canada , montreal , 3/27/2018 con edison e. 13th street ... · con edison e. 13th street substation...
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Con Edison E. 13th Street Substation - ABB PASS Business case
Pat Di Lillo, Technical Specialist, Consolidated Edison Company of NY, Inc.
Andrea Martello , Marketing and Sales Engineer . ABB Inc.
CANADA , MONTREAL , 3/27/2018
Infrastructure hardening after Sandy superstorm .
Andrea Martello , Marketing and Sales Engineer [email protected]
Pat Di Lillo, Technical Specialist, Con Edison [email protected]
About the presenters
March 29, 2018 Slide 2
• Applications
• Technical information
• Con Edison Overview
• Storm Preparation
• Sandy Impact
• Restoration
• Other Storm Hardening Initiatives
Agenda
March 29, 2018 Slide 3
PASS for retrofits and space unavailability
Applications
March 29, 2018 Slide 4
Why?
– It is the ideal solution for extension and retrofitting as it allows to use pre-existing AIS equipments like VT or SA .
– Every hybrid module substation is 100% compatible with traditional AIS equipment
– PASS is a space saving solution which can guarantee an extension wiithout the need to buy addditional land or driving up infrastructure costs
PASS camera System- AIS friendly
Applications
March 29, 2018 Slide 5
CAMERA SYSTEM
Why?
– Same philosophy of AIS with GIS Integrated disconnectors
– Inspection windows & Camera System available
– HD screen with High quality imaging
– Camera System suitable for outdoor application
PASS GIS disconnectors – Inspection windows
Applications
March 29, 2018 Slide 6
Flexible position of grounding contact.Translation of the mobile contacts;maximum flexibility in the SLD.
PASS Disconnector (362 kV)
Technical information
PASS for Fast Track projects
Applications
March 29, 2018 Slide 8
Why?
– Easy transportation and fast erection and commissioning as the hybrid module is fully engineered, pre-assembled and pre-tested in the factory.
– No need to perform HV tests on site.
Transportablecompletelyassembled!
© ABB Inc. May 11, 2016 |
Reference ListUS Successful Stories
Delta Star CA
PASS M0 from 72.5 to 145 kV for mobile
application
Hexcel Graphite UT (via EPC)
PASS M0 145 kV with PTs - 2 bays
Comed IL
PASS M0S 420 kV - 5 bays
PASS M0 145 kV 63 kA -2 bays
COMPASS 40 kA – 9 bays
Hawks Nest Hydro WV
PASS M0 for Railways – 2 bays
Eversource
PASS M0 145 kV 63 kA – 8 bays (MA)
PASS M0 145 kV 63 kA & 40 kA -6 bays (CT)
Coned NYC
PASS M0S 420 kV 5 bays
PASS M0 145 kV 63 kA - 4 bays
DTE via PSS mobile App.
PASS M0 145 kV 40 kA – 4 bays
Con Edison of New York (CECONY)
Area: 47,214 sq mi
Peak Demand: 33,939 MW
Load Density: 0.72 MW/sq mi
Con Edison Overview
604 sq mi
Electric
3.3 million electric customers
Peak Demand: 13,189 MW
Load Density: 21.8 MW/sq mi
36,000 miles of overhead transmission and distribution lines
94,000 miles of underground transmission and distribution lines
Gas
Manhattan, Bronx, Queens and Westchester
1.1 million gas customers
4,300 miles of gas mains
Steam
Manhattan – below 96th Street
1,760 steam customers
105 miles of steam mains and lines
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Historical Storm Tide Levels
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9.51’ Hurricane Irene 2011 (4.23’ surge)
9.7’ Nor’Easter 1992
9.51’ Nor’Easter 1953
10.5’ Hurricane 1815
10.02’ Hurricane Donna 1960
11.2’ Hurricane 1821 (unofficial)
14.06’ Hurricane Sandy Actual 2012 (9.41’ surge)
11.7’ Hurricane Sandy Forecast
Corporate Coastal Storm Plan (CCSP)
– Activated 120 hours in advance of storm landfall
Corporate Emergency Response Center (CERC)
Impending Storm Prep
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Preparation for Sandy
Installed sand bags and Tiger Dams around flood prone locations
Preemptively removed 17 distribution feeders from service in flood zone
Preparation for Sandy
• Evacuated two workout locations and established two alternate non-flood zone workout locations
• Used new technologies to video stream real time field conditions to control center
• Preemptively shutdown three networks
• Overhead system switched to radial mode
Sandy Storm Surge
0
2
4
6
8
10
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Wa
ter
Le
ve
l (f
ee
t)
Storm Tide Levels
Tide Surge Observed (Tide + Surge)Rising 1-3” every 6 min.
