Permanent Magnetic Motor (original) (raw)
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International Journal of Science Technology & Engineering
Imagine a motor that is propelled by magnets only. No electricity in; no petrol in; just torque out, to be used to turn a generator or a driveshaft. Science does not yet have models to describe how this works, largely because the scientific community at large does not believe it is possible. Notwithstanding academic snubbing, many thousands of individuals have chased such a dream, and some claim to have achieved eureka. Of all the free energy technologies, from solar and wind, to cold fusion and zero point energy, the magnet motor is probably the sexiest. There it is spinning away, in violation of known laws of physics, creating useful energy. What you have is a motor that you could plunk down just about anywhere (environmental conditions/protection depending), and it will run continuously, with no visible energy input, needing only occasional maintenance of the bearings and such. Heat is the enemy for such a system, because at higher temperatures, the magnetism of the magnets is lost. A magnetic motor (or magnet motor) is a device which converts power of or relating to or caused by magnetism (e.g., "magnetic forces") into mechanical force and motion, with no other input. It usually provides rotary mechanical motion. The machines that utilizes the properties of a magnet for mechanical energy.
New aproaches for electricity production
In the present scenario power becomes major need for human life. Due to day by day increase in population and stock position of the conventional source , it becomes necessary to shift non conventional source for power generation .This paper emphasizes on the idea that the kinetic energy getting wasted while people walking in rush railway station/market .This energy is used for railway station appliances like tube light ,fan ,digital display etc.It is totally renewable source of energy .This human kinetic energy can be utilized to produce power by using a special arrangement called "POWER BLOCK". INDEX TERMS :-Piston Spring, Connecting shaft ,Generator , Battery set and powerBlock .
Journal of Mechatronics, Electrical Power, and Vehicular Technology, 2012
Getaran pada generator merupakan faktor yang penting dalam pembuatan detail desain. Untuk mengetahui perilaku getaran yang terjadi, pengetesan dilakukan dengan vibratiometer. Tujuan penulisan makalah ini adalah untuk memperoleh acuan klasifikasi getaran yang sesuai dengan standar IEC 34-14 dan DIN EN 60034-14. Dalam tulisan ini respon hasil pengujian yaitu kecepatan dan percepatan akan diukur secara analitik sehingga mampu memunculkan nilai yang bisa dipakai untuk membandingkan antara nilai hasil pengujian dengan nilai pada standar IEC 34-14 dan DIN EN 60034-14. Kata kunci : Generator, getaran, kecepatan, percepatan.
Solar powered stirling engine for domestic household and rural areas in Karachi, Pakistan
Memoria Investigaciones en Ingenieria N25, 2023
There is a critical need to use the abundantly available solar energy worldwide due to the global energy crisis. The goal of this study is to demonstrate the residential use of a stirling engine powered by solar energy in Karachi, Pakistan. The design was carried out to produce a power output of 5 kW in order to address the issues with household and rural area power generating. The design was simulated using MATLAB. The use of solar energy as the engine's heat input was one of the design's key components. This allowed the engine to be built for locations with a lot of solar radiation. In regions with abundant solar energy, solar cookers, sun air warmers, and other appliances may be used. For power generation, however, the Stirling engine was chosen. Calculations of the sun intensity showed that 5 kW of Stirling engine output could be generated from 12 kW of solar electricity. The concentrator for concentrating and reflecting the incoming radiations to the Stirling engine was selected as a solar parabolic dish. This process heated the engine's working fluid, which then expanded and contracted due to thermodynamic forces to produce the engine's power strokes.
International Journal of Computer Applications, 2012
Pakistan is an energy deficit country. The purpose of this research paper is to shed light on current Pakistan's electrical energy conservation efforts and on potential of electrical energy saving in different sectors, this paper also describes the usage of energy efficient motors technologies for the industrial processes because 30% -70 % of electricity is consumed by motors load. Different countries use their codes, standards and regulation as voluntarily, mandatorily to conserve electricity but Pakistan yet lacks behind.
