Scalable Transmission Expansion Under Uncertainty Using Three-stage Stochastic Optimization

The intermittent nature of renewable energy poses new challenges for power grids due to its variable and uncertain power output. These features of renewable generation are becoming more relevant to transmission planning as grids reach higher penetration levels of renewable energy. In this paper we p...

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Published in:Innovative Smart Grid Technologies pp. 1 - 5
Main Authors: Sigler, Devon, Maack, Jonathan, Satkauskas, Ignas, Reynolds, Matthew, Jones, Wesley
Format: Conference Proceeding
Language:English
Published: IEEE 01.02.2020
Subjects:
Costs
Load modeling
Planning
Programming
Propagation losses
Renewable energy sources
Smart grids
Stochastic processes
Transmission line measurements
Uncertainty
ISSN:2472-8152
Online Access:Get full text
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Abstract The intermittent nature of renewable energy poses new challenges for power grids due to its variable and uncertain power output. These features of renewable generation are becoming more relevant to transmission planning as grids reach higher penetration levels of renewable energy. In this paper we present an approach for transmission planning based on scalable computational approaches which enable the explicit consideration of operational uncertainties in the planning process. Using three-stage stochastic programming and the progressive hedging algorithm, we compute transmission expansion decisions on a modified RTS-GMLC test system. We augment the grid with large amounts of wind generation and consider many operational scenarios subject to wind uncertainty.
AbstractList The intermittent nature of renewable energy poses new challenges for power grids due to its variable and uncertain power output. These features of renewable generation are becoming more relevant to transmission planning as grids reach higher penetration levels of renewable energy. In this paper we present an approach for transmission planning based on scalable computational approaches which enable the explicit consideration of operational uncertainties in the planning process. Using three-stage stochastic programming and the progressive hedging algorithm, we compute transmission expansion decisions on a modified RTS-GMLC test system. We augment the grid with large amounts of wind generation and consider many operational scenarios subject to wind uncertainty.
Author Sigler, Devon
Satkauskas, Ignas
Reynolds, Matthew
Maack, Jonathan
Jones, Wesley
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  givenname: Devon
  surname: Sigler
  fullname: Sigler, Devon
  organization: National Renewable Energy Laboratory,Golden,Colorado
– sequence: 2
  givenname: Jonathan
  surname: Maack
  fullname: Maack, Jonathan
  organization: National Renewable Energy Laboratory,Golden,Colorado
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  givenname: Ignas
  surname: Satkauskas
  fullname: Satkauskas, Ignas
  organization: National Renewable Energy Laboratory,Golden,Colorado
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  givenname: Matthew
  surname: Reynolds
  fullname: Reynolds, Matthew
  organization: National Renewable Energy Laboratory,Golden,Colorado
– sequence: 5
  givenname: Wesley
  surname: Jones
  fullname: Jones, Wesley
  organization: National Renewable Energy Laboratory,Golden,Colorado
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Snippet The intermittent nature of renewable energy poses new challenges for power grids due to its variable and uncertain power output. These features of renewable...
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SubjectTerms Costs
Load modeling
Planning
Programming
Propagation losses
Renewable energy sources
Smart grids
Stochastic processes
Transmission line measurements
Uncertainty
Title Scalable Transmission Expansion Under Uncertainty Using Three-stage Stochastic Optimization
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