On Wednesday, June 16, Georgia Tech and Georgia Power held a ribbon-cutting ceremony to commemorate the inauguration of the 1.4-megawatt Tech Square microgrid. Atlanta’s microgrid is located on Spring and Fifth Streets. Because of the long-standing collaboration between Georgia Power and Georgia Tech, the project will help power the larger local grid in Midtown while also minimising its environmental impact.
Microgrids are self-contained systems that include energy management systems, resource generation, storage systems, and systems that are co-located with their servicing facilities. The Georgia Public Service Commission-approved Tech Square Microgrid is used to evaluate how a microgrid can integrate and work in the overall electricity grid. This facility will not only provide clean energy to Midtown, but it will also serve as a living laboratory where Georgia Tech researchers, industry, and government will collaborate to develop clean energy solutions for the next generation.
Words from Georgia Tech President
According to Georgia Tech President Cabrera, “Georgia Tech is dedicated to addressing the most pressing issues of our time.” It includes scientific and technological advancement, the development of leaders to develop and deploy new solutions, and setting a good example with our practises.
This microgrid is a great example. To serve as a model for others, we will build and implement some of the most advanced, efficient, and responsible energy solutions available in collaboration with Georgia Power and the Georgia Public Service Commission. Georgia Power will learn from the microgrid how intelligent energy management systems, such as the one installed in the Coda Rechenzentrum, interact with the grid to make the best use of energy. It will also provide opportunities for Georgia Tech teachers and students to teach and learn.
The Microgrid Tech Square is a tried-and-true innovative design that helps us understand microgrids so that we can better serve our customers. It places energy and data storage at the forefront of research.”
Chris Womack, Chairman, President, and CEO of Georgia Power, stated:
“Microgrid distributor power resources are critical to increasing grid resiliency and providing sustainable energy solutions to Georgia communities. By allowing your students and teachers to learn how these systems will interact not only with our grid, but also with the Coda building on the Georgia Tech campus, Georgia Tech has established itself as a national leader in research institutions. We can only succeed if we work together on projects like this.
The system, which is made up of fuel cells, battery storage, diesel generators, and a gas generator, can adapt to new and additional energy resources that are distributed. In the future, it will be able to house microturbines, solar panels, and electric vehicle chargers.
All of the components are housed on a platform and are hidden behind a 7-foot-high gate on Williams Street. A mural designed and commissioned by Atlanta-based artist George F. Baker III will be finished later this year, and the co-branded closure will be installed (Georgia Tech and Georgia Power).. Tech Square Microgrid, which was approved by the Georgia Public Service Commission as part of the company’s integrated resource plan, was used to assess how a microgrid can effectively integrate and work in the entire electrical grid. It will also provide Georgian technical professors and students with a living laboratory in which to collect data on controllers, cybersecurity devices, and energy economics. “The Tech Square Microgrid is a well-proven, innovative project that helps us better understand microgrids and serve our customers. It places energy and data storage at the forefront of research.
The distributed energy resources of the Microgrid are critical for improving grid resilience and bringing sustainable energy solutions to Georgian communities “Georgia Power’s president and chief executive officer, Chris Womack, stated.
Georgia Techs are the leader
Georgia Tech is a leading research institution in the country and an important partner in teaching students and teachers about how our grid and the CODA building on the Georgia Tech campus interact.
We will build a brighter energy future for our state by cooperating on projects like this. The microgrid will teach Georgia Power how to interact with the network in order to maximise energy use by intelligent energy management systems like the one installed at the CODA data centre. It will also provide opportunities for Georgia Tech teachers and students to teach and learn. The system, which is made up of fuel cells, battery storage, diesel generators, and a gas generator, can adapt to new and additional energy resources that are distributed.
Microturbines, solar panels, and chargers will be housed in the future. It is situated on a platform and is obstructed by a seven-foot-high fence and a gate on Atlanta’s Williams Street. Georgia F. Baker III, an Atlanta-based artist, will design and commission a fence-making mural, which will be completed later this year.
Read more: http://ipodlawsuit.com/