When it was proposed to use one wire instead of two or three, there were many objections. The most serious objection was this. 1) The entire globe is covered with three phase (three wires) lines. They work and transmi...When it was proposed to use one wire instead of two or three, there were many objections. The most serious objection was this. 1) The entire globe is covered with three phase (three wires) lines. They work and transmit energy. Nobody will remake them [1]. 2) Yes it is logically. Therefore in this work we will not speak detailed about one wire method. About this method there are patents, books, articles [2]. Maybe will be better to speak about penguins and horses.展开更多
“Something is rotten in the state of Denmark”. These words of Shakespeare remember us that any small case can be connected with wider situation in the Globe. We would like to understand how changes electrical system...“Something is rotten in the state of Denmark”. These words of Shakespeare remember us that any small case can be connected with wider situation in the Globe. We would like to understand how changes electrical systems in time and what we will get in future. But what we know today about our home? Prominent scientists - physicists connect the past and future of our world with the formation and changes of black holes. “A black hole is a region of space-time whose gravitational attraction is so strong that even objects moving at the speed of light cannot leave it.” “A super massive black hole is a black hole with a mass of 105 - 1011 solar masses. Super massive black holes have been found at the center of many galaxies, including the Milky Way. Our galaxy revolves around a super massive black hole. This position of stellar bodies should be preserved for hundreds of millions of years.”展开更多
Today the entire globe is shrouded in an inefficient three-phase system. There is however an efficient single-wire system. To use the single wire method, three phase systems can be converted to triple one wire systems.
The efficiency of transmitting electrical energy from tree phase source is very complicated and expensive. In the same time, it is known that active electrical energy is transmitted from a source to a load and does no...The efficiency of transmitting electrical energy from tree phase source is very complicated and expensive. In the same time, it is known that active electrical energy is transmitted from a source to a load and does not come back to the source. If this is so, then why in all electrical devices and systems for transmission of electricity, one uses more than one wire? “It is shown that any electrical system can be made using a one-wire method”. The main results were received by several inventions that allow to change three wires line to one wire. The important contribution of the work is refinement calculation of the total power of a three-phase signal. It is showed that in proposed one wire system, the wire transmits a power more than in each wire in three-phase system. The cost of the electrical energy transmitting system can be reduced, also can be improved and the use of the renewable electrical energy can be sped up.展开更多
The main goal of this article is to compare traditional three phase system with one wire three-phase system. There are several obvious advantages of one wire system, for example cost, reliability and other. But there ...The main goal of this article is to compare traditional three phase system with one wire three-phase system. There are several obvious advantages of one wire system, for example cost, reliability and other. But there is a problem as well, connected to reactive power in both systems. This article proposes explanation of reactive power emergence in systems SWER, three-phase and in their one wire versions.展开更多
The purpose of this article is to remind of the past and present problems of creating single wire electrical systems. This article presents a new one wire electrical transmission system named B-Line which uses one lin...The purpose of this article is to remind of the past and present problems of creating single wire electrical systems. This article presents a new one wire electrical transmission system named B-Line which uses one line only and does not use ground as a second line. The proposed method is to work on all frequencies and on all communication systems including DC systems. It also proposes to work on the concept of the single-pole signal source and single-pole signal load. It illustrates the possibility of cutting the cost of electrical lines and several other advantages in the fields of high frequency communication lines and antennas.展开更多
This article is an attempt to answer student’s (and not only students’) questions about the possibility of inventions nowadays in the field of electricity. The student is confident that nowadays everything is clear....This article is an attempt to answer student’s (and not only students’) questions about the possibility of inventions nowadays in the field of electricity. The student is confident that nowadays everything is clear. Large firms do everything which is needed. And the time for inventions is over. But in fact, many things are not so clear, and a new Tesla may appear.展开更多
One of today’s actual problems in the field of antennas is the possibility of developing a small wideband antenna,which can work without grounding.Absence of these antennas can lead to serious problems for example in...One of today’s actual problems in the field of antennas is the possibility of developing a small wideband antenna,which can work without grounding.Absence of these antennas can lead to serious problems for example in case of designing small transceivers for cellular systems.In this article we show a proposed version of these antennas.Today there do not exist theoretical investigations of connections between electromagnetic fields and currents in flat metallic plates.Therefore,the basis of this work is optimization of proposed antenna construction by simulations.展开更多
A new electrical power transmission system using a single wire only is described. One hundred and twenty years on the globe, two or three wires systems work. The new method does not use the ground to transmit energy. ...A new electrical power transmission system using a single wire only is described. One hundred and twenty years on the globe, two or three wires systems work. The new method does not use the ground to transmit energy. The wire may be in air, in land, or in water. One-wire method will reduce the cost of lines several times. The global changes like these will require to change the long-established of scientific and technical approaches. Even considering that the single-wire method has tremendous economic and technical advantages, changing concepts and consciousness is always a long and painful process. In article is shown all new blocs, necessary to go to one wire method. All methods and blocks were checked by simulations and system models developing.展开更多
A new method for the transmission of electrical energy has been proposed.The method is confirmed by a series of patents.The patents presented are accompanied by the necessary comments and drawings.A single-wire line o...A new method for the transmission of electrical energy has been proposed.The method is confirmed by a series of patents.The patents presented are accompanied by the necessary comments and drawings.A single-wire line of energy supply from the source to each consumer is shown.The length and power transmitted in the line are not limited.Additional advantages of the single-wire method are shown,including new ways of backing up electrical systems.展开更多
This paper proposes explanation of existing methods of zeroing on basis of earth using.It is showed different constructions of several types of zeroing systems(nullifiers)for different implementations.Methods for obta...This paper proposes explanation of existing methods of zeroing on basis of earth using.It is showed different constructions of several types of zeroing systems(nullifiers)for different implementations.Methods for obtaining a zero-input impedance of a nullifier and reducing its current to almost zero without using earth are described.展开更多
文摘When it was proposed to use one wire instead of two or three, there were many objections. The most serious objection was this. 1) The entire globe is covered with three phase (three wires) lines. They work and transmit energy. Nobody will remake them [1]. 2) Yes it is logically. Therefore in this work we will not speak detailed about one wire method. About this method there are patents, books, articles [2]. Maybe will be better to speak about penguins and horses.