A Conceptual Research on Free Energy Magnetric Generator 1 2
Journal of Reasearch in Engineering and Applied Sciences, 2016
Energy has become and plays the most significant part of a human's life. The term energy referred here is for electrical energy. Human is almost completely dependent on energy for his various purposes. Today there are several ways of generating electricity as per the requirement using several kinds of fuel like nuclear fuel, coal, gas, or hydro etc. But all these have their own dire consequences and detrimental effects on the environment, some even worst to have radiation threat if leaked. So as per the current scenario, there is a need to develop such a method which will generate electricity that will not be only eco-friendly but also cheap. This paper deals with the conceptual design of recent research going on developing such a technique that will not only give eco-friendly but also a cheap form of electrical energy. The mechanism and technique incorporate the application of magnets (Neodymium magnet) and its repulsive property of magnetic force used for generation of continu...
Renewable energy sources in power generation in Pakistan
Renewable and Sustainable Energy Reviews, 2016
Pakistan, as an underdeveloped and populous country requires an uninterrupted source of energy to keep its development on track and provide its citizens with a reasonable standard of living. Conversely, the country is unable to fulfil its domestic energy requirements and is undergoing an acute energy crisis. Electricity is a sector that has suffered the most from the energy shortages. The gap between demand and supply is met through blackouts and, at times, the country plunges into darkness for more than 10-12 h a day. This crisis, that the country is currently facing, did not occur overnight. The root cause of this debacle goes back in history and can be attributed to decades of mismanagement, poor planning and negligence. This article provides a comprehensive overview of the electricity sector in Pakistan and the issues it is beset with. In addition, an analysis of the energy policies that the country has announced over the years, as well as the impact that they have had on the electricity sector, is presented. It is concluded that Pakistan's existing energy mix is not sustainable due to the excessive reliance on imported fossil fuels, rising electricity generation cost and increase in power generation related emissions. This paper develops a roadmap and proposes the energy sources that can fulfil the country's rising energy requirements, whilst being sustainable at the same time. The roadmap identifies and highlights the primary tasks that the country must undertake to reach its vision of meeting its energy needs and integrating renewable energy sources in the power generation. The recommendations of this paper will provide guidelines to the decision-makers and policymakers, with an insight on how the energy technology and resource development should be carried out, which sources should be given priority and how the issues should be resolved, both in the short and long-term.
Electro-Magnetic Induction: Free Electricity Generator
SSRN, 2019
The study for the search of renewable sources of energyis now a major concern worldwide as replacement to the high demand of fossil fuels. Majority of the electricity that is generated uses the Faraday's law, the electromagnetic induction. This law led to new technologies that even brought up the misconception of free energy. Energy only becomes free if we don't have to pay for the generation of it; hence we resort to abundant sources of energy that we can convert into electricity. The researcher used wind to generate power. It will continuously pass the blades of the fan causing it to rotate. The generator is mounted into a vehicle exposing the blades into turbulent wind, rotating the shaft to generate power and, is extracted and stored into a battery. The process also demonstrates the conversion of kinetic energy from the wind into mechanical power. Results on different settings are compared to identify the best scenario that will generate usable amount of energy and adjustments on the design of the prototype to meet the needs of the end users. The energy generated can be used in numerous applications such as powering and charging mobile devices, powering small light emitting diodes and bulbs. This study focuses on the construction of the generator and evaluating the device to identify its possible applicationsand future enhancements. This prototype may impact and attract future researchers to work more on the research of free energy or renewable energy.
Electricity Production by Magnet (Maglev Mill
India has the fifth largest power generation portfolio in the world and its current renewable energy contribution stands at 44.812 GW which includes 27.441 GW of Wind power and 8.062 GW of Solar power installed capacity in the country. (As on 31.07.2016). It is a world of renewable energy because we care having source freely available in bulk. We believe in "GO GREEN" theory. So we are trying to implement a new vertical axis wind turbine by using magnetic levitation. This paper represents maglev windmill concept. The main concept is magnetic levitation. These concepts introduced in windmill for maximization of the energy production & reduced friction. In wind turbine stator and rotor are magnetically levitated such that no physical contact between them and avoiding friction. When air comes in contact with blade it starts rotating and electromagnetic generation activates in levitation area. Its bearing less levitation avoids overheating and increases efficiency. A prototype version of project will built which could generate voltage from the turbine even in low as well as high rotational speed.