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Analyze Energy Consumption in a Building by Energy Audit
2021Energy crisis is a very big problem for world and energy efficiency is one of the best methods to resolve the energy crises. Two methods to fulfill the demand of energy first, one is generate electricity by conventional and non-conventional and both have their own effects on environment, second one is enhance the efficiency of the existing system.
Shubham Soni, null Inderpreetkaur
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Energy Analyze Tool for Renewable Energy Assited Data Centers
2021 IEEE East-West Design & Test Symposium (EWDTS), 2021Data centers are estimated to be responsible for 13% of energy consumed in world by 2030. Rapid increase in data storage and server performance requirements are the main causes of increase in energy consumption especially for hyperscale data centers such as in financial and banking industry.
Furkan Gökçül +4 more
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2-D energy analyzer for low energy electrons
Review of Scientific Instruments, 2015A 2-D electron energy analyzer is designed and constructed to measure the transverse and longitudinal energy distribution of low energy (<1 eV) electrons. The analyzer operates on the principle of adiabatic invariance and motion of low energy electrons in a strong longitudinal magnetic field.
Siddharth, Karkare +4 more
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The use of the time–energy dispersion in an electron energy analyzer
Journal of Electron Spectroscopy and Related Phenomena, 2003Abstract The time–energy dispersion (TED) characteristics of a spherical electrostatic mirror are used to design an unusual electron energy analyzer. It is shown that TED of a retarding spherical field in an electron mirror configuration is positive and it increases with the electron kinetic energy.
OM Artamonov +3 more
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Review of Scientific Instruments, 1990
The hyperbolic energy analyzer (HEA) is based on a novel diagnostic principle which uses a new type of electrostatic lens. The HEA has a pinhole aperture, a hyperbolic lens, and a long Faraday cup. The hyperboloid cones which make up the lens have a vertex angle of 70.53°. Each cone is held at a constant potential.
Edbertho Leal-Quiros, Mark A. Prelas
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The hyperbolic energy analyzer (HEA) is based on a novel diagnostic principle which uses a new type of electrostatic lens. The HEA has a pinhole aperture, a hyperbolic lens, and a long Faraday cup. The hyperboloid cones which make up the lens have a vertex angle of 70.53°. Each cone is held at a constant potential.
Edbertho Leal-Quiros, Mark A. Prelas
openaire +1 more source