文摘“Something is rotten in the state of Denmark”. These words of Shakespeare remember us that any small case can be connected with wider situation in the Globe. We would like to understand how changes electrical systems in time and what we will get in future. But what we know today about our home? Prominent scientists - physicists connect the past and future of our world with the formation and changes of black holes. “A black hole is a region of space-time whose gravitational attraction is so strong that even objects moving at the speed of light cannot leave it.” “A super massive black hole is a black hole with a mass of 105 - 1011 solar masses. Super massive black holes have been found at the center of many galaxies, including the Milky Way. Our galaxy revolves around a super massive black hole. This position of stellar bodies should be preserved for hundreds of millions of years.”
文摘Today the entire globe is shrouded in an inefficient three-phase system. There is however an efficient single-wire system. To use the single wire method, three phase systems can be converted to triple one wire systems.
文摘The efficiency of transmitting electrical energy from tree phase source is very complicated and expensive. In the same time, it is known that active electrical energy is transmitted from a source to a load and does not come back to the source. If this is so, then why in all electrical devices and systems for transmission of electricity, one uses more than one wire? “It is shown that any electrical system can be made using a one-wire method”. The main results were received by several inventions that allow to change three wires line to one wire. The important contribution of the work is refinement calculation of the total power of a three-phase signal. It is showed that in proposed one wire system, the wire transmits a power more than in each wire in three-phase system. The cost of the electrical energy transmitting system can be reduced, also can be improved and the use of the renewable electrical energy can be sped up.
文摘The main goal of this article is to compare traditional three phase system with one wire three-phase system. There are several obvious advantages of one wire system, for example cost, reliability and other. But there is a problem as well, connected to reactive power in both systems. This article proposes explanation of reactive power emergence in systems SWER, three-phase and in their one wire versions.
文摘The purpose of this article is to remind of the past and present problems of creating single wire electrical systems. This article presents a new one wire electrical transmission system named B-Line which uses one line only and does not use ground as a second line. The proposed method is to work on all frequencies and on all communication systems including DC systems. It also proposes to work on the concept of the single-pole signal source and single-pole signal load. It illustrates the possibility of cutting the cost of electrical lines and several other advantages in the fields of high frequency communication lines and antennas.
文摘This article is an attempt to answer student’s (and not only students’) questions about the possibility of inventions nowadays in the field of electricity. The student is confident that nowadays everything is clear. Large firms do everything which is needed. And the time for inventions is over. But in fact, many things are not so clear, and a new Tesla may appear.
文摘One of today’s actual problems in the field of antennas is the possibility of developing a small wideband antenna,which can work without grounding.Absence of these antennas can lead to serious problems for example in case of designing small transceivers for cellular systems.In this article we show a proposed version of these antennas.Today there do not exist theoretical investigations of connections between electromagnetic fields and currents in flat metallic plates.Therefore,the basis of this work is optimization of proposed antenna construction by simulations.
文摘A new electrical power transmission system using a single wire only is described. One hundred and twenty years on the globe, two or three wires systems work. The new method does not use the ground to transmit energy. The wire may be in air, in land, or in water. One-wire method will reduce the cost of lines several times. The global changes like these will require to change the long-established of scientific and technical approaches. Even considering that the single-wire method has tremendous economic and technical advantages, changing concepts and consciousness is always a long and painful process. In article is shown all new blocs, necessary to go to one wire method. All methods and blocks were checked by simulations and system models developing.
文摘A new method for the transmission of electrical energy has been proposed.The method is confirmed by a series of patents.The patents presented are accompanied by the necessary comments and drawings.A single-wire line of energy supply from the source to each consumer is shown.The length and power transmitted in the line are not limited.Additional advantages of the single-wire method are shown,including new ways of backing up electrical systems.
文摘This paper proposes explanation of existing methods of zeroing on basis of earth using.It is showed different constructions of several types of zeroing systems(nullifiers)for different implementations.Methods for obtaining a zero-input impedance of a nullifier and reducing its current to almost zero without using earth are described.
