Engineering efficiency in automation for offshore applications

Transcription

1 Engineering efficiency in automation for offshore applications Reduce engineering time, costs and system maintenance requirements through integrated engineering

2 Introduction Jeff Jensen Oil & Gas Application Engineer IA AS FA O&G Market Development Siemens Industry, Inc. Challenges in the industry Introduction to Totally Integrated Automation Q&A

3 Challenges in Oil & Gas prompt the need for innovation Work force Cyber security threats Aging workforce & talent shortage are creating unique HR and risk management challenges. Cyber security threats are becoming more prevalent. Technology needs Regulations Competitive advantage comes from advanced technologies driving uptime and optimizing assets. Increased regulation drives continuous change.

4 Challenges for the Oil & Gas industry are growing worldwide Increasing competitiveness Increase efficiency Shorten time-to-market Enhance flexibility Energy and resource efficiency/requirements Supplier vertical expertise Service though life-cycle Shorter innovation cycles More complex systems Larger data volumes The Oil & Gas market is changing faster than ever before Individualized mass production Volatile markets High productivity Comprehensive, single-source solutions

5 From vision to reality Shaping the future of Oil & Gas automation Yesterday Today Tomorrow Thereafter Local automation technology Communicationbased automation Optimization of the entire production process with innovative software systems Self-optimizing of cyber-physical systems on the basis of analyses of virtual models of action scenarios

6 Totally Integrated Automation for the Oil & Gas industry Product Design Product Planning and Simulation Data Management Management Level System Level Control Level Field Level Process Instruments SIMATIC Ident SIMATIC Distributed IO

7 Totally Integrated Automation for the Oil & Gas industry ERP Enterprise Level PLM Product Design Product Planning and Simulation Data Management NX & Solid Edge Product Development TEAMCENTER Collaborative PDM Management Level PROFINET PROFIBUS MES Plant Engineering HART AS Interface SIMATIC IT Production Suite SIMATIC IT R&D Suite SIMATIC IT Intelligence Suite COMOS TECNOMATIX Plant Engineering Digital Manufacturing Operator Level DCS SCADA SIMATIC Process Control System PCS 7 SIMATIC WinCC SCADA System Control Level PLC Field Level HMI SIMATIC NET Industrial Communication SIMATIC Controllers SIRIUS Industrial Controls Process Instrumentation Analytics SIMATIC HMI SIMATIC IDENT Industrial Identification SITOP Power Supplies SIMATIC Distributed I/O Drive Technologies TIA PORTAL Engineering Framework for Automation Tasks

8 Totally Integrated Automation Minimizes engineering time and reduces costs Long-term development of automation costs Total costs Automation complexity (time) Engineering cost/hour Cost of engineering Total automation costs Complexity of automation Engineering Efficiency Through efficient interoperability of all automation components

9 Totally Integrated Automation Minimizes engineering time and reduces costs Long-term development of automation costs Total costs Automation complexity (time) Engineering cost/hour Integration is the key for engineering efficiency Cost of engineering Total automation costs Complexity of automation Engineering Efficiency Through efficient interoperability of all automation components

10 Totally Integrated Automation stands for industrial automation from Siemens Totally Integrated Automation covers the entire Oil & Gas industry for automation, drives, controls, & instruments is an open system architecture based on hardware and software with shared characteristics: consistent data management global standards and uniform interfaces makes engineering efficient Start efficiently. Increase productivity.

11 Totally Integrated Automation Creates real value added in all automation tasks Integrated engineering Industrial data management Industrial communication Industrial security Safety integrated Benefit Benefit Benefit Benefit Benefit Consistent, holistic engineering over the entire product development and process. Access to all the important data occurring in operation along the entire value chain and across all levels. Integrated communication based on international, crossvendor standards that can be flexibly combined. Systematic minimization of the danger of an internal or external attack on systems and networks. Reliable protection of personnel, machinery, and environment due to seamless integration of safety technologies into the standard automation.

12 Totally Integrated Automation portal Is one way to implement Totally Integrated Automation Engineering PLC HMI IO IPC Moti on NET Enhanced usability through e.g. Drag&Drop or cross references Generate system diagnostics automatically Integrated security TIA Portal Efficient Functions Shared Databases Global library concepts Team engineering: work in a team - globally Trace functions Engineering of safety products

13 Totally Integrated Automation portal Efficient automation starts with efficient engineering Save engineering time do your automation tasks faster as yet Usability easy to use and easy to learn Increase your engineering efficiency up to 30% Powerful library concept share your automation Know-How in a team and company environments Team Engineering process all automation tasks parallel in a team Migration technical innovation is not possible without engineering innovation

14 Totally Integrated Automation portal Also supports maintenance Service tools reduce downtime and increase the productivity Integrated system diagnostics integrated ever and everywhere without a single line of code! Safety integrated Standard- and failsafe in one system Security integrated... From know-how protection via access protection to secure networks Motion integrated Integration of drives up to high-end motion control

15 Siemens Your partner for sustainable competitiveness Best-in-class, integrated product portfolio to efficiently manage design and production complexity Scalable, modular and open technology architecture to protect and maximize the value of your investment (integrated safety & security) Maximizing uptime by extensive diagnostics, simple servicing and increased security Securing your investment by long-term product availability (Siemens own PLM) and backward compatibility Engineering culture and strategic investment in R&D to ensure innovation leadership

16 We are happy to answer your questions!