SICAM Products and Solutions for Energy Automation Manfred Haslinger, Product Lifecycle Manager SICAM RTUs Josef Müllner, Product Lifecycle Manager SICAM TOOLBOX II siemens.at/future-of-energy
SICAM Products and Solutions for Energy Automation Table of content SICAM CMIC SICAM FCM SECURITY FOR SICAM RTUs SICAM SAFETY ENGINEERING Page 2
SICAM Products and Solutions for Energy Automation Table of content SICAM CMIC SICAM FCM SECURITY FOR SICAM RTUs SICAM SAFETY ENGINEERING Page 3
Smart Grid RTU 3 Steps to Intelligent Ring Main Unit 1 Supervision Monitoring Transformer Availability Fault Location 2 Remote Control Minimizing of Downtimes ("h" "min") 3 Load Control Management of Decentralized In-feed Minimizing of Losses Low Voltage Middle Voltage 8DJH Page 4
Smart Grid RTU Specific Requirements for Distribution Automation Little amount of space Transformer Highest EMC Extended temperature range Low Voltage Middle Voltage 8DJH Page 5
SICAM CMIC The Compact RTU Little amount of space 128x124x123 mm (W x H x D) Transformer Highest EMC 5kV (IEC 60255-5) Extended temperature range - 40 + 70 C Low Voltage Middle Voltage 8DJH Page 6
SICAM CMIC Key Data 4 serial interfaces RS232, RS485 and 2x Ethernet 8 Digital Outputs, 12 Digital Inputs Display with 4 buttons Power Supply 24 60 VDC Flash Card Plug and Play spare exchange Easy modification of application Page 7
SICAM CMIC Summary Hardware: Compact mechanical design Designed for rugged environment conditions: Highest EMC (5kV) - 40 to + 70 C Display for local diagnosis Functional: Flexible usage due to: many different protocols automation functions via CAEx plus, (IEC 61131-3) and online test, e.g. for Control of transformer, load management Security: In accordance to BDEW White Paper, integrated cryptochip Simple device oriented engineering Integrated I/Os: 12 DI, 8 DO Page 8
SICAM CMIC The Compact Solution SICAM CMIC SICAM FCM RS485 Modbus RTU MV measuring direct in 8DJH switch gear 8DJH Motor Control Unit ront = Fitformer LV-measuring with SICAM P50 / 55 Page 9
Monitor for Medium Voltage Distribution Systems SICAM Feeder Condition Monitor Short Circuit / Earth Fault Detector with directional information Condition Monitor U / I / cos / P / Q / S / f and load flow direction Page 10 SICAM FCM LC- Display Information + Configuration 3 x I Phase currents 2 x I Phase + 1 x I sensitive earth current Inputs 225mV@300A ; 225mV@60A Low-power Standard IEC60044-8* 3 x U Phase 100V/ 3 or 3.25V/ 3 Low-power Standard IEC60044-7* 1% accuracy Communication: Modbus RTU Event archive for the last 20 faults Imin/max for 15/30/45min/1h/1d/30d/1Y Power supply: 24-60VDC / 230VAC Integrated battery for >15 years Environmental conditions: -30 +70C *IEC61869-10 New Proposal
Low Power Instrument Transformers according IEC60044* Low power current sensor 225mV (I P = 300A) 225mV (I P = 60A) Sensor integrated with precision shunt Low power voltage sensor 3.25V / 3 (U r max. 24kV) Resistive metal film voltage divider For bushing or split-core cable type Page 11 Voltage sensor for isolated T-connector
SICAM FCM What one should remember 1% accuracy Norm conform sensors for current and voltage No adjustment to primary values Extended temperature range Short Circuit / Earth Fault Detector with directional information Condition Monitor U / I / cos / P / Q / S / f and load flow direction Page 12 *IEC61869-10 New Proposal
Integrated solution in SIEMENS Switch Gear 8DJH with SICAM CMIC - Interfacing auf fault passage indicator via Modbus (serial) - Interfacing of motor drive via Modbus (serial) Space optimized solution No separate cubicle necessary Interfacing of motor drive and fault passage indicator via modbus protocol Interoperability due to standard protocols! Reduced wiring Page 13
SICAM CMIC - Outlook Usage of existing TM I/O Modules Control Center RS232/Ethernet Modem RS485, Modbus Up to 6 /I/O modules - flexible usage of SICAM CMIC - Space optimization - Upgrade of existing SICAM MIC 7SJ64/7SJ80 Page 14
SICAM Products and Solutions for Energy Automation Table of content SICAM CMIC SICAM FCM SECURITY FOR SICAM RTUs SICAM SAFETY ENGINEERING Page 15
