Connecting the automated field Building blocks for the modern field network

Transcription

1 WELL SITE AUTOMATION, JANUARY 2017 Connecting the automated field Building blocks for the modern field network Renner Vaughn, Global Program Lead

2 Show me the data! Great crew change continues That mindset from some younger workers who are more data-driven, more empirical, less intuitive is probably the prevalent mindset and the way companies will be run in the future. Chad Warmington, President, Oklahoma Oil and Gas Association Technology can bridge the knowledge gap, and communications is key! They ll focus on higher producing assets using higher resolution production data Data-driven organizations will survive and thrive, as they make better business decisions more quickly January 20, 2017 Slide 2

3 Field communications in 2017 and beyond Much more than a device connection Network must be architected end-to-end Deliver communications requirements of applications Support open standards and meet evolving security requirements Deliver highest reliability up to % Broadband core & engineered edge to meet interface requirements Provide manageability for commissioning and service Network Management must be cohesive and collaborative Identify and isolate issues proactively Report on performance and performance issues Configure networks reliably Update and upgrade networks with minimum service impacts Services must span planning to the end of life of the network Create end-to-end designs for network Commission networks according to design Service networks on an on-going basis Monitor and repair networks during failure January 20, 2017 Slide 3

4 Traditional field radio systems 900MHz throughout the field 900MHz January 20, 2017 Slide 4

5 Move narrowband to the edge of the field Lower the noise floor Maximize each frequency band Boost speed and capacity without replacing entire legacy systems TeleOS PTP/PTMP 900MHz Facilities located up to 25 miles apart, depending on terrain Broadband PTP/PTMP 5GHz and higher Facilities located 1-5 miles apart, depending on terrain January 20, 2017 Slide 5

6 The upstream field network January 20, 2017 Slide 6

7 Modern wireless connectivity at the well pad Mesh backhaul Broadband mesh router + 900MHz access point Mesh backhaul Local WiFi Separation, treatment, compression 900 MHz radio with I/O RTU 900 MHz radio with I/O RTU January 20, 2017 Slide 7

8 Wireless broadband starting five Name Position Strengths TropOS 6420 Core mesh router Highest performance, most reliable TropOS 2410 Cabinet mounted mesh node Better economics, widest range of interfaces TropOS 1410 Pole mounted edge node Better economics MicrOS 411 Cabinet mounted client node Best economics for wired well pad devices, extended broadband range, widest range of interfaces MicrOS 410 Pole mounted client node Best economics for wired well pad clients, extended broadband range January 20, 2017 Slide 8

9 TropOS mesh routers The core of the field, built for outdoor and challenging environments Features Radios designed and built in California Support for a/b/g/n Support for Gigabit Ethernet, Serial RS-232/485 Superior receive sensitivity with MRC for reflective, multipath environments Precision ceramic filters eliminate near-band signals from other radio systems Telecom-grade surge and lightning protection Tuned for maximum rate at long distances, not just short-range performance Ruggedized and weatherized (IP67) Class I, Division 2 (ATEX Zone 2) certified models available January 20, 2017 Slide 9

10 What TropOS does in the field Self-organizes and self-heals to maximize availability Mesh gateway Wireless backbone Internet January 20, 2017 Slide 10

11 Why use 5 devices when 1 will do? Reduce power, cabling costs by consolidating your communications cabinet Before ABB Wireless After ABB Wireless January 20, 2017 Slide 11

12 TropOS 2410 DIN-rail mount broadband mesh router Increased reliability and manageability, reduced cost via functional integration Features 2.4 GHz TropOS broadband mesh router Full mesh and WiFi capabilities Integrated, managed four-port Ethernet switch Two serial ports two RS-232 or one RS-232 and one RS-485 Two 0 60 VDC monitoring inputs and two dry contact monitoring inputs Integrated GPS receiver 3dBi and 7.4dBi antenna kits 7 32 VDC power (PoE or screw terminals) Class I, Division 2 Certified Industry-standard DIN-rail mount package SuprOS network management January 20, 2017 Slide 12

13 The ABB Wireless narrowband big three Name Position Strengths TeleOS Unlicensed, narrowband PTMP with onboard analog/digital I/O Long range, medium to low speed connections in isolated or low noise areas ArcheOS Licensed, narrowband PTMP with onboard analog/digital I/O Long range, low speed connections in areas with obstructions or high noise TropOS 6430-T Broadband mesh with integrated, unlicensed, narrowband PTMP access point Enhanced reliability and manageability, lower installation cost when co-locating a broadband mesh router and narrowband access point January 20, 2017 Slide 13

14 TropOS 6430-T mesh router with TeleOS access point Increased reliability and manageability, reduced cost via functional integration Features Broadband wireless mesh router with integrated narrowband access point Single unit to create broadband mesh with longrange narrowband client links Fewer parts = better reliability, enhanced manageability, easier and lower cost installation Enterprise class security with integrated firewall and IPsec VPN Improved asset tracking with integrated GPS 900 MHz PTMP 2.4 GHz Wi-Fi / BB Mesh 5 GHz Wi-Fi / BB Mesh January 20, 2017 Slide 14

15 SuprOS carrier-class network management Manage entire field communication network from one pane of glass ArcheOS TeleOS TropOS MicrOS AFS/AFR Arctic January 20, 2017 Slide 15

16 ABB Wireless professional services Deployment Integration: four-phase network rollout Planning Optimization Commission Customer Expertise Planning Deployment Optimization Commissioning Site survey RF environment assessment Network design Network security design IP architecture design with customer Device configuration Network installation Project management Network discovery Backhaul Network verification Throughput measurement System configuration Problem solving experience Network handover Customer training Network health monitoring Network fault management Network security management Troubleshooting Tools Mesh-specific RF planning tool Spectrum analysis PTP design tool Specialized project management templates SuprOS provisioning SuprOS analytics SuprOS configuration Software maintenance January 20, 2017 Slide 16

17 ABB Wireless network as a service ABB Wireless Network Equipment Mesh routers, Narrowband radios Wireless backhaul, software, accessories Deployment Optimization Planning Commission Customer Professional Services Planning, Design, Survey, Configuration, Installation, Optimization, Commissioning ABB Wireless Complete Care SuprOS and Mesh OS Software maintenance, upgrades and technical assistance Field Break/Fix Support Diagnose and replace Level 1 & Level 2 Support Diagnose and replace January 20, 2017 Slide 17

18 ABB Wireless in the field Installation examples January 20, 2017 Slide 18

19 In order to provide a budgetary estimate we need to learn Latitude/Longitude coordinates for each well or facility in the field Mounting assets are there any poles already at the pads? Power is there AC or DC power at the sites? Solar, thermal or grid power? Existing comms are there any legacy systems deployed? Narrowband or broadband? Subscription-based (Cellular, Satellite) or private (900 MHz, etc)? Applications WiFi access, bandwidth for video, or is it SCADA-only? January 20, 2017 Slide 19

20 Important notices The information in this document is subject to change without notice and should not be construed as a commitment by ABB. ABB assumes no responsibility for any errors that may appear in this document. In no event shall ABB be liable for direct, indirect, special, incidental or consequential damages of any nature or kind arising from the use of this document, nor shall ABB be liable for incidental or consequential damages arising from use of any software or hardware described in this document. Copyright 2017 ABB. All rights reserved. January 20, 2017 Slide 20

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