Arrowhead Electric Cooperative Lutsen, MN - PowerPoint PPT Presentation

1 / 33
About This Presentation
Title:

Arrowhead Electric Cooperative Lutsen, MN

Description:

The GIS Initiation. July 4, 1999. Major Straight line wind storm ... The GIS Initiation. The re-building process involved line crews from many regional cooperatives. ... – PowerPoint PPT presentation

Number of Views:43
Avg rating:3.0/5.0
Slides: 34
Provided by: Joe4195
Category:

less

Transcript and Presenter's Notes

Title: Arrowhead Electric Cooperative Lutsen, MN


1
Arrowhead Electric Cooperative Lutsen, MN
  • ESRI Mid-West Utility User Group March 30-31,
    2006
  • Joe Buttweiler
  • GIS Staking Coordinator

2
Agenda
  • About
  • History of GIS
  • Current GIS Uses
  • Future GIS Plans

3
About Arrowhead - Location
AECI Service territory includes Cook county as
well as small parts of Lake county
in Northeastern Minnesota
4
About Arrowhead
  • A truly rural cooperative
  • 90 of Cook county is owned by Federal, State or
    Local governments
  • Approximately 4050 consumers
  • Of which
  • 45 Residential
  • 10 Commercial
  • 45 Seasonal
  • Full time residents of cook county own less than
    half of all privately owned land

5
About Arrowhead
  • Topography Climate
  • Lots of Rock
  • Peak Demand in Winter
  • Air conditioners are rare except in commercial
    buildings.

The newly constructed summit chalet at Lutsen
Mountains is only accessible Via Gondola,
Snowmobile or Snowcat During the winter months.
6
Before GIS
  • Hand drawn paper maps
  • Benefits
  • Inexpensive to produce
  • Drawbacks
  • Difficult to update
  • Only served as a paper map
  • Considered, fairly useless by many
  • GIS was considered but never implemented

7
The GIS Initiation
  • July 4, 1999
  • Major Straight line wind storm
  • 100 mph winds throughout the BWCAW parts of
    the Gunflint Trail corridor.
  • Power poles broken throughout region.

8
The GIS Initiation
  • The re-building process involved line crews from
    many regional cooperatives.
  • Paper map books could be used as a basic
    reference only.

9
Using GIS
  • GIS was built and underutilized
  • Lack of basic technology training
  • GIS value realized
  • Lack of dedicated resources
  • Time
  • Knowledge
  • Dependent upon vendor
  • Vendor provided annual updates

10
Revising the Strategy
  • Allocate Resources
  • Hire Employees
  • Immediate GIS needs
  • GIS Technology Plan Development
  • Cooperative Goals Objectives

11
Immediate Needs
  • GIS Updates
  • Basic Maps
  • Map Books
  • ArcReader Files
  • PDF Map Books

12
GIS Technology Planning
  • Re-Create GIS Data
  • Errors on Staking Sheets
  • Old Datamodel
  • GPS System Inventory
  • Identified a need to update total plant value
  • Provide base for spatially accurate data
  • Using Trimble GeoXT w/ Beacon
  • ADELINE Staking Software for Inventory Collection
  • What are we collecting?
  • Entire OH Distribution System
  • Entire URD Distribution System
  • Exception URD Cable only when known route.

13
GIS Technology Planning
  • GPS System Inventory
  • Creating new personal Geodatabase from field
    data.
  • Asset Identification with Random Numbers
  • Poles
  • URD Boxes
  • Project Timeline
  • 50-100 locations per day of work
  • 2-3 Year project time frame for initial inventory

14
GIS Integration
  • Billing System
  • Proprietary System
  • Difficult to work with
  • ODBC Driver allows direct data manipulation in MS
    Access, Excel etc.
  • Lack of key field in billing system makes data
    querys and use extremely difficult and time
    consuming

15
GIS Integration
  • Outage Management
  • Implementing an in-house system
  • Input Outage Data
  • Track Outage Progress
  • Provide more timely information to members and
    member service representatives
  • Links Directly to GIS for visual representations
  • ArcGIS-ArcInfo
  • ArcReader

