View source for SmartGrid Advanced Load Management & Optimized Neighborhood

{{Infobox project
|image=SALMON.jpg
|imagecaption=SmartGrid Advanced Load Management & Optimized Neighborhood
|team-members=Portland General Electric, Energy Trust of Oregon, Northwest EE Alliance, Community Energy Project, National Renewable Energy Laboratory, Open Systems International
|poc=Portland General Electric
|location_city=Portland OR
|status=Development
|sector=Buildings
|chapter=Smart Grid
|summary=Situated in Portland’s Overlook/Arbor Lodge neighborhood, this project is focused on a disadvantaged, low and moderate income community that is currently facing gentrification. This project represents a mix of retrofitted residential and commercial buildings that are currently part of a PGE SmartGrid TestBed site. Using DERs as resources in bulk capacity markets as a grid service is novel and will serve as a precedent for nearly 100 utilities in the region.
}}
[[File:GraphicSALMON.jpg|800px|center]]


'''Building types:''' A total of approximately 580 buildings comprised of 500 residential single-family homes, 40 multi-family residential homes, 40 small commercial buildings, and 1 large commercial building

'''New or retrofit buildings:''' Retrofit existing buildings

'''EE target:''' 10% minimum energy savings for retrofit buildings. This work will target various shell measures such as insulation and air and duct sealing that improve the thermal envelope as well as other permanent load shifting measures like high efficiency HVAC and water heating.

'''DERs planned:''' rooftop PV (110 installations) w/ inverters, battery storage systems (60 installations), EV charging infrastructure (24 level 2 units)

'''Flexible Loads:''' Goal is to demonstrate 1.4 MW of flexible load with grid enabled controls for all major end-use loads, including high efficiency HVAC and water heating, solar and energy storage, and managed electric vehicle charging

'''Coordinated Controls:''' The flexible loads will be integrated into PGE’s Advanced Distribution and DER Management Systems (ADMS) and optimized by NREL to demonstrate multiple grid services. OSI’s ADMS will engage the DERMS to provide the grid services.

'''Grid services planned:''' This project will demonstrate the novelty of using DERs as a resource for distribution and transmission bulk capacity markets using advanced grid services, such as voltage management, frequency response, and bulk service provisioning, something previously demonstrated as part of the NREL ADMS Test Bed during Phase II of this project.