Lorry Wagner has Cleveland on track to lead a nascent offshore wind industry in the U.S., creating clean energy and jobs for a city in need of both
The island could benefit from on-site solar and battery backup, but the strategy isn't a cure-all for its energy woes
What’s the big deal with evaporation-driven engines?
A protein found in human tears can create electricity when placed under pressure, potentially paving the way for better biomedical devices
Stanford engineers are developing electric windows that block glare without blocking your view
Researchers are currently developing biofuels from these abundant species, which require relatively little land, water and fertilizer
By combining urine and aluminum powder, soldiers may be able to produce energy in the field
Stanford University researchers may have found a way for perovskites to compete with silicon in the solar panel market
The Pollinator Friendly Solar Act has solar companies and commercial beekeepers working together
Graphene supercapacitors, printed directly on textiles, could power medical devices, wearable computers, even phone-charging shirts
Vast new deposits of lithium could change the global politics of battery production—if we can get at them
A historian notes how Pittsburgh's tech-driven boom hasn't reached everyone in western Pennsylvania
Researchers at the University of Utah have developed an inexpensive, non-toxic material that converts heat to electricity
Taking advantage of temperatures upwards of 1,000 Celsius, these hot solar cells could produce twice as much energy as the industry standard
Scientists at Ohio State University are replacing the petroleum-based filler in tires with food waste
Battery research is at a tipping point, and it’s never been more important
Fulcrum BioEnergy wants to divert trash from landfills and create cheap green energy
Shipbuilding companies are experimenting with self-driving, remotely-operated and crewless vessels
While a new device's flapping leaves can generate a lot of energy, extracting it is far from a breeze
The storage facility will collect energy when it’s readily available, and release it when demand is high. What does this mean for the future of energy?
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