8.85’
14.06’
7.33’
Sandy’s Impact
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Sunny Day vs Sandy Day near East 13th Street Complex
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Impact of Sandy on New York City
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Flood Damage Breezy Point
Flood Damage Breezy Point
Impact – Electric Systems
• Independent power producers lost 4,000 MW of generation
• 5 transmission substations
• 14 Manhattan networks
• 1 Brooklyn network
• 3 Staten Island area stations
Loss of Supply to Lower Manhattan
Overhead view of the E13th St. Complex
East 13th Street Substation
4 hours of electrolysis
2525
Goethals Substation
© ABB Inc. May 11, 2016 |
Feeder 22 1st Line Relaying
Control Room
Before After
East 13th St. – PASS Breakers
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Example View
On Shipping Skid in Substation
Placing Phase on Support Structure
Placing Second Phase on Structure
Assembled
Support Structure for PASS
LCC Platform
Installing on Platform
LCC and Densiometer Assembly
Disconnect and Ground Switch Camera Viewing Location
Con Ed Requirement Interconnect two underground cables (362
kV) with 345/138 kV Power Transformer Installation on platform at 40 feet with
LCC at 18 feet to avoid any future flooding issues
ABB responseIntroduction of one in and out - three way PASS arranged in a special configuration with IPOs and TPOs Disconnectors
Qty : 4 units (plus one spare unit)
Customer benefit Unique solution Modular solution , Minimal HV test on Site
© ABB Inc. May 11, 2016 |
Success StoryCon Edison PASS M0S 362 kV 13th Street , Manhattan , NYC
Con Edison PASS M0S 362 kV 13th Street , Manhattan , NYC
Success Story
© ABB Inc. May 11, 2016 |
New Elevated Control Room – East 13th St.
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Con Edison PASS M0S 362 kV 13th Street , Transmission & Distribution ArticleImportance of PASS flexible design and IEC 61850 Digital ss
Success Story
March 29, 2018
Click on the link below to access the full Article:http://m.tdworld.com/distribution/con-edison-modernizes-substation-serving-nycSlide 41
“It was also going to be perhaps thelargest brownfield implementation ofits kind: an IEC 61850 protection andautomation system in a high-voltagesubstation serving a critical and high-density metropolitan area. The East 13th
Street substation provides power for220,908 meter customers inManhattan, which translates to almost1 million people.”
“The East 13th Street substation, whichis separated from the East River by onlya narrow highway, had suffered thebrunt of the storm’s fury.“-Sandy- “Itwas flooded by the storm surge andwas forced off-line.”
Some Issues
March 29, 2018 Slide 42
Some Issues
March 29, 2018 Slide 43
Hairline Crack
Some Issues
March 29, 2018 Slide 44
• Wiring to the LCC was very tight
• Over 1200 wires needed to be terminated in the LCC
• Tight Quarters + Many Terminations added time to complete
• Following Units utilizes plug connections
Other Storm Hardening Initiatives Perimeter Walls
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• Interlocking metal sheet pile wall.
• 35 feet below grade
• 10 feet above grade
After
Before
Raise Protection Level
Increase height to meet FEMA 100 year flood level +3’
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2013 Wall
FEMA +3’ Extension
Equipment On Raised Platforms
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New Flood Barriers
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Summary
• 1.1 Million Customer Outages
• $1 Billion Company-wide Program
• 16 Substations & 5 Generating Stations
• Completed in December, 2016 (On Schedule)
• Protection Up to FEMA 100 year flood level + 3’
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© ABB Inc. May 11, 2016 |
Questions?