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  • When lights went out in Western North Carolina, solar and batteries helped some power up

    After Hurricane Helene shut down most of the power grid, the Footprint Project brought 47 portable solar arrays and battery systems to the area to help restore power. These solar panels offer an alternative to diesel-powered generators, so people in remote areas experiencing a natural disaster don’t have to rely on burning fossil fuels, which contributes to the climate crisis.

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  • Renewables Are Expanding on Indigenous Lands, Co-Ownership Offers a Solution

    Energy developers and Indigenous communities are coming together to share ownership of renewable energy projects to promote equity and inclusion within the projects directly impacting Indigenous land. Co-ownership is on the rise globally and offers benefits like insights from Indigenous knowledge of the land and less risk of the project being canceled or protested in court.

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  • Why don't we use more geothermal energy?

    Germany-based Vulcan Energy combines lithium extraction with geothermal energy production to make geothermal more financially feasible. It pulls the lithium directly from the hot water that's used to generate power and heat for local communities and sells it to be used for electric car batteries.

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  • Massachusetts cities are quickly embracing new emission-slashing building code option

    The Massachusetts state government introduced a new building code, called the specialized stretch code, to set new construction up for decreased fossil fuel use. It’s an opt-in code, so municipalities vote on whether to adopt it, and many have.

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  • How a Technology Similar to Fracking Can Store Renewable Energy Underground Without Lithium Batteries

    Three startups in Houston are using a technique similar to fracking, a practice used in the oil and gas industry, to store renewable energy without batteries. They use excess renewable energy to pump pressurized water into manmade caverns underground. When energy is needed, they open the caverns, sending the water back to the surface to turn a turbine and generate power.

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  • California Is Showing How a Big State Can Power Itself Without Fossil Fuels

    The California-based startup Magrathea Metals is producing magnesium with renewable energy to make the process less expensive and material-intensive. The company aims to make the more environment-friendly metal competitive with steel and aluminum.

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  • Tidal kites: New technology harnessing ocean energy

    The renewable energy technology company Minesto developed tidal kites that generate electricity from ocean tides. The machines are attached to the seabed and pushed through the water in a figure 8 pattern. The movement spins a turbine that generates electricity.

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  • Geothermal system is a US first

    Eversource Energy, a utility company in Massachusetts, installed a networked geothermal system that provides heat for residential and commercial buildings across the city of Framingham. The connected system allows excess heat from one building to be redirected to another that needs it. It’s the first of its kind in the United States.

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  • First-in-the-Nation Geothermal Heating and Cooling System Comes to Massachusetts

    A utility company in Framingham, Massachusetts, worked with climate advocates to build a unique geothermal heating and cooling project that spans a whole neighborhood. A group of residential and commercial buildings share the infrastructure necessary to harness stable underground temperatures for heating and cooling, which reduces their greenhouse gas emissions and energy bills.

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  • St. Paul Public Schools go big on geothermal energy, using the earth to heat and cool buildings

    Public schools in St. Paul, Minnesota, are installing geothermal systems to heat and cool buildings with energy harnessed from underground temperatures. The efficient, affordable energy source allows them to keep school buildings at a comfortable temperature during the increasingly warmer summer months.

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