Month: October 2020

The answer is yes. But the cost must not be a disaster. In fact, much of the free energy that could be used could be converted into useful power by modern technology, such as grid-connected plants like those in the United Kingdom. In this regard, the United States may already be catching up. The question is how to get it. "There's a lot of energy available on the planet," says Stephen Deere, the director of renewable energy at the U.S. Department of Energy's Oak Ridge National Laboratory. "If you can do this cheaply, you can certainly build lots of power plants and get the energy that's available." Most of the available cheap electricity comes from wind and solar; these sources are usually very clean. But what about burning coal? With…

Tesla or Edison? I'm sure Edison came first. I think the electric horse was invented a while before that. I'm certain that Edison won out, even though he's not remembered as fondly. How long will it take for the next battery to be invented? A long time? Well, if you're using the same old batteries as the batteries I used in the 1920's, that could take forever. They're going to need to upgrade the technology and make bigger, harder batteries, which is going to take longer. How quickly can batteries be replaced? I think about three years for an automotive battery to be completely lost. Then they'll have to figure out how to make replacements. They'd better make the right technology for the task. But my car has probably spent…

The term free energy potential energy has become an important tool for studying energy transitions in a wide variety of biological and chemical systems. The use of equation (11) for discussing the thermodynamic equivalency of kinetic energy and potential energy was first made widely known by the French physicist René Desmedt in the 18th century. It is derived using the principle of kinetic energy conversion, which was first defined by Le Quéré in 1761, and then subsequently elaborated by Joule and Laplace in 1848, 1859, and 1861 respectively. Free Energy Potential Energy (free energy potential energy, FEPE) This term is used to define the energy of a system in terms of an equilibrium that is assumed to exist in that system. If the system is in equilibrium, then the FEPE…

You can be sure that if you take water out of its native state and heat it to 100°F you will end up with about a pound of energy in the form of water vapor. Of course this is a gross oversimplification of the real world. The real energy we are getting from water is probably between a few hundred to a few thousand calories, so let us start with a more realistic example. According to the American Council on Science and Health (ACSH), a little water vapor contains enough energy to meet a person's daily calorie needs for a month (see Figure 1). Figure 1 (ACSH) Let's say you drank water one cup every day. That equals about a pound of water vapor with a theoretical maximum of 300-450…

(and) What does the "peak oil" scare tell us? - James, USA "The world has been blessed with the gift of abundant energy resources, but we haven't been blessed with a supply of energy that is of use to us…the current energy system, despite its enormous and growing size, can hardly sustain the world's population – and we need a drastic reduction in population." Is The 'peak oil' argument a new illusion? I believe it is, as the world is rapidly approaching (or has already passed) a point where the planet will enter a 'post-carbon' energy 'peak'... What we're not aware of are signs we may be in for an even more profound transition... - David, UK "There are plenty of people who argue that we will reach a 'peak…

A free energy device (FED) is a device that generates energy (light, heat, electrical or electromagnetic energy) from renewable resources (such as sunlight, wind or water). To receive a free energy device, you must: obtain any resources that are used in the manufacture of such devices from the relevant government and government agency; and provide your information to the relevant government to establish your qualifications as an energy resources expert and for registration as a FED operator. In certain circumstances, your employer can allow you to provide your own FED to your employees and to suppliers for the personal use of such employees. What is a 'government organisation' and how do I register my FED? A government organisation is an organisation that has been designated under the Resource Management Act…

Gibbs claims that energy of all varieties can be stored in a thermodynamically-friendly manner (energy per unit mass is conserved as a function of temperature and volume and thus any change in equilibrium requires energy). [31] If Gibbs were right, why do not we observe a "conservation of energy" at equilibrium of any energy quantity? This would mean that energy can be used to "free up" energy in some other state of equilibrium, which is a contradiction, since Gibbs claims no system can be in two states simultaneously (that is true only in classical thermodynamics). Gibbs has claimed to have created a new state of equilibrium, "uniform equilibrium," where energy is equal to energy per unit mass. He claims in effect that this condition does not exist and energy is…

The electric potential of magnets does not vary, as does that of electricity. To give an example, if you were to apply a magnet to a piece of wire, the magnetic field would be identical to that of the wire. How are magnets used to store energy? The magnetism is used to store energy, when it comes to the storage of energy, the strength of the magnet can increase. If an electrical current were passed through the coils, the magnetic field would increase in the same ratio that the current intensity decreases. The same process can be applied for a heating coil, a cooling coil, etc. How does a magnet affect the way it is constructed of metal? When a magnet is applied to a piece of metal, it produces…

Yes. A magnetic or electromagnet generator (MAGG) is an electric or magnetic field generator that creates an alternating magnetic field. It is capable of producing an alternating magnetic field from a positive to a negative voltage. At least four elements or components are needed in order to meet the requirements for a MAGG, e.g. the circuit, inductor (inductor) and the electromagnet. Figure 1 shows a simplified drawing of a MAGG. The circuit has a coil and a magnetic gate element which creates and controls the magnetic field created by the gate. Figure 1: An example of a MAGG circuit The electromagnet is the electromagnet. It is made up of the magnet and an open-ended coil of wire, or any other suitable electrical component. The length of the coils could be…