Inspired by an American fern, a groundbreaking prototype could be the answer to the storage challenge holding solar back as a total energy solution.
(Wed, 05 Apr 2017) Primary energy consumption in the United States in 2016 totaled 97.4 quadrillion British thermal units (Btu), a slight increase from the 2015 level. Consumption of coal decreased by 9%, nearly offsetting increases in the consumption of renewables, petroleum, natural gas, and nuclear fuel.
Gone are the days when LNG procurement was relatively straightforward for Japanese utilities and security of supply concerns dominated everything else.
Accenture and SAP are expanding their collaboration in the oil and gas industry to develop two innovative digital solutions with cloud capabilities.
One of the big questions for humanity’s future is: how will we supply enough clean and plentiful energy to sustain a growing global population? At face value, the big question has a simple answer: solar. In theory, the world’s demand could be met by just one thousandth of the sun’s energy landing on Earth.
Our forebearers have been integrating the electricity and extending the electric supply grid ever since the installation of the first public lighting by the Godalming Borough Lighting Committee in 1881 shortly followed by the first demonstration facility of transmission of direct current electrical energy by Miesbach-Munich Power Transmission in 1882 over a 57-km distance.
The rapidly expanding solar energy industry could meaningfully contribute to curbing climate change only if governments and the private sector approach it more economically and efficiently, according to a new Stanford study.
The China Electricity Council recently published the 2016-2017 Analysis and Forecast Report on Demand and Supply of China’s Power Industry, revealing that the country’s installed grid-connected wind power capacity had reached about 150 million kW by the end of 2016, advancing by just 13.2 percent from a year earlier and accounting for 9 percent of the total installed capacity.
Butamax Advanced Biofuels, a 50/50 joint venture (JV) between BP and DuPont, has acquired Nesika Energy and its advanced ethanol facility in Scandia, Kansas, US.
MASSENA - Look, up in the sky. It's a bird. It's a plane. Nope, it's not Superman, but rather drones being tested by the New York Power Authority for possible use in the future. Last week, a team from the New York Power Authority joined some Ontario Power Generation representatives to fly a drone around the Robert Moses Dam and St.
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