Electric power - how is it generated and transported -
DE102015001748A1
bpgenerator
DE102014013422A1
Selective overcurrent protection
DE102013018255A1
Location and time determination of the charge carriers in the AC or three-phase circuit of electrical equipment
DE102010006771A1
Belle positron generator for use as alternating current generator for production of electrical energy, has rotating body arranged in middle point, where generator is based on theory so that acceptance of excess of electrons is omitted
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Direct current transmitting and distributing method for end consumer of network, involves transforming rotating current energy into direct current energy under maintenance of ripple, and realizing bridge circuit for rectification
DE102006044092A1
Rectified over current protecting method for single and three phase installations, involves generating positive and negative potentials by transformer terminal to provide voltage for recognizing forward or reverse direction of energy flow
DE102006012819A1
Two-wire duplex information transmission method for direction comparison query protection device, involves transmitting and receiving parity bits of two wire duplex information over two-wire line between stations
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A process for the conversion and transport of electrical energy, bases its production and transport at the level of the atomic structure of the elements and components
DE10151319A1
Protection for electrical supply systems by directional comparison, involves isolating defect points in very small sections of sound network independently of network operating method
DE19963350A1
Burning point generator for changing solar or artificial plasma energy into electrical energy has a body of electrodes running at RPMs synchronized at mains power frequency and a burning point directed onto electrode metal sheets.
DE19951830A1
Superconductor for electron transmission, has carrier such that outer shell electrons receiving energy quanta, with alteration of elliptical path of electrons around atom core.
DE19912958A1
Electrical performance and energy values calculating by measuring electron speed in electric conductor has NOT-gate whose delay time is selected so that its own delay time and pulse time of electrons shall be comparable
DE19846378A1
Derivation of reactive components of electrical pulse energy involves determining reactive power or resistance operator using trigonometric equations derived from electron or ion flow theory
DE19826906A1
Determining cos phi from amplitude ratio of apparent power
DE19539547A1
Electronic meter for measuring electric work as power consumed by electric unit
DD139013A1
Method and circuit arrangement for deposit disconnection of vehicle engines
