h x 4h / day x 360 days x 0.79 yuan / kw / h = 227.52 yuan

Annual cost of an energy-saving lighting = single hour power consumption x actual daily average usage time x days of use x electricity price = 0.046 kw / h x 4h / day x 360 days x 0.79 yuan / kw / h = 52.33 yuan

Single lamp saves 175.19 yuan for the whole year

Outdoor explosion-proof lamp cost comparison

A general explosion-proof lamp annual cost = single hour power consumption x actual daily average usage time x days of use x electricity price = 0.45 kw / h x11h / day x 360 days x 0.79 yuan / kw / h = =1404.78 yuan

Annual cost of an energy-saving explosion-proof lamp = single-hour power consumption x actual daily average usage time x days of use x electricity price = 0.26 kw / h x11h / day x 360 days x 0.79 yuan / kw / h = 813.38 yuan

Single lamp saves 591.4 yuan for the whole year

Calculation

Design: There are 2 lights and 1 explosion-proof lamp in each well site.

Single well ordinary lamp annual electricity consumption fee = 227.25 x2+1404.78=1859.28 yuan

Single well energy-saving lamp annual electricity consumption fee = 52.33 x2+813.38=918.04 yuan

Single well annual electricity saving fee = 1859.28-918.04=941.24 yuan

Note: The xxx oil production brigade has a total of 144 wellsites with an investment of 491,000 yuan and an annual electricity saving fee of 135,500 yuan. After three and a half years, the investment and savings are flat. In the remaining 1.5 years of the warranty period, the cost can be saved by 204,000 yuan.

3. In terms of service life, the average service life of ordinary lamps is 1 year in the same period of use, and the service life of energy-saving lamps is factory direct sales for 5 years.

4. In terms of commodity prices, the price of ordinary lighting is 2 yuan/piece, the price of energy-saving lamps is 680 yuan/piece, which is 340 times that of ordinary lamps; the price of ordinary explosion-proof lamps is 368 yuan/piece, and the price of energy-saving explosion-proof lamps is 2050 yuan. /, is 5.6 times that of ordinary explosion-proof lamps.

5. In terms of volume, the volume of energy-saving lamps is relatively large, the volume of ordinary lamps is relatively small, and the volume of energy-saving lamps is about 4 times that of ordinary lamps.

6. In terms of product weight, the weight of an ordinary bulb is about 0.05kg, the weight of an energy-saving lamp is 0.25kg, and its weight is five times that of an ordinary lamp.

Fourth, comprehensive experimental evaluation

advantage

1. It has the effect of energy saving. The average single lamp of indoor lighting saves electricity by 0.15/kw/h, and the average single lamp of explosion-proof lighting saves electricity by 0.19/kw/h, which can reduce the production cost of the oil production plant.

2. In the case of the same power, the illumination brightness of the energy-saving lamp is 3-5 times that of the ordinary lighting, and the illumination brightness is relatively high.

3. After the installation, the manufacturer is responsible for the quality tracking service. From the date of use, the quality assurance within five years, except for human factors, can be replaced, and the cost is not charged.

4. The manufacturer is responsible for the installation, which can reduce the workload and labor intensity of the personnel of the unit.

Disadvantage

1, the price is particularly high, the initial investment is relatively large when introduced.

2, the volume is relatively large, the installation and use, the transportation space is relatively large, and the overall shape is not beautiful, affecting the overall aesthetic effect.

3, outdoor energy-saving lamps are consistent with ordinary lights, lack of waterproof and protective devices.

4, the weight is relatively large, hanging in the air is easy to fall behind and damage.

Other details require continued experimentation during actual production use.