Georgia Power & Georgia Tech Team to Make “Quantum Leap” in Microgrid Research

Aug. 20, 2018
Two well-known Atlanta, Ga. institutions — Georgia Power and the Georgia Institute of Technology — are teaming to build a $10-$15 million research microgrid to achieve a “quantum leap” in understanding the technology.

Two well-known Atlanta, Ga. institutions — Georgia Power and the Georgia Institute of Technology — are teaming to build a $10-$15 million research microgrid to achieve a “quantum leap” in understanding the technology.

Owned by Georgia Power, a Southern Company utility, the 1.4 MW microgrid will serve several buildings at Georgia Tech’s 400-acre campus in midtown Atlanta. 

It’s goal is to uncover information about microgrid operations — both technical and business — to make development easier.

“The microgrid is a solution that is very appealing but not entirely understood,” said Santiago Grijalva, director of the Advanced Computational Electricity Systems (ACES) Laboratory for Georgia Tech. “We see this as an opportunity to make a quantum leap in understanding.”

Creating replicable microgrids

The research microgrid will incorporate energy storage, a fuel cell and a micro-turbine and is designed to eventually accommodate solar panels and electric vehicle chargers.

The university plans to configure the microgrid’s resources so that students can gather data on controllers, cybersecurity devices, business models and energy economics. The team wants to develop models that utility customers can adopt.

“How do we scale the concept and methodologies and frameworks so that similar installations can be reproduced?” said Grijalva in an interview with Microgrid Knowledge.

Core equipment, such as the micro-turbines, are being purchased via competitive solicitation; other components will be added via donations. The partners are inviting vendors to bring their controllers and test them in the microgrid.

“The controllers will be fairly advanced so that they can be swapped. More than one vendor will be selected, and more than one system installed and tested,” said Grijalva.

The university also hopes to develop a digital simulator that reveals “in high fidelity” layers of operation within the microgrid – the exchange and coordination of physical energy, information, energy and money, he said.

“We want the students to be able to see the system, to have access to the historical data bases, and use the data in a variety of simulations and experiments,” he said.

For Georgia Power, the research microgrid creates a chance “to evaluate how microgrids can be integrated and operated seamlessly as a grid asset,” said Jacob Hawkins Georgia Power spokesman.

“The microgrid will create a living lab opportunity for us to plug and play new technologies as they are developed and will help us better understand the challenges of placing this type of installation in an urban area,” Hawkins said.

Not purely a research microgrid

But the project is not purely experimental. The microgrid also will serve several campus buildings, including the College of Business, administrative offices, a data center and a hotel. Able to island, it will provide backup power to the buildings when the central grid fails. Its topology will be flexible, allowing power to be routed to the buildings as they need it.

The microgrid also offers an opportunity to explore business models and contracts, since it will operate via a power purchase agreement (PPA) and include operational agreements with vendors.

“We are developing the documents to describe how these agreements will take place. If a manufacturer of a cybersecurity solution wants to test here, we need to be able to integrate that and make sure we have a very clean process to publish the data, do the experiment, operate the microgrid, and know how it influences the PPA,” said Grijalva.

One of the buildings the microgrid will serve — a commercial structure with a data center and super computer — is under construction. The building is expected to be complete in about two years, about the same time as the microgrid.

“It is a growing market, a very key solution…” — Grijalva

George Tech estimates the microgrid will cost $10 to $15 million; a more precise figure will be available following results of equipment solicitations.

The project comes as the power industry enters “a tipping point” that may change as grid architecture becomes more aligned with microgrid-based systems, according to Grijalva. “Microgrids are very important for the industry. It is a growing market, a very key solution for high reliability, reduced costs and sustainability.”

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About the Author

Elisa Wood | Editor-in-Chief

Elisa Wood is an award-winning writer and editor who specializes in the energy industry. She is chief editor and co-founder of Microgrid Knowledge and serves as co-host of the publication’s popular conference series. She also co-founded, where she continues to lead a team of energy writers who produce content for energy companies and advocacy organizations.

She has been writing about energy for more than two decades and is published widely. Her work can be found in prominent energy business journals as well as mainstream publications. She has been quoted by NPR, the Wall Street Journal and other notable media outlets.

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