Question 1. Is The Eret Retrofittable To Existing Solar Installations?
Yes. The eRET can work with any solar panel. The eRET makes use of the voltage and contemporary output to generate electricity.
Question 2. What Is The Electrical Efficiency Of The Eret?
Based on electrical enter-output analysis, the eRET has been examined at 98.Four% performance.
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Question three. How Does The Eret Work?
The standard solar panel collects an considerable amount of charge from the energizing of ions (from the photons coming back from the Sun) situated in the sun cellular. This is because of a vast “rain” of photons impacting at the sun panel. The eRET collects that fee and focuses the charge from the panel to a totally small area of excessive electricity. This ratio is over 50,000. A high strength current outcomes from the attention of price.
Question 4. Why Is An Inverter Not Needed?
An inverter is a tool that converts direct modern-day to alternating contemporary and vice versa. All solar installations need an inverter to convert direct energy from the output of a solar panel to alternating contemporary that may be used by electrical gadgets generally hired today. The capital cost of the inverter constitutes a enormous fraction of the price of a sun set up. The eRET eliminates the need for an inverter given that AC and DC can be produced in the module. By altering the float of electrons, alternating modern-day may be generated.
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Question 5. The Eret Can Produce Very High Powers (>10 Kw). How Can One Produce That Much Power Using Only A 200 Watt Solar Panel?
Electric circuits have the particular function to own an unbiased present day and voltage source. Since electric present day is a chain of standard fees (electrons), the incipient electrons can, in turn, result in the era of high electricity electric powered currents. The power reservoir of a sun panel which is living inside the p-n junction of a solar cell, can be accessed speedy with out depletion because the fee of photon arrival (from the Sun) and energizing the intrinsic electrons is faster than the emission of electrons from the eRET. For instance, energetically, an electron at a potential of 20,000 volts most effective incorporates about 3.2 X 10-15 joules of electricity (a millionth of a billionth of a joule of electricity). A standard solar panel can system about 200 joules/2d. Accessing small quantities of energy at rapid charges is one of the hallmark characteristics of the eRET. High powers are attained by quickly energizing a coherent sequence of costs constituting an electric powered present day.
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Question 6. How Can The Eret Produce Hydrogen And Electrical Power Simultaneously?
Quantum mechanics states the electron can be taken into consideration both a particle and a wave. This became theorized through the superb physicists Louis de Broglie and Albert Einstein. Two other physicists, Clinton Davisson and Lester Germer, at Bell Telephone Laboratories in 1927, proved the speculation set forth above.
The eRET uses the above truth to generate an electron (as a particle) for the reason of generating electrical electricity and coherent radiation (as a wave) due to its transit in the device. The waves produced because of the acceleration of the electron effects in waves at certain unique frequencies, wherein the oxygen-hydrogen bond absorbs the radiation effectively, thereby breaking the bond. Using our proprietary membrane, we are capable of separate the goods of the water dissociation manner into separate pure streams of hydrogen and oxygen.
Question 7. How Big Is The Eret?
The eRET has a very small footprint. The middle device can healthy inside the palm of your hand. The whole eRET system may want to match into a shoe box.
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Question eight. Why Is The Eret A “factor-of-use” Generator?
Traditionally, power resources have been placed a ways away from the conversion facilities (strength plant life) and the last customers of electrical power (transmission grid). In order to economically distribute the power for electric electricity, it changed into critical to assemble and build centralized electricity flora and a transmission grid to supply it. The electric power infrastructure for allowing this state of affairs is extremely highly-priced. There are at the least 1.5 billion humans on this planet that use pricey kerosene and candles for lighting fixtures functions. The eRET may be capable of offer a inexpensive electrical opportunity to those who do no longer have access to electricity. One overriding barrier is the value of the electrical infrastructure that needs to be installed. The eRET allows the direct generation of energy on the client web site without the want for any electrical infrastructure. This is feasible because the manner of generating power is all around us; specifically, the Sun and water.
Question nine. Can The Eret Produce The Same Chemicals That Are Commonly Generated Using A Fossil Fuel Source?
Yes. The eRET is able to generate pure, less expensive hydrogen, which is the key building block of the chemical industry. The carbon source for natural chemical manufacture for the eRET is carbon dioxide. Hydrogen and carbon dioxide can integrate over a catalyst to produce most if no longer all of the equal chemical compounds comprised of fossil fuels. Even the production of ammonia can be efficiently performed with nitrogen from the air and hydrogen from wastewater.
