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MicroSCADA Pro DMS 600. Matti Kärenlampi. DMS 600 Topics. Release of DMS 600 4.2 SP1 DMS 600 for Industrial Networks Extended SA systems / Small FA systems Offline Network Information & planning systems. DMS 600 4.2 SP1 Overview. Some new features
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MicroSCADA ProDMS 600 Matti Kärenlampi
DMS 600 Topics • Release of DMS 600 4.2 SP1 • DMS 600 for Industrial Networks • Extended SA systems / Small FA systems • Offline Network Information & planning systems
DMS 600 4.2 SP1 Overview • Some new features • Corrections and enhancements in all areas • Details are available in the Release Notes • Database upgrades are needed • Access based DB updated during Server installation • Scripts exist to update SQL Server and Oracle • Windows Vista is supported • This presentation gives a brief overview and does not cover all improvements
Documentation • All (5) manuals updated • Installation Manual 1MRS755275 • Operation Manual 1MRS755274 • System Overview 1MRS755272 • Integration with SYS 600 1MRS755273 • System Administration 1MRS755276 • Also on-line helps
New Features • New DMS 600 message service (TCP socket based) • Additional symbol definition (decluttering) levels (to 10) • Additional symbols for MV/LV transformer and disconnector subtypes
New features cont. • Optionally coloring of MV/LV transformer and MV/LV substation symbols with feeder color • Feeding network can be seen if open point inside substation • Temporary earthings and opened line sections • Exact location and several items for each line section • Operational zooming • Workstation status barenhancements • Traffic light and tooltip
New features cont. • Line types (Solid Line, Dashed Line, Dash-Dot, etc.) for conductor/cable types
Software Delivery • The SP1 is available on www.abb.com/microscada • Includes also Release Notes • Note! Installation package is not incremental i.e. it can be installed alone (difference to SYS 600) • No changes in Ordering Procedures or tools
DMS 600 Topics • Release of DMS 600 4.2 SP1 • DMS 600 for Industrial Networks • Extended SA systems / Small FA systems • Offline Network Information & planning systems
Introduction for industrial networks Network overview with tracing, zooming, panning and de-cluttering Network asset database Load flow calculations with motor start-up Short circuit current calculations Protection planning with selectivity analysis Operational switching planning Network reinforcement planning with load flow and short circuit capacity checks All this and more with DMS 600 From ABB
Network overview • Asset database with several views • Geographic view with cable and component locations • Operational diagrams etc. • Fast overview of all lines, switches, transformers, substations etc. • Zooming • Panning • De-cluttering
Topology Management • Analyses the connectivity of the network and shows results in any view • Looped network • De-energized parts • Dynamic line coloring • Upstream and downstream tracing
Load flow calculation • P, Q, I, U for every line in the network in real time or simulated situations • Capacitors and generators included for reactive power analysis • Load data using • Given power/annual energy or load curves • Motors including starting motors • Real time load flow using feeder, motor and generator measurements • Result representation using coloring
Fault currents and protection analysis • 3-, 2- and 1-phase short circuit currents • Over current protection analysis • Detection ability • Short circuit capacity • Protection selectivity • Result representation using coloring and detailed numerical results for all line sections
Operations Planning • Create and simulate switching sequences in advance • Two way to create a sequence: • Automatic sequence creation • Checking of technical constraints • Learn mode (macro recording) • Contingency Analysis for predefined outage situations • Plan Management • Saving • Scheduling • Execution Support
DMS 600 Topics • Release of DMS 600 4.2 SP1 • DMS 600 for Industrial Networks • Extended SA systems / FA systems • Offline Network Information & planning systems
Decentralized Distribution Automation • Distribution automation with fault location, isolation and restoration at HV/MV substations • Why decentralized would be an option? • Advanced data from IEDs is available at substation without communication delays -> event analysis and advanced algorithms are possible • Communication to Feeder RTUs easier to implement (radio) • Number of stations and FRTUs may grow too big in control center for advanced applications • Control center may have existing SCADA (DMS) system not capable for advanced DA
Example of large feeder automation • 1 HV/MV substation • 16 feeders • ~100 FRTUs • With DNP3
DA System compared to SCADA/DMS • DA System is decentralized • Separate feeder automation (FA) system without SA functionality (CB trips from station normally needed) • Extended SA system including feeder automation devices with communication and applications • DA system requires network model for advanced network applications like restoration and load estimation • Load estimation and forecasting needed to check capacity in down-stream network restoration
Things to consider • Does control center need states also from FTUs • SYS 600 acting as gateway also for these • How to control a tie switch* that is between two feeding substations • Can both systems control? • Should the DA systems discuss with each other * Tie switch = open switch before fault providing back-up feed
Existing products can be utilized • MicroSCADA Pro SYS 600 and DMS 600 can be used directly for extended SA • Remote desktop from control center often needed • Engineering is fast compared to full DMS • Station diagram import from SYS 600 • Feeders do not need to have all objects and exact locations • No maps
DMS 600 Topics • Release of DMS 600 4.2 SP1 • DMS 600 for Industrial Networks • Extended SA systems / FA systems • Offline Network Information & planning systems
Network Information and Planning Module Documentation Network calculation Data analysis Planning Database update Asset database External systems DMS600
Network Planning • In network planning alternative network structures can easily be compared regarding • Technical acceptability • Cost of losses • Building costs • Main results for each plan include • Costs of investment and losses from entire study period in NPV* • Interest rate and load growth needed • Material report and network reliability indices SAIDI and SAIFI (or T-SAIFI T-SAIDI) • also reliability cost is estimated * NPV = net present value
Customers for Network Information & Planning • Extension of SCADA/DMS System to allow network planning and fluent network database updates when network is built • Separate off-line tool without DMS on-line features • Consultants and contractors building networks for network planning and documentation • Planning phase only or full NIS for end customers • Protection planning and setting calculations
Changes to licensing • Information and planning (NIP) as parallel to DMS 600 Base System • User can select DMS 600 base or NIP base or both • If DMS 600 base is also selected, 50 % reduction in NIP base price • Price per workstation calculated only once • DMS 600 additional options are available only when DMS 600 base is selected and NIP options are available when NIP base is selected • If “Low Voltage Networks” is selected as a DMS 600 option, no additional price for corresponding option in NIP