16
GIS Integration
  • Outage Management-Work in Progress
  • Call and Restoration Data Stored in GIS
  • SAIFI
  • SAIDI
  • CAIDI
  • Consumer Outage Hours
  • Average Outage Per Consumer

17
Outage Management
Customer Service Representative Enters Phone or
Account Number. Name, Service Location
etcpopulated automatically Operations personnel
can update records to provide more information to
customer service representatives and members
18
Outage Management
Records entered in Outage Database automatically
appear In GIS via linked tables and Relationship
classes. Manual change in GIS required to clear
outage from map
19
Rights of Ways
  • Rights of Ways
  • 7 Year Aggressive clearing schedule
  • Track Progress
  • Annotate field issues to increase member
    satisfaction

20
Staking/New Services
  • In office
  • Provide member with more information
  • Distance Estimates
  • More accurate cost estimates

21
Staking/New Services
  • ADELINE Benefits
  • No need for compass, string
  • No need to re-write/enter data
  • Data Verification
  • Seamless integration with GIS data
  • Inventory Summary
  • Retirement Summary
  • Eventually develop job costs
  • (Labor, Material, Misc)

GIS
Field Device
22
Automated Staking
23
Automated Staking
24
Easements
  • Trimble GPS
  • ArcPad v.6
  • V.7 in 2006
  • ArcMap measures distance and bearing
  • Add text to map
  • Increased field efficiency 2-3x
  • Office efficiency increases

25
GIS Uses
  • AMR (Hunt-Turtle System)
  • Working to display outages in GIS automatically
  • Meters related to AMR history table
  • Will integrate into OMS eventually
  • Power Flow Modeling
  • Geometric Network
  • Display flow direction
  • Model device status changes
  • Outage counts

26
Other Uses
  • Line patrol tracking
  • Meter testing zone creation and tracking
  • Transmission line patrol assistance during outage
    tracking
  • Storm recovery tracking
  • Track bear damaged poles
  • Joint use attachment tracking
  • Work plan drawing areas on website

27
Planning
  • Visually display growth of new services
  • ArcReader documents
  • Sectionalizing Diagram
  • Contingency Study
  • Circuit Diagrams (Existing Proposed)

28
SCADA GIS
  • AECI investigating SCADA
  • Complete, Shared, Partial, Device Integration
  • Communication Infrastructure
  • GREs 700 MHz Radio
  • Wild Blue Satellite Internet
  • Current VHF Radio
  • Leased Telephone Lines (Dial-up, Frame Relay)
  • Poor Cell Phone Coverage

29
SCADA GIS
  • SCADA ties to GIS
  • Visualize potential power theft locations
  • Needs billing integration
  • Can be accomplished at various levels
  • Accuracy dependent on load patterns
  • Receive immediate outage event information
  • Display device status (Substation and Feeder)
  • Load Management/SCADA GIS
  • Display automatic voltage reductions
  • Residential load management
  • Emergency load sheds

Source http//www.gisdevelopment.net/application
/utility/power/utilityp0015pf.htm
30
Mobile Workforce Management
  • Planned Implementation in 2006
  • Beginning Steps
  • ArcReader
  • Geodatabase to contain Billing Data, Distribution
    System, Landbase
  • Work Order/Service Order Updates
  • Send/Receive work orders
  • GIS
  • Poll billing system for updates each night
  • Wireless communications from Headquarters only

31
Mobile Workforce Management
  • Future Additions
  • AVL
  • Communications Changes
  • Dependent upon SCADA plans
  • Coverage from anywhere is potential with a 700MHz
    radio (line of sight considerations)
  • Substation or Other Hot Spots via Wild Blue

32
Summary
  • Allocated Resources
  • Devised Plan
  • GPS System Inventory (Base for future)
  • Current/Interim Uses
  • Even basic uses provide quantifiable time and
    cost savings for other coop. employees.
  • Future Projects
  • SCADA Integration
  • Mobile Workforce Management (MWM)
  • Communications Medium
  • Other..?

33
Questions?
  • Joe Buttweiler
  • Arrowhead Electric Cooperative
  • (218) 663-7239
  • jbuttweiler_at_aecimn.com
Write a Comment
User Comments (0)
About PowerShow.com