Victory Oilfield

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Here's a case study of a recent installation we carried out for Victory Oilfield wireless surveillance. You can also download and save a PDF version (2Mb).

Overcoming the limitation of the existing network infrastructure to achieve a cost-effective long-distance surveillance system

Victory oil field Oil pumping station
Location of Victory Oil Field Victory Oil Field

End-User:

1st crew is an oil extraction crew that belongs to VICTORY oil field.

End-User's Demand:

Oil wells, pipes and tanks are distributed in open country. The users required 24×7 surveillance in order to prevent theft of oil and damage to equipment.

The Challenge:

The 1st crew needed to monitor three remote oil wells. Traditional deployment of video cables or network cables would take months and future maintenance is very laborious. The customer required a reliable, highly-effective and low-cost wireless IP surveillance solution.

The Solution:

Wireless Point to Multipoint Connectivity Solution
SILVERNET 5GHz Wireless Bridge:
A5 BRIDGE
A5 23DBI INT (Integrated with 23 dBi panel antenna)

1st crew sets up video cameras respectively by three oil wells, and transmits video signal to the control room (surveillance center) for surveillance.

A oil well B oil well C oil well

The central point

The central point is the surveillance center and three remote points are A, B, C oil wells. At the central point A5 BRIDGE and a power divider were connected with three 22dBi antennas aiming at three remote points.

Aiming at the central point, three A5 23DBI INT are set up at remote points configured as CPE.

  • The distance from A oil well to the surveillance center is 1km;
  • the distance from B oil well to the surveillance center is 2km;
  • the distance from C oil well to the surveillance center is 3km.

Configuration:

Video system configuration

The Results:

The surveillance center at the central station can view clear, controllable, recordable, live video. The customers can see three channels of fluent images by the surveillance software nDVR integrated by the video server.

Test Data:

1. Bandwidth from A oil field to the central point (Distance 1km) Signal Level:

Local Signal Level (RSSI): 30 Remote Signal Level (RSSI): 28 Local Signal Level (PERCENT): 100% Remote Signal Level (PERCENT): 93%

Link quality test

A oil well's Up Bandwidth:

Average 23.473Mbps, Maxim 24.316Mbps, Minimum 22.409Mbps

A oil well's Total Bandwidth:

Average 23.495Mbps, Maxim17.429Mbps, Minimum6.499Mbps ¾ Receiving: Average 16.972Mbps, Maxim 17.429Mbps, Minimum 16.461Mbps ¾ Transmitting: Average 6.629Mbps, Maxim 6.849Mbps, Minimum 6.499Mbps

2. Bandwidth from B oil field to the central point (Distance 2km) Signal Level:

Local Signal Level (RSSI): 36 Remote Signal Level (RSSI): 0 Local Signal Level (PERCENT): 100% Remote Signal Level (PERCENT): 0%

B oil well's Up Bandwidth:

Average 21.167Mbps, Maxim 21.858Mbps, Minimum 21.408Mbps

B oil well's Total Bandwidth:

Average 20.841Mbps, Maxim15.656Mbps, Minimum 5.416Mbps ¾ Receiving: Average 15.045Mbps, Maxim 115.656Mbps, Minimum 14.060Mbps ¾ Transmitting: Average 5.882Mbps, Maxim 6.467Mbps, Minimum 5.416Mbps

3. Bandwidth from C oil field to the central point (Distance 3km) Signal Level:

Local Signal Level (RSSI): 27 Remote Signal Level (RSSI): 16 Local Signal Level (PERCENT): 90% Remote Signal Level (PERCENT): 53%

C oil well's Up Bandwidth:

Average 17.767Mbps, Maxim 18.433Mbps, Minimum 17.279Mbps

C oil well's Total Bandwidth:

Average 16.623Mbps, Maxim13.582Mbps, Minimum 4.217Mbps ¾ Receiving: Average 12.075Mbps, Maxim 13.582Mbps, Minimum 9.975Mbps ¾ Transmitting: Average 4.631Mbps, Maxim 4.947Mbps, Minimum 4.217Mbps