IEEE Power & Energy Magazine - May/June 2016 - 41

Demand (kW)

multiple electric utilities, includ3.50
ing rural electric co-ops and
investor-owned, municipal, and
other public utilities, as indicated
3.00
in figure 6. there were 55 unique
instantiations of distinct smart grid
2.50
systems demonstrated at the project sites. the local objectives for
2.00
these systems included improved
Control
reliability, energy conservation,
One-Hour Event
Four-Hour Event
1.50
improved efficiency, and demand
Two-Hour Event
Six-Hour Event
One-Hour CPP
responsiveness. the demonstraTwo-Hour CPP
Four-Hour CPP
Six-Hour CPP
tion deployed a transactive sys1.00
14:00 15:00 16:00 17:00 18:00 19:00 20:00 21:00 22:00 23:00
tem to coordinate the operation
17 July 2013
of distributed energy resources
and addressed regional objectives,
including the mitigation of renew- figure 5. A Simulated response to congestion events calibrated from gridSMART field data.
able energy intermittency and the
flattening of system load. the
transactive system coordinated a regional response across
figure 7 provides a high-level summary of the transac11 utilities and showed that distributed assets can respond tive-node approach developed for this project. each node
dynamically on a wide scale.
represents one or more electrically connected resources.

BC Hydro
WA

U. Washington
Grand
(Customer)
Coulee
*Seattle (and SCL)
Peninsula Light
(COOP)
Ellensburg
*Fox Island
(MUNI)

MT

Flathead
Electric
(COOP)
*Kalispell

Island Power
(COOP)
*Spokane

Hot Springs
Taft

Hydro Power
Wind Power
Carbon Power
Nuclear Power

Avista
*Pullman (and WSU)

Benton (PUD) L. Granite
Hanford
Little Goose
Kennewick
L. Monumental
Ice Harbor
Bonneville
Milton-Freewater
(MUNI)
McNary
Bonneville Power *Portland
John Day
State Line
Administration (BPA)
Bonneville

Portland General Electric
*Salem

Key
Subprojects

Garrison

North Western
Energy
*Helena
To Colstrip
Townsend

Idaho Power
Lower Valley
Power (COOP)
Idaho Falls
Power

*Jackson
Palisades
PacifiCorp

Borah
ID

OR
COB

WY

NOB (DC Intertie)

figure 6. The PNWSGD geographical region, including participants and major generation and transmission.
may/june 2016

ieee power & energy magazine

41



Table of Contents for the Digital Edition of IEEE Power & Energy Magazine - May/June 2016

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IEEE Power & Energy Magazine - May/June 2016 - Cover3
IEEE Power & Energy Magazine - May/June 2016 - Cover4
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