On November 23, 2015, Empa officially opened the research and technology transfer platform “move” in the presence of renowned energy and mobility experts. Over the next few years, Empa will use the platform to study how surplus renewable electricity can be converted into fuel for cars, utility vehicles and machinery in the summertime and thus be rendered utilizable as energy. The name “move” doesn’t just stand for motorized mobility, but also the switch from fossil to renewable energy – all the way to the realization of a closed carbon cycle modeled on nature.
The production of energy from natural gas without generating carbon dioxide emissions could fast become a reality, thanks to a novel technology developed by researchers of the Institute for Advanced Sustainability Studies (IASS) in Potsdam and the Karlsruhe Institute of Technology (KIT). In a joint project initiated by Nobel Laureate and former IASS Scientific Director Professor Carlo Rubbia, the two institutions have been researching an innovative technique to extract hydrogen from methane in a clean and efficient way. After two years of intensive experiments the proof-of-principle has now been provided. With the experimental reactor running reliably and continuously, the future potential of this technology has become apparent.
An inexpensive method for generating clean fuel is the modern-day equivalent of the philosopher's stone. One compelling idea is to use solar energy to split water into its constituent hydrogen and oxygen and then harvest the hydrogen for use as fuel. But splitting water efficiently turns out to be not so easy.
Constellation, a retail energy supplier, today announced an innovative partnership initiative with Habitat for Humanity aimed at reducing energy costs for Habitat partner families through solar generation, weatherization and other energy efficiency solutions.
ITER is the biggest international collaboration in the field of energy aiming to demonstrate the feasibility of fusion power. The temperature of ITER¡¯s superhot plasma is expected to reach 150 million ¢ªC and with the help of powerful superconducting magnets it will be confined.
With new makes of all-electric and hybrid automobiles seeming to emerge as fast as the colors of fall, it is easy to overlook another alternative to gasoline engines that could prove to be a major player in reduced-carbon transportation – cars powered by natural gas.
There is an infinite amount of energy lying right beneath our feet. It is a renewable and stable energy source – free of CO2 emissions. Researchers are now planning to drill deep into the Earth to extract it. If they succeed it will be a major technological breakthrough.
For the second year in a row Green Charge Networks, the largest provider of commercial energy storage in the US, won the 2015 Energy Storage North America (ESNA) Innovation Award.
ITER will be the biggest-ever fusion device generating a plasma whose volume will be close to 840 m3 at 150 million ¢ª C, ten times the temperatures at the core of the sun. To achieve these temperatures we would need powerful heating systems using high-energy beams, in order to push together the nuclei and trigger off a fusion reaction.
On a typical early fall morning in Golden, Colorado, the temperature outside was about 70 degrees Fahrenheit. Tucked inside a unique structure at the Energy Department's National Renewable Energy Laboratory (NREL), two volunteers felt considerably cooler than that, but would soon be pushed past the outdoor conditions. The volunteers were participating in an experiment inside NREL's newly constructed Comfort Suite (C-Suite) designed to reveal the connection between human comfort and energy systems.
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