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The energy company is building and testing three smart grids that will provide 20,000 customers with control over their carbon footprint
Portland General Electric (PGE) has proposed plans for an ‘ambitious’ smart grid test bed to help accelerate the US state of Oregon’s vision of a clean energy future.
According to the energy firm, the project, which is slated to begin next year, will integrate smart grid technology on a scale never before attempted in the US. PGE intends partnering with customers to help decarbonise the grid.
PGE is building and testing three smart grids within its service area that will enable more than 20,000 customers to take advantage of special demand-response signals and incentives for using smart home technologies, giving them greater energy efficiency opportunities and increased control over their energy use and carbon footprint.
The entire service area will benefit as PGE integrates even more renewable energy resources into its power supply without compromising grid safety, security and reliability.
“Partnership and collaboration with Portland General Electric is a critical part of our efforts to combat climate change and to make our electricity grid and neighbourhoods more resilient, livable and efficient,” said Ted Wheeler, mayor of Portland.
“The city of Portland is excited to learn about smart grid implementation alongside PGE in this important pilot programme.”
"This first-of-its-kind project will leapfrog over other smart grid efforts, enabling PGE to gain and share learnings that will aid the entire industry”
PGE claims it will make this a “seamless experience” for customers by helping them automate their smart devices, such as thermostats, water heaters, electric vehicle chargers and batteries, to work in concert with PGE as it operates the grid.
During times when demand for electricity is especially high in the region, customers will be able to decide on an event-by-event basis if they want to participate in reducing their overall energy consumption.
It is anticipated the test bed will accelerate the development of distributed resources, which include customer-hosted renewables like rooftop solar, flexible resources like batteries, thermostats and water heaters, and electric vehicle charging. The project will rely on PGE’s unique ability to partner with customers.
To accomplish this, PGE will leverage advanced communications capabilities and distribution system upgrades in three Oregon cities: Hillsboro, Portland and Milwaukie. Three feeders and substations in these cities will also be equipped with other smart grid technologies such as new remote controls that increase system reliability and enhanced safety and cyber security.
The 30-month project aims to achieve at least two-thirds participation by eligible customers; typical uptake of demand-response programmes nationally is reportedly less than 7 per cent.
“PGE is committed to delivering a clean energy future, and we’re leaning in to our long history of industry leadership to get there,” added Maria Pope, president and CEO, PGE.
“Together with customers we’re making the future a reality with innovative projects like our smart grid test bed. This first-of-its-kind project will leapfrog over other smart grid efforts, enabling PGE to gain and share learnings that will aid the entire industry.”
“The PGE smart grid test bed represents a leap forward in the relationship between customers and their energy providers,” continued Jon Wellinghoff, former chairman of the Federal Energy Regulatory Commission and CEO of Grid Policy.
“By providing customers with more control over their energy consumption and carbon footprint with the latest in control technology, PGE is on a path to building a model that energy providers everywhere can learn from and replicate.”
The project was conceived and is being overseen by energy regulators in Oregon. To accelerate the concept, PGE developed the pilot with guidance from the Rocky Mountain Institute, one of the nation’s top sustainability consultants.
The project is being steered by an advisory committee of local and national subject matter experts from the public and private sectors.
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