Measures Against External Cyber Attacks BDEW White Book Defines the basic security requirements BDEW certificate of conformity for SICAM RTUs and SICAM TOOLBOX II available Security administration documentation available Product development Hardening of existing systems New products with integrated security features Standard security tests for each firmware releases Customer specific analysis of the existing plants (Security4Projects) Considering overall aspects: Network design Existing products / new products Data storage / management Secure remote maintenance concepts Organization Page 16
SICAM Products and Solutions for Energy Automation Table of content SICAM CMIC SICAM FCM SECURITY FOR SICAM RTUs SICAM SAFETY ENGINEERING Page 17
SICAM Safety Highlights and Benefits Expansion of the SICAM Platform by... Safety application with safe control and closed-loop control function on existing hardware CP-2017 Safety I/O modules in TM - mechanic Expansion of the SICAM TOOLBOX II by... Toolset CAEx safety for Safety Engineering Enables integration of safety-related functions... in addition to existing functionality as an expansion of existing systems based on the existing system concepts and engineering methods Page 18
SICAM Safety Configuration Safety-Application on Existing Hardware CP-2017 Safety and Standard Application simultaneously executable Several CP-2017 possible in one Automation Unit Connected Safety I/O Modules in TM-Mechanics Binary input and output for 24 V DC Analog input for 4 ma to 20 ma Mixing of Standard and Safety modules possible Several lines, optionally optic and/or electric Guaranteed Response Time 100 ms From occurrence of a criterion until triggering Maximum Performance/Safety-Integrity Level EN ISO 13849 => PL d / Cat 3 IEC 61508/ IEC 62061 => SIL 2 / High Demand Page 19
SICAM Safety Engineering Integration of the Safety function within SICAM TOOLBOX II 1. Purchase additional license 2. Install license 3. Use all Safety functions and applications Page 20
SICAM Safety Engineering Create application program within SICAM TOOLBOX II Create Safety application program with the SICAM TOOLBOX II No additional tool necessary Page 21
SICAM Safety Engineering Standard-complying Workflow with SICAM TOOLBOX II Additional Toolset CAEx safety for SICAM TOOLBOX II Workflow for design and modification of safety application Graphical comparison of different versions By using same methods and tooling Function diagrams with CAEx plus Capabilities for on- and off-line test Consistent data management Page 22
SICAM Safety Outlook - Safety communication, Rail Standards Safety communication between several safety PLCs (CP-2017) Distributed safety application possible Safety communication via standard communication lines (IEC 101or IEC 104) Reaction time 300ms Safety Certification for Rail Standard (SIL2) EN 50126 EN 50128 EN 50129 Page 23
SICAM Products and Solutions for Energy Automation Table of content SICAM CMIC SICAM FCM SECURITY FOR SICAM RTUs SICAM SAFETY ENGINEERING Page 24
SICAM TOOLBOX II V5.10 Hot off the press Release SICAM CMIC Security: Remote maintenance via http to SICAM CMIC Release Functional safety for SICAM New Toolset CAEx safety New and improved features: CAEx plus Online-test: Suspend & Resume CAEx plus editor improvements Cumulative hotfix installation Page 25
SICAM WEB Overview WEB Browsers WEB Browsers LAN / WAN SICAM CMIC http(s)-server SICAM WEB CPC80 Page 26
SICAM WEB Highlights simple & intuitive user-interface look & feel according EA-Style for tablet & desktop (ipad, Android, Win) support multi-language browser independent (Safari, Chrome, Firefox, IE) designed for low bandwidth (GPRS) WEB Browsers Page 27
SICAM WEB Screen shot - Overview Page 28
Contact page Manfred Haslinger Product Lifecycle Manager SICAM RTUs E-mail: manfred.haslinger@siemens.com Josef Müllner Product Lifecycle Manager SICAM TOOLBOX II E-mail: josef.muellner@siemens.com Siemens AG Österreich Ruthnergasse 3 1210 Wien siemens.at/future-of-energy Page 29 M. Haslinger / J. Müllner W. / IC Bauer, SG EA R. PRO Krug