Abstract: A Electric Circuit Board Gives AC Electric Power to an AC Electric Motor. The Motor is connected with an AC Dynamo. The AC Dynamo's Output power is goes to another AC Electric Motor. The another AC motors are connected another AC Dynamo. These steps are continued for our aim for how much power we need. The last step Electric Powers are goes to a Power Transformer, here all the powers are integrated or Coordinated. The integrated or coordinated Electric power is taken for our uses. Hence, we get Maximum 1000's MW Electric Power from Minimum of WATTS Electric Power. (If , t Necessary We Use the PMDC motor with AC to DC Converter in the place of AC Motor), and also the Starting Stage of this invention there use the Automatic Power System.
COMPLETE SPECIFICATION
1) TITTLE OF THE INVENTION:
ELECTRIC POWER PROJECT FROM MINIMUM-WATTS POWER IS STEP UP TO MAXIMUM MECA WATTS POWER.
2) FIELD OF INVENTION:
This invention relates to Electrical Power Supply to the electric Power Project fields, that is where there is Electrical Power Project there the present invention is fit for Producing Electrical power, (Lev Minimum WATTS to 1000's of MW)
3) BACKROUND OF INVENTION WTTH REGARD TO THE DRAWBACK ASSOCIATED WITH KNOWN ARTY "
For many places like Industries, Institutions and Agricultural fields etc. are often meet Electric Power cuts and also spend more expenses for Electric Power, the same time the cost of Production of Electric Power is very more and more and continued this way, but the same time the supply of Electric Power is very less and continuously. Nowadays, we know Many Power Projects destroyed the Environmental Now, the present Invention is the permanent salvation of the above problems of Electrical Power Project Fields.
4) OBJECT OF INVENTION:
The present invention is a Project, which produced Electric Power from Minimum Watts of Electric Power to Maximum Mega Watts of Electric Power.
5) LIST OF PREFERRED AND OPTIONAL FEATURES:
In one form of the present Invention " ELECTRIC POWER PROJECT FROM MINIMUM WATTS POWER IS STEP UP TO MAXIMUM MEGA WATTS POWER' Supplied more Electric Power from Minimum Watts of Electric Power to Maximum Mega Watts of Electric Power without any fuels, Solar Power etc,
6) A SUMMERY OF THE INVENTIONS
These Electric Power Project Problems arc overcome by the Present Invention, which provides an ELECTRIC POWER PROJECT FROM MINIMUM WATTS POWER IS STEP UP TO MAXIMUM MEGA WATTS POWER, This method ix very simple. But, more uses to the World. The Cumulative power of Last stage Or Step of this new innovative project is integrated Or Co-Coordinated from a Power Transformer, and we taken the Electric . power for our needs from the Transformer.
7) A BRIEF DESCRIPTION OF -THE ACCOMPANYING DRAWING:
Figure-1 shows the Structure ELECTRIC POWER PROJECT FROM MINIMUM WATTS POWER IS STEP UP TO MAXIMUM MEGA WATTS POWER according to this invention.
An Electric AC Motor is connected with an Alternator (AC) Dynamo. There can be maintaining the RTM of the AC Dynamo with the Bully of the AC Motor.
The AC Motor gets minimum watts electric Power from an -Electric Tower Board (Government Supply of Electric Power or Generator's Power) there can be used an Automatic Variable Power Transformer if necessary for adjusting when load taken from the dynamo. The Input Electric Tower is lesser than the output Electric Tower of the Dynamo. The Output Electric Tower of the Dynamo is goes to the two or more Numbers of Electric Motors, and the two or more numbers of Electric motors are connected with AC Dynamos separately for each motor. This Step ups are continuing for our aim of how much Watts power we need. All of the Electrical Towers from the last Stepping Dynamos are cumulatively Or separately goes to a Tower Transformer and the powers are integrated and separated for our needs.
Hence, the Maximum 1000's of Mega Watts Electric power is produced from the present Invention.
