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iPower: ElECTRIC UTILITY SCADA

Safe Operation

    iPower SCADA is designed specifically for electric utility and electricty network control.The iPower GUI is consistent,clear and immediately intuitive to electricity SCADA operators.

FAST Implementation

    Graphics configuration is typically the largest single implementation task.iPower commonly reduces 20 or more steps to a single drag-and-drop,while delivering system that are inherently consistent and easy to maintain.

Reliable

    Client-server architecture, distribution of core applications and redundant networking add to a high-reliability SCADA system.

Future Proofed Investment

    iPower is an investment in a state-of-the-art, open, standards-based system, delivering the best of the Windows environment, Internet technology and advanced data-sharing facilities.

Safety Features

•  Check before operate control
•  Simultaneous control prevention
•  Control Tagging(control locking)
•  Information Tagging

Power Industry features

•  Automatic load curtailment electricity distribution option
•  Hydro generation turbine optimization option
•  Circuit breakers,transformers and other power devices
•  Bus coloring and Portable Groud display

Operatinal Benefits

•  Consistent display of information
•  An intuitive interface
•  Clear, precise operation
•  Fast and safe operation
•  Comprehensive record of all oprations

Management Benefits

•  Large reduction in configuration costs
•  Far shorter system integration time
•  Consistency without micro-management
•  Low training and maintenance costs
•  Maintenance without dependence on niche IT skills

Fast and Consistent Implementation

    iPower greatly reduces graphics configuration time, typically the single most expensive job in a new SCADA system. For example a single drag-and drop of a CB or transformer onto an iPower picture typically replaces 20 times as many steps in a traditional SCADA system. Dropping say a transformer image onto a display might also configure the display of MW, MVAR and transformer tap control/indication, plus create an auxiliary screen displaying the 20-30 other indications commonly associated with a transformer. iPower systems are also inherently consistent and easy to maintain. Implementing an iPower system is faster, less expensive and lower risk than a traditional SCADA implementation. The display below shows the rich, object-based configuration environment.

Distribution load Management

    Add demand-side load management to iPower with Catapult’s “OnDemand” load control package option for iPower. Sophisticated prediction algorithms use both historical and real-time data to accurately predict load, while the load shed/restore capacity is modeled for each switchable load in the system. This enables OnDemand to automatically switch loads to satisfy energy and instantaneous connection-point targets; plus guaranteed on and off times, priorities and load cycling requirements for each of the separate controllable loads in the system.

Integrating Across the Enterprise

    Imagine if you could click on a feeder and display a list of customers connected. What if you could click on a transformer and see maintenance records, or perhaps asset data? Chances are you already have this sort of data in other computer in your business. iPower has exactly the tool you need: VisiconX, a tool so powerful that you don’t need IT experts to find and display data from other databases in your business. VisiconX is entirely wizard driven, it requires NO programming or knowledge of SQL. Data from any of your other databases that support standard SQL is easily displayed to your iPower users.

iPower at a Glance
Core SCADA Capabilities:Data collection, management and real-time display; Supervisory control; Alarm, Event, Sequence of Event management; Historical collection; Real-time and historical trending; User-based security; Intelligent Automation Software (IAS) for rapid configuration; On-line configuration
Safety Features: Select before operate; control timeout; control fail alarm; Simultaneous control lockout; Control Tagging; Information Tagging
Standards/Tools:VBA; ActiveX; OPC; SQL;ODBC; COM; DCOM
Communications: Drivers to 100’s of RTUs and PLCs. Full OPC support.
Display and Graphics:1-4 monitors per workstation; Object-oriented graphics; Industry specific symbol libraries; Pan, Zoom and declutter; Bus coloring and portable groud display; Graphic primitives: rectangle; oval; chord; polygon; pie; arc; (poly)line; Configurable multi-pen charts: left/right scroll, styles, colors, axis, labels, legends, alarm limits, X-Y, gridlines; Text: full font range, sizes and styles
Summary Lists: Alarms; Events; Off-Normal; SCADA database display with control interface; Control Tag; Information Tag; Manual Overwrite; Off-Scan; Disabled Alarms; Notes. Lists have operational interface; advanced sort; advanced filter; drag column width; drag column position
Database Block Types:Analog Alarm; Analog Input; Analog Output; Analog Register; Boolean; Calculation;Dead Time; Device Control; Digital Alarm; Digital Input; Digital Output; Digital Register; Extended Digital; Event Action; Extended Trend; Fanout; Histogram; Lead Lag; Multi-State Digital; On-Off Trigger; Statistical Control; Statistical Data; Text;Timer; Totalizer; Trend Architecture: Client-server; Muliple LAN and/or WAN clients; Read-only, runtime and/or development servers and/or clients; Redundant configurations with automatic failover; Duplicated networking

Requirements: Microsoft Windows 2000, XP or later; Pentium Ⅱ 300MHz; 128MB RAM; 120MB disk space; CD ROM; TCP/IP LAN interface; SVGA or higher; pointing device