AUTOR RENEWABLE ENERGY WITH FLYWHEEL
Making electricity with the combination of generator coil, electric motor, and flywheel can be possible and it can produce an endless power supply if the applied load is equal to the rated load of the generator.
HOW DO THIS GENERATOR WORK
It works with the help of a flywheel and an electric motor, the motor helps with the process of converting electric current which is produced by the generator to mechanical energy and then rotates the shaft of the generator while the flywheel regains, maintains and smoothens the rotation of the motors speed, they by keeping the motion constant. They are things to be considered before making this generator.
>THE TOTAL APPLYED LOAD. These factors usually affect the generator when the applied load or input is greater than or equal to the output of the generator, this slows the motor and when this happens the motor will be left with no electric power thereby shooting the motor off by slowing the motor speed and the flywheel will donate all the kinetic power stored on it and this can lead to the offing of the generator, so the input load must not be equal or greater than the output of the generator stating from the motor that will drive the generator coil. For example, if the total applied load is 1kw on 230v and the generator is producing an output power of 500w on 230v, the generator will stop because the applied input power or load is more than what it can handle by his output supplying power, to solve this problem, is by making the output of the generator more than 1kw by 2 which the output volt can be 240v and the watt is 2kw so that the generator can run and regulate the power and maintain the power of the electric motor and also if generator has an output of 1kw and 230v and load of 1kw is applied to the generator it will stop because no power is left for the electric motor to use.
>GENERATOR STATE OF POWER. Watt, volt, current, horsepower (HP), and rotation pair minute (RPM) should be regarded when making this generation, this will help the machine in high power performance to the motor that is going to drive the generator coil and make the output power ready for incoming input load.
>TYPE OF MOTOR TO USE. This process is to select the standard motor that will drive the machine properly and make the generator achieve its rated power, and the majorly said to consider well, is the horsepower (HP) and the rotation pair minute (RPM). horsepower is the amount of energy the machine will rely on or produce when it is applied to a load or the number of steps when the load is applied to it and HP is equal to 0.746kw.
The rotation pair minute is the rotation of a device within one minute and this factor dictates the amount of frequency (HZ) that the generator will produce.
>MASS OF FLYWHEEL. This is a frame wheel that is used to store kinetics energy or mass of a motion on a machine, and this is applied to a generator in other to maintain the speed of the generator on its maximum range you have to know the appropriate flywheel that will march your AUTOR RENEWABLE ENERGY.
SOME COMMON CALCULATION THAT CAN HELP
A generator of 10(HP) is supplying power to a house that uses 5kw of electricity, with no wonder you can dictamen the wattage that the generator is supplying to the house by.
1 kilo=1000 watts and
0.746 kw=1hp
By knowing this we then do cross multiply since we want to know how many watts are inside 10hp and 0.746 is equal to 1hp
1hp=746w then 10hp will be 746 multiplied by 10 which is 7460w
I believe this can help you to dictamen the type of motor that can be used to drive a generator coil and can also help you to convert any generator (HP) horsepower to know the total watts it contains and this type of generator that is 10hp run on 3600rpm, depends on the type of generator it is.
Making this generator on a house that needs 230 volts to 240 volts and 1.5kw should go through some calculations like, first you have to start by providing a good rated generator that can produce a watt of 2.5kw and 230 volts, with consideration of type of motor to use, which can be a motor that is 2.5hp 230volts and 1750rpm or 3000rpm probably to rotate the generator coil fast enough, to dictamen a generator amps which produce 2kw on 240 volts.
I=current while
V=voltage
First, we have to convert 2 kilowatts to watts.
1k=1000w
Which 2kw will be
2k=2000w
Therefore 1/v=2000w/240v=8.3^10
To make your generator so easily is by check how many poles the generator has because the higher the number of poles on the generator coil the lower the rpm that the generator will need to generate current, to produce 60HZ power generator the motor will need to drive the generator with 1800rpm and that is generator that is using 4 pole, while other can operate on 3600rpm with 2 pole, large generator set can run at rpm range from.
1200rpm 6 pole
900rpm 8 pole
720rpm 10 pole.
In conclusion on how to make this AUTOR RENEWABLE ENERGY work fantastic you go for a large generator set which produces a very higher current that will care the driving motor with low rpm and other home appliances or another load.t this large generator can produce up to 20kw which is 20,000 watts that will maintain the speed range of the motor no matter how and the whole house as well, the most important thing is that there needs lower rpm to produce high current not like a small generator that will need up to 3000rpm to produce rated current and can go down when load is on it so easily.
Including flywheel to the machine or the generator will be in between the generator and the electric motor which will help the machine maintain the topmost speed.
So many people out there have proven that this type of generator works through MATLAB and is working perfectly if follows the above explanation.
For the funder question drop it in the Comment section
if you want to or need this generator or if you want to make it up by yourself and you need a person that will give you more guidance you can drop a comment in the comment section or send us a message via email at UGWU4755@GMAIL.COM.