The capability to generate chemical compounds at the factor of use will dispose of an costly capital infrastructure for manufacturing and distribution of treasured chemical products.
As an example, the era of ammonia and fertilizer, could, in precept, be produced at the farm for immediate use. The cost of ammonia the use of the eRET is unbiased of the fee of the fossil gasoline source (e.G. Herbal gas) as well as the transportation charges associated with bringing the fertilizer to the client.
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Question 10. How Does The Ret Stack Up With Other Commercial Hydrogen Technologies?
Today, there are two business technology for generating hydrogen; steam methane reforming and electrolysis. Steam methane reforming is a manner that makes use of methane as a source of hydrogen. Methane is burnt to provide the warmth and steam wished to drag off the hydrogen atoms from the methane molecule. As costs upward thrust for methane (due to political and useful resource constraints) the rate of hydrogen may even upward thrust.
Steam methane reforming is also an excessive international warming generation where 14 kilograms of carbon dioxide are produced for each kilogram of hydrogen generated. Although electrolysis has a high efficiency, (~70%), it is based on outside sources of electricity. Since the maximum common source of power is from fossil fueled power plant life, the internet performance can also drop to levels close to ~25% due to the inefficient process of making strength.
Question eleven. Can The Ret Technology Be Used In Cars?
The hydrogen produced by the RET method may be used as a gas for cars and vans which can be built or changed to run on this fuel.
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Question 12. Can The Eret Technology Also Be Used In Cars?
Yes it is able to. The era used inside the eRET is based on comparable physics to the RET era. However, in place of cracking water vapor to hydrogen and oxygen, the eRET is optimized to produce electric power so that it may be used at the side of a sun panel to extend the strength of the sun. Another advantage of the eRET in an automobile is the potential to apply the sun as a dedicated charging station whilst using your electric powered vehicle. Therefore, it is needless to move a huge fuel reserve like a fossil fueled automobile car.
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Question thirteen. Is Genesys Limited To A Specific Architecture?
No, Genesys can help one of a kind architectures, even complicated systems including the x86 structure.
Question 14. Can Genesys Generate Tests Which Are Run-able On Real Hardware?
Genesys checks are not run-in a position on actual hardware without delay, but after conversion they may be run on real hardware. The predominant problem that the converter need to deal with is the initialization of the system resources.
Question 15. How Much Time Does It Take To Adapt The Genesys Knowledge Base To A New Architecture?
Depending on the particular structure, it commonly takes some months.
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Question 16. Who Is Responsible For Supplying The Reference Simulator?
Usually clients deliver their personal reference models and use a simple interface to Genesys.
Question 17. Can Genesys Generate Loops?
Although, typically, Genesys avoids accomplishing occupied addresses, it does permit the era of controlled loops.
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Question 18. Can Genesys Continue Generation On An Interrupt?
Yes, Genesys makes use of a supplied interrupt handler and maintains with the generation.
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Question 19. Does Genesys Support External Interrupts?
No, Genesys is limited by means of the architectural simulator, which can't simulate outside interrupts. However, the usage of numerous assumptions, it's miles possible to test this in a restricted manner.
Question 20. Does Genesys Support Cache Verification?
Yes, Genesys supports cache verification to a point. It does not recognise the exact reputation of the cache, but it does maintain a simple version of the cache. Through this version, Genesys can generate cache events on a possibility foundation.
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Question 21. Does Genesys Support Address Translation?
Yes, Genesys generates the cope with translation path for all the reminiscence accesses (when the deal with translation switch is on). It even gives the person full biasing control of the one of a kind occasions that are connected to the method, inclusive of interrupts and aliasing.
Question 22. How Does Genesys Overcome Undefined Situations In The Architecture?
Genesys uses the simulator to outline how those situations are described in a selected design. Situations that aren't described, even inside the unique design, are not generated, or Genesys re-initiates the undefined useful resource earlier than its subsequent use.
Question 23. Does Genesys Support Multiprocessor Verification?
There is a multiprocessor take a look at software generator model of Genesys, named Genie. Genie is designed for an architecture stage verification of shared-memory multiprocessors. The output of the device is a concurrent application and the expected kingdom of the shared-memory and the processor assets (registers) at the cease of the program's execution.
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