♦ UA 2.0 - Distribution Automation
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Statement of Methodology

Application
 Method
Communication Architecture
 Evaluation of current communication architectures and how the current applications could be optimized. Current communication architectures consist of: Fiber, Wireless (multiple frequencies), Microwave, Power Line Carrier
Supervisory Control and Data Acquisition

A full SCADA system has been deployed. The system is being evaluated to determine if it can be expanded to all substations and down-line devices (IEDs) across multiple distribution systems.
GIS/GPS
 The Geographic Information System provides numerous opportunities for integration (layering of utilities and critical facilities across distribution systems as well as other organizational assets.
Engineering Analysis Software With data and increased information, there comes both opportunity and elevated demands on staff. Engineering modeling will be a critical consideration to determine how joint systems can utilize data more effectively to manage assets and overall system operations.
Advanced Metering Infrastructure
 AMI provides multiple opportunities beyond kWh and kW. The deployment of AMI will consider how advanced functions can be used to increase overall system operations.
Outage Management System
 OMSs traditionally have been used for identifying faults on the distribution system. This case study will consider how an integrated OMS system can add value for the end user in monitoring outages and faults on the system and at the consumer premises. Integration with the MySource framework is also being evaluated.
IEDs and Sensors IEDs provide digital communication capacity, providing the ability to communicate to the SCADA system. This allows for significant amounts of data to be gathered and integrated into the overall OMS/GIS systems. Equipment that SES has installed and will gather information from include: Reclosers/breakers, Voltage Regulators, Switched Capacitors, Automated Switches, Metering


Case Study Data Minimize


Lifecycle Planning


Staffing Needs and Requirements


Feasibility Analysis

Lifecycle Planning

With the constant evolution of technology, it is imperative that Smart Energy Source provide a framework for surveillance and evaluation of current and emerging technologies. Developing analytical tools that determines the life cycle for hardware and software and its effectiveness in meeting operational demands.


This data is on the SES gateway on MySource and is available to SES Partners. To become an SES parner, click here.


Staffing Needs and Requirements

Staffing is the key element in deploying, implementing and achieving sustainable results. Staffing needs related to competencies, leadership and specific skill sets will be evaluated throughout the Advanced Distribution Automation initiative.


This data is on the SES gateway on MySource and is available to SES Partners. To become an SES parner, click here.


Feasibility Analysis

Assessment of  business objectives, functional objectives benefits, costs, options, priorities, effect on existing systems and processes, high-level technical design, technical constraints, and risks.  Ultimately, what is the value proposition that we are striving for?


This data is on the SES gateway on MySource and is available to SES Partners. To become an SES parner, click here.



UA 2.0  Advanced Distribution Automation
Supervisory Control and Data Acquisition is a combination of integrated hardware and software that allow for remote monitoring and control of the utility system. Down-line Intelligent Electronic Devices (IED’s) collect statistical data from the utility system in real time and report back through software, enabling system operators and managers to make informed decisions. The utilization of assets in this capacity enables greater system optimization and improved operating efficiencies.

Case Study Objectives
♦  Enhance the reliability of power system service, power quality, and power system efficiency, by automating the following three processes of distribution operation control: data preparation in near-real-time; optimal decision-making; and the control of distribution operations.
♦  Evaluate the benefits of implementing an integrated Advanced Distribution Automation system across enterprises.
♦  Produce the feasibility of specific functions within Advanced Distribution Automation.
♦  Develop critical processes needed to deploy ADA applications across enterprises.
♦ Integrate ADA data and information with the MySource Operations framework.


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