Sentence examples for hydrogen stores from inspiring English sources

An assessment is presented of the prospective use of micro-generation systems in conjunction with electrolysers and hydrogen stores for refuelling private bi-fuel (gasoline/hydrogen) cars with hydrogen.

Efficiencies of hydrogen and heat exchange in hydrogen stores to control H2 charge/discharge flow rates are the focus of the third section of the review and are considered together with metal hydride – fuel cell system integration issues and the corresponding engineering solutions.

When the electricity used for water electrolysis is produced by a variable RE source, the hydrogen stores the unused energy for a later use and can be considered as a renewable fuel and energy resource for the transport and energy sectors.

Kepler-5 is a subgiant in the Cygnus constellation that is expected to soon deplete its hydrogen stores in the core and begin fusing hydrogen in the shell region surrounding the core.

Since mitochondria produce energy by burning hydrogen, it is useful to appraise the hydrogen stores in the body taking into consideration functional and metabolic specialties of different organs.

The amount of hydrogen stored in functionalized SWCNTs increases with increasing hydrogenation duration.

Hydrogen storing technology, however, does have potential, according to papers published on the technology since the 1970s.

The hydrogen, stored in tanks, can be drawn on to power a fuel cell, providing electricity and heat on demand day or night, summer or winter.

Surplus electricity could be used to split water molecules into hydrogen and oxygen, with the hydrogen stored for reconversion into electricity.

In his new book, "The Hype About Hydrogen," Joseph Romm, a former Assistant Secretary of Energy in the Clinton Administration, points out that as far back as 1923 the British scientist John Haldane described an energy economy based on liquefied hydrogen stored in underground tanks.

In energy research, we may see a shift from using nanomaterials to improve existing technologies to using nanotechnology to develop entirely new ways of harnessing energy and, in the future, cars might be powered cleanly by hydrogen, stored safely in a solid form thanks to nanotechnology.