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  • How sunshine can make the railways greener

    As a way to reduce the amount of diesel fuel that powers trains, governments and transit companies around the world are turning to solar panels as a way to utilize renewable energy. In Australia, a solar train launched in 2017 that uses lithium-ion batteries that are charged by solar panels on the roof of the carriages. And a rail line in the United Kingdom uses energy from a solar farm to keep the train running. Scaling solar panels for nation-wide transit systems can be challenging, but many countries are committed to eliminating the use of fossil fuels on their rail networks.

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  • A pollution solution where the rubber meets the road

    The Tyre Collective, a project by four recent graduate students in London, is seeking to capture vehicle tire pollution, the microplastics that go into the air from the friction of tires. They have been developing a device that attaches to the bottom of a car and uses electrostatic charges and airflow to collect up to 60 percent of tire particles as the car is driven. To reduce the amount of tire pollution, tire companies are seeking to balance safety requirements, tire durability, and making them out of more sustainable materials.

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  • The revolutionary boat powered by the ocean

    Since the Philippines relies on boats to transport people and goods across the island nation, a shipbuilding company is designing a new low-carbon alternative of the bangka — a traditional Filipino boat — that uses the waves of the ocean to power it instead of fossil fuels. The ship, known as the trimaran, uses wave energy that converts into electricity for the ship. However, a typhoon and the COVID-19 pandemic have delayed the project, and there are also cost and design challenges. But the trimaran’s use of wave energy could be a step toward reducing the country’s greenhouse gas emissions.

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  • A New Weapon Against Climate Change May Float

    Floating wind turbines off the coast of Portugal is one of the latest experiments to convert wind energy into electric power. These machines can generate electricity for a city of up to 60,000 people. While it will take more financing and time to scale the project, investors are impressed with the results and see it as a viable financial return to combat climate change.

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  • This Philly-made "fruit hacking" tool fights food waste and saves farmers thousands

    Monitoring spikes in ethylene allows produce distributors to reduce food waste. The Philadelphia based company, Strella Biotech, uses sensors and the Internet of Things (IoT) to track when produce begins to emit ethylene and ripen. By paying closer attention to the status of their produce, distributors partnering with Stella Biotech have reduced food waste and saved money in the process.

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  • Wildfires and blackouts mean Californians need solar panels and microgrids

    Localized, distributed energy systems are popping up around California. As the larger electricity system becomes less reliable in the face of wildfires, more individuals are turning to microgrids and solar energy with help from organizations like Clean Coalition and Stone Edge Farm Microgrid. While still happening on a small scale, such energy systems may become more popular as its sustainability in a changing climate shows to be more resilient.

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  • Step by Powerful Step, Citizens Lead Puerto Rico into Its Solar Future

    After Hurricane Maria hit Puerto Rico, knocking out power across the country, solar energy has stepped in to be a sustainable possibility. Such efforts have included lobbying local legislatures to incentivize communities to create their own solar project and training residents to install solar panels on their own. Many of the solar initiatives that have started have been community-led and hyper-local, meaning that what many deem a basic right – access to energy and electricity – are more accessible than ever.

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  • Storing energy in compressed air could finally become cheap enough for the big time

    To reduce carbon usage in electric grids, companies around the world have turned to new technologies that store wind energy that can be converted to electricity. One such company called Hydrostor, based in Ontario, Canada, traps compressed air in underground caverns to store energy without the use of fossil fuels.

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  • Buried lines helping prevent outages during Carolina hurricanes

    Coastal cities across South and North Carolina are considering the benefits of underground power lines. With hurricane winds doing major damage to above-ground lines, buried lines often go unharmed, leaving residents with power during such storms. Those in the field note that the cost of rerouting power underground is substantial, and something that residents must cover themselves.

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  • Lessons Learned From California's Pioneering Microgrids

    Years after the California Energy Commission funded and launched demonstration microgrids, they’re seeing results. These microgrids, which are localized energy sources that can work independently from large electric grids, were fairly costly, but have shown demonstrable success in lowering utility bills and delivering low-carbon power. As the Commission moves forward with this effort, they hope to continue to learn by doing and improving their processes.

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