7) CALCULATIONS
FOR MOTOR (HP MEANS HORSE POWER)
IF Mi MOTOR'S INPUT TS PI HP
WHEN M2 MOTOR'S INPUT TS P2HP
AND
M3 MOTOR'S INPUT IS P3 HP
M4 MOTOR'S INPUT IS P4HP
WHERE,
P2ISMORETHAN 2P1
P3 IS MORETHAN 2P2
P4 TS MORETHAN 2P3
AND SO ON
Pn IS MORETHAN 2Pn-l
FOR DYNAMO (KV MEANS DYNAMO'S OUTPUT POWER )
IF Dl DYNAMO'S OUTPUT IS Xt KY
WHEN D2 DYNAMO'S OUTPUT IS X2 KV
AND D3 DYNAMO'S OUTPUT IS X3KV
D4 DYNAMO'S OUTPUT TS X4KV
ANDSO ON
Dn DYNAMO'S OUTPUT TS XIIKV
WHERE,
X2 IS MORETHAN 2X1
X3 IS MORETHAN 2X2
X4 TS MORETHAN 2X3
AND SO ON
Xn IS MORETHAN 2Xn-l
8) DETAILED DESCRIPTION QE THE PREFERRED DRAWING:
Referring to Eigure-1 can fee seen that the Structure of the ELECTRIC POWER PROJECT FROM MINIMUM WATTS POWER IS STEP UP TO MAXIMUM MEGA WATTS POWER according to this invention. The numbers noted the-figare-1 is given below:
1. Input Input Electric supply to the Electric Motor
(Electric Circuit Board (from the Government Supply Or Generator's Supply (Or Automatic Power System IT)
2. Ml, M2, M3 are Electric AC Motors.
3. M,D2, D3 are AC Dynamos.
4. FT - Power Transformer.
5. Output from the last step dynamo.
CLAIMS:
We, 1) B. Karuiuuiithi, S/o. Bahumbramaniyan, 3.259, Pcrumai Koil. Street, Killukudi & Tost, Kilvelur Taluk, Na^pattinam District, Tamil. Nadu, India, Pin Code: 611109 and (2) T. Ravi, S/o. Thangavci, 33/1, Devar Colony, Pajanawiada lane, Ncthaji Road, Thiruvarur - 616 001, Tamil Nadu, India.
- Claim
1. THE ELECTRIC POWER PROJECT FROM MINIMUM WATTS POWER TS STEP UP TO MAXIMUM MEGA WATTS POWER in fine of the Most Useful of Electrical Power Project Places.
2. THE ELECTRIC POWER PROJECT FROM MINIMUM WATTS POWER IS STEP UP TO MAXIMUM MEGA WATTS POWER substantially as herein described and illustrated in the figure-1 of the accompanying drawing.
3. AH the claims for about the new invention of THE ELECTRIC POWER PROJECT FROM MINIMUM WATTS POWER IS STEP UP TO MAXIMUM MEGA WATTS POWER
| # | Name | Date |
|---|---|---|
| 1 | 4454-CHE-2011 ABSTRACT 19-12-2011.pdf | 2011-12-19 |
| 1 | 4454-CHE-2011 FORM-5 19-12-2011.pdf | 2011-12-19 |
| 2 | 4454-CHE-2011 CLAIMS 19-12-2011.pdf | 2011-12-19 |
| 2 | 4454-CHE-2011 FORM-3 19-12-2011.pdf | 2011-12-19 |
| 3 | 4454-CHE-2011 DESCRIPTION (COMPLETE) 19-12-2011.pdf | 2011-12-19 |
| 3 | 4454-CHE-2011 FORM-2 19-12-2011.pdf | 2011-12-19 |
| 4 | 4454-CHE-2011 DRAWINGS 19-12-2011.pdf | 2011-12-19 |
| 4 | 4454-CHE-2011 FORM-1 19-12-2011.pdf | 2011-12-19 |
| 5 | 4454-CHE-2011 DRAWINGS 19-12-2011.pdf | 2011-12-19 |
| 5 | 4454-CHE-2011 FORM-1 19-12-2011.pdf | 2011-12-19 |
| 6 | 4454-CHE-2011 DESCRIPTION (COMPLETE) 19-12-2011.pdf | 2011-12-19 |
| 6 | 4454-CHE-2011 FORM-2 19-12-2011.pdf | 2011-12-19 |
| 7 | 4454-CHE-2011 CLAIMS 19-12-2011.pdf | 2011-12-19 |
| 7 | 4454-CHE-2011 FORM-3 19-12-2011.pdf | 2011-12-19 |
| 8 | 4454-CHE-2011 ABSTRACT 19-12-2011.pdf | 2011-12-19 |
| 8 | 4454-CHE-2011 FORM-5 19-12-2011.pdf | 2011-12-19 |