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3 Cities Disrupting the Local Electricity Market With Innovative Renewable Energy Projects
Many U.S. cities have taken the lead on sustainability efforts, particularly when it comes to adopting renewable energy. Already, at least 13 U.S. cities—including San Diego; San Francisco; Burlington, Vermont; and Aspen, Colorado—have committed to 100 percent clean energy.
Other American cities, though not generating all their electricity from renewables, have innovative projects that could soon become widely adopted and transform our energy system.
Here are three cities leading the way:
1. Brooklyn, New York
The Brooklyn Microgrid, a project of TransActive Grid, is developing a community microgrid in the Gowanus and Park Slope neighborhoods of Brooklyn that has the potential to disrupt the local energy market.
"Community microgrids are a new approach for grid operations that achieve a sustainable, secure, and cost-effective energy system by providing long-term, locally generated power security prioritized for the community," the startup explained. "Microgrids have the ability to separate from the larger electric grid during extreme weather events or other emergencies, providing the backbone for resilient, sustainable and more efficient energy production of the future."
The first version of the project connects solar energy producers with their neighbors who want to buy renewable energy. And the benefits are manyfold, according to TransActive Grid Co-founder Joseph Lubin.
“This whole concept benefits the area you live in," Lubin told Treehugger. "By buying energy locally, rather than from a national entity, the money goes back into the pockets of people in the community. We’ll install the transactive platform which pretty much runs itself, whereby energy is automatically priced based on things consumers care about.
"It’s pretty hands off—as we think that will suit consumers best—but in future we plan to enable people to set preferences to maximize savings, do good in the community and potentially sell energy cheaper to lower-income residents."
Watch TransActive Grid's video for more information on the technology behind their microgrid:
2. Austin, Texas
Research and development firm Pecan Street Inc. is developing a smart grid research project that began in Austin’s Robert Mueller mixed-use development and has since expanded across Texas and into California and Colorado.
The organization created an "Energy Internet Demonstration" at the 711-acre Robert Mueller community. Some of the project's smart grid technologies include home energy monitoring systems, a smart meter research network, energy management gateways, distributed generation, electric vehicles with Level 2 charge systems and smart thermostats.
The neighborhood has nearly 13,000 residents, 4 million square feet of office and retail space, more than 5,700 homes and 140 acres of public open space. The neighborhood is designed to be walkable and transit-oriented.
Every home has been designed to meet the standards of at least a 3-star energy rating by Austin Energy, according to the video below. And several residents have rooftop solar panels, electrical vehicles, and smart water and gas meters.
"Through the use of Pecan Street’s home energy monitoring systems, customers can view their energy use in real-time at the device level, set and track utility bill budgets, have software manage electricity use of individual appliances and sell energy back to the grid," Pecan Street explained. "Cars connected to the grid can be powered with solar energy and help level load, and utilities can store power and deliver it when needed."
Watch Green City Realty's video to learn more about Austin's smart-grid community:
3. Boston, Massachusetts
Boston-based Yeloha is a peer to peer solar sharing company that allows anyone to go solar. The concept allows people to invest in solar even if they rent, don't have a rooftop suitable for solar panels or cannot afford the upfront cost.
Customers can sign up for the service as a “sun host” or a “sun partner.” Sun hosts are for homeowners who have a suitable roof for solar but can’t afford panels. Yeloha will install the panels for free in exchange for access to the solar power the panels create. Sun hosts will also get about a third of the electricity created by the panels, all for free. This translates to lower monthly power bills for the homeowner.
The remaining power goes to the sun partners, who are customers that want to go solar but don’t have a proper roof or don’t own their home. Sun partners can buy as many solar credits as they’d like from Yehola at a price that’s less than what they’d normally pay to their local utility.
Sun hosts can also assign their electricity to specific partners, and sun partners can choose who hosts their power. The savings work out to about 10 percent less than the utility’s prices for a year’s worth of energy.
It's currently only available in Massachusetts, but Yeloha is in the process of expanding to New York and Vermont, and has plans to expand to other states too.
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Supporters of the idea linked it to calls in the U.S. and Europe for a Green New Deal that would decarbonize the economy while promoting equality and well-being.
"This new paper from Autonomy is a thought experiment that should give policymakers, activists and campaigners more ballast to make the case that a Green New Deal is absolutely necessary," Common Wealth think tank Director Mat Lawrence told The Independent. "The link between working time and GHG (greenhouse gas) emissions has been proved by a number of studies. Using OECD data and relating it to our carbon budget, Autonomy have taken the step to show what that link means in terms of our working weeks."
Stronge also linked his report to calls for a Green New Deal.
"Becoming a green, sustainable society will require a number of strategies – a shorter working week being just one of them," he said, according to The Guardian. "This paper and the other nascent research in the field should give us plenty of food for thought when we consider how urgent a Green New Deal is and what it should look like."
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