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Bush River Crossing

115 kV Line Rebuild

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0

Miles

0 kV

Voltage

Project Need

  • This project increases transmission system reliability
  • This project eliminates known deteriorating and non-standard assets from the transmission system. Current challenges include the following:
    • Cormorant colony roosting/nesting opportunities and associated contamination
    • Three lattice towers with deteriorating pile and cap foundations
    • Navigable waterway clearance challenges
    • Aging steel structures in a majority-wood pole transmission line

Project Description

  • Rebuild two existing single-circuit 115 kV transmission lines crossing Bush River on the Perryman to Edgewood line
  • The existing lattice structures will be replaced with double-circuit steel monopole structures
  • Overall project length is less than 1 mile
  • This project is subject to PSC approval and design changes

Resources

  • Bush River Crossing NOI Authorization Letter - August 31, 2021

  • Bush River Crossing SWM Permit - August 31, 2021

  • Bush River Crossing Grading Permit - August 31, 2021

  • Bush River Crossing Grading Permit Signage - August 31, 2021

  • Bush River Crossing Project CPCN Approval - June 8, 2021

  • Bush River Crossing Public Comment Hearing Video - February 9, 2021

  • Bush River Crossing Public Comment Hearing - February 9, 2021

  • Bush River Crossing Public Outreach Presentation - April 2, 2020

  • Bush River Crossing FAQs - April 1, 2020

  • Bush River Crossing Project Open House Re-Scheduled - March 24, 2020

  • Bush River Crossing Project Open House Postponed - March 12, 2020

  • Bush River Crossing Project Open House - March 3, 2020

Timeline

November 2018 - August 2021

Permitting Process

May 2019

Begin Design and Engineering

April 2, 2020

Bush River Community Outreach Meeting

December 2020

Complete Design and Engineering

April 2020 – May 2020

CPCN Process

February 9, 2021

9642 Public Comment Hearing

September 2021

Construction Start

May 2022

Project Service Date

how_to_details
View Simulation 1

Photo Simulation 1

View from the end of Kennard Ave looking southeast. This project is subject to PSC approval and design changes.

Viewpoint Location Map

Web_InsetMap_BushRiver_VP1-LG
how_to_details
View Simulation 2

Photo Simulation 2

View from within the existing right-of-way on the western shore looking east. This project is subject to PSC approval and design changes.

Viewpoint Location Map

Web_InsetMap_BushRiver_VP2-LG
how_to_details
View Simulation 3

Photo Simulation 3

View from within the existing right-of-way on the eastern shore looking west. This project is subject to PSC approval and design changes.

Viewpoint Location Map

Web_InsetMap_BushRiver_VP3-LG
how_to_details
View Simulation 4

Photo Simulation 4

View from within the existing right-of-way looking west. This project is subject to PSC approval and design changes.

Viewpoint Location Map

Web_InsetMap_BushRiver_VP4-LG

Construction Sequence

Construction sequence graphics are intended to provide an overview of the typical construction sequence for a project. These graphics are used to give stakeholders a general idea of what to expect regarding this project’s construction process and effort. This project is subject to PSC approval and design changes.
<h2>Step 1: Existing Conditions</h2>Existing 115 kV Double-Circuit transmission line.
Bush River Crossing
View Graphics
<h2>Step 1: Existing Conditions</h2>Existing 115 kV Double-Circuit transmission line. <h2>Step 2: Foundation and Structure Installation</h2>Install proposed foundations and structures. <h2>Step 3: De-energize</h2>De-energize and remove circuit 110620. Circuit 110621 remains energized. <h2>Step 4: Install proposed conductor for circuit 110620</h2>Install proposed conductor for new circuit 110620. <h2>Step 5: Energize new conductor 110620</h2>Energize new circuit 110620. <h2>Step 6: Partially install proposed conductor for circuit 110621</h2>Partially install proposed conductor for circuit 110621. <h2>Step 7: De-energize and remove existing circuit 110621</h2>De-energize and remove existing circuit 110621. <h2>Step 8: Install final spans of proposed 110621</h2>Install final spans of proposed conductor for circuit 110621. <h2>Step 9: Energize new conductor 110621</h2>Energize new circuit 110621. <h2>Step 10: Completed Project</h2>Completed project.

Right of Way Path

Contact BGE

If you have any questions about this project, please contact BGE at bushriver@bge-tsrep.com and refer to the Bush River Crossing 115 kV Line Rebuild Project. Please include your name and address for prompt follow-up.

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