The Survalent ONETM Outage Management System (OMS) is a flexible, feature-rich application that enables utilities to efficiently track outages and reduce outage downtime. OMS is fully integrated with the Survalent ONETM SCADA and DMS components. It is also features up to quad-redundancy, to ensure maximum uptime is available, even during storms. The OMS software includes the STC Explorer database editing application, and the SmartVU operator graphical user interface. Optional applications, interfaces and protocols are available.
- Reduced outage durations due to faster restoration based upon outage location predictions
- Reduced outage duration averages due to prioritizing
- Improved media relations by providing accurate outage and restoration information
- Fewer complaints to regulators due to ability to prioritize restoration of emergency facilities and other critical customers
- Reduced outage frequency due to use of outage statistics for making targeted reliability improvements
- Fast track down of problem location by meter ping analysis with AMI interface
- Instantaneous crew locations with AVL interface
Automated Data Entry
OMS is highly automated and yet very interactive in the management of calls and outages. The purpose of this is to help the dispatcher as much as possible, but still give him complete control and all final decisions.
Data entry is automated (e.g. customer account and service location data is automatically retrieved and inserted into trouble call records), and is overridable by the dispatcher.
Trouble call records that are automatically initiated may be saved for analysis or dismissed at the dispatcher's discretion. Trouble and incident call records may also be manually initiated by the dispatcher.
In an outage case record, when the dispatcher selects the device at fault (by clicking on it on the map), the system fills in the line section information, including the name of the feeder, and computes and stores the total number of lost customers and connected KVA.
The analysis of saved calls produces a report containing recommended new or updated outage cases with the predicted fault locations. If the dispatcher accepts a recommendation, the system creates a new outage case or updates an existing one and displays it to the dispatcher for approval.
Callbacks (to verify restoration) are facilitated by a callback list that is automatically generated for an outage case based on priorities and flags in the customer database as well as on requests made during telephone calls.
IVR and Caller ID
If IVR or Caller ID is available, OMS looks up the telephone number in the customer database and displays the name, priority and meter number in a Call Display.
Both the customer data and transformer location, as well as an indication of whether the service location is already part of an outage case, are made available to the dispatcher in a Call Record window when he takes the call.
OMS makes use of an optional Interactive Voice Response (IVR) system to automatically handle calls from customers in areas that have confirmed outages. If a caller is in a known outage area, then OMS uses the IVR to:
- provide the caller a pre-recorded message describing the status of the problem
- provide the caller the option to hear pre-recorded messages describing the status of all the outages in the utility's service area
- allow the caller to leave a message for the dispatcher
- allow the caller to speak directly to the dispatcher
- OMS can be fully operated without the help of IVR or Caller ID
Symbols are displayed at customer meter locations to indicate trouble calls. Tickets are displayed at line sections that are identified as locations of outages. Push buttons are provided in the OMS dialogs to allow the dispatcher to:
- find a service location (meter) in the map
- find an outage location in the map
- find a crew (by finding its vehicle) in the map, if AVL is available
- view all calls associated with a proposed outage case in the map
- view the outage area associated with an outage case
The location of an outage can be specified by simply clicking on the device in the map, which automatically populates the outage case record.
The Crew Management feature enables SmartVU users to create, and assign crews to a ticket or outage case. The crew "busy" status updates automatically when the dispatcher assigns a crew to an outage case or indicates work completion.
The optional Mobile Crew Manager application provides field service workers with instant access to their assigned jobs, ticket and outage cases.
Switch Orders and Guarantees
OMS includes a link between outage cases and the existing switch orders and guarantees function.
Events and Operations
The system will forward OMS notifications of all SCADA events and operations that are relevant to OMS. These include:
- telemetered breaker trips
- manually initiated controls (including those issued from switch orders)
- automatic controls (including those from FLISR)
- application and removal of temporary devices such as cuts, jumpers, temporary sources and phase-changing switches
For events such as telemetered breaker trips that result in lockout, the OMS will automatically create outage case records.
When navigating to a customer's meter location, the dispatcher can ping the customer's meter even while the customer is still on the telephone. After taking the call, the dispatcher can ping all the meters on the surrounding circuit to determine the extent of the outage. Or, if the meter is suitably equipped, and the customer is calling to complain about power quality, the dispatcher can interrogate the meter to read the current voltage and/or upload an event history for the meter from the AMI system.
|Call Handler Client||Outage Web Portal|
|Moble Crew Manager||OMS Dashboard|
|Advanced Metering Infrastructure (AMI) Interface||CIS Interface|
|Automatic Vehicle Location (AVL)||GIS Interface|