THE IDEA OF FLYWHEEL TECHNOLOGY (MECHANICAL BATTERY) WAS CONCEIVED BEFORE 1900 BY TWO INDIAN FAMILIES
The Pre-1900 Foundation (Arundelpet & Brodipet, Proper Guntur): Established by relatives Shri Suraiah and Shri Venkaiah,
who practically engineered and ground-tested the world’s first physical mechanical battery: a 96-ton mild-steel flywheel and matching 2-meter diameter girth gear wheel spinning at 100 RPM.
achieving a 14.4:1 speed-multiplication ratio (up to 1440 RPM) using dual-sided split dynamos.
They pioneered the original 25 isolated vertical technologies (including ocean net-head turbines, composite paper-cloth wind kites, and buoyant weight-transfer mechanisms).
The 1950–1980 Stewardship : Preserved, guarded, and transitionally tested over three decades of unbroken custody by Shri Veeryya and Shri Chukaiah.
The 1980–Present Modernization : Taken up from their childhood period in 1980 by Dr. Srinivas Bhaskar Chaganti (IEEE Senior Member) and Dr. Bala Chaganti. They utilized advanced Finite Element Analysis (FEA) and simulations to refine the 25 verticals into fulproof utility-scale designs.
The Institutional & Commercial Realities: Legally registered under Patent No. 382243 (granted 22/11/2021) and formally incorporated into the 2023 Central Electricity Authority (CEA) Gazette.
From 1 MW up to 20,000 MW is the hybrid perpetual mechanical battery engineering design.
Active milestones include a 1 MW layout backed by a long-term ₹3.00/kWh PPA with Punjab's PSPCL at 11/66 kV grid connectivity.
MoUs with major Indian PSUs (Indian Railways, and GACL)
for ₹100/kg Green Hydrogen production,
in specialized Stand Alone Energy Storage Systems targeting ₹10.00/unit EV fast charging.
Flywheel Used in Tractor
World's First Flywheel Power Generation for 48 years at Madura Coats, Tamilnadu, India
Flywheel Formed Part of Original Horizontal Compound Tandem Corrliss Valve Engine 2500 HP which Powered New Mill from 1913 to 1961
We like to bring our technology to the notice of our Hon’ble PM sir as it is a family oriented based invention started in 1883 and developed in 1913. Our Great Grand Parents worked with Madura Coats New Mills supplying Cotton. Shri Suraiah and Shri Venkaiah were actively participated during the erection and commissioning of the flywheel. They were part and parcel of the idea, regularly participated in the discussions, testing and entire installation process for months together with the company based in Madurai, India which incorporated a flywheel which is 96 Ton in weight and 2 meter in diameter (photo enclosed) rotated by a steam engine for the spinning mill called Madura Coats situated in Tamil Nadu State, India. They continuously tested, check and rectified the functional and operational efficiency of the plant till the plant was fully functional and operating. In the year 1950 my grandfather ( Late Chaganti Veeraiah) & my wife's grandfather (Late Kunapuneni Chukka Rao) experimented flywheel technology using tractor wheels.. My grandfather & my wife's grandfather being agriculturists traded in the sale of raw cotton from the fields to Madura Coats including other spinning mills in those Chennai Presidency locations. During this trade the two gentlemen observed the spinning 2800 HP steam engine rotating principles used to rotate huge flywheels in the factory. Thereby they studied flywheels used to rotate machineries for spinning & ginning of cotton in the factory to extract cotton threads. After observing these phenomena they thought of producing electricity with this rotational force by using huge tractor wheels along with dynamo fitted to the wheels using pulley & v belts. They used a standstill tractor with the gearbox connected to the dynamo to produce electricity in the 1950s and used it for lighting their DC bulbs. From this small experiment they formulated a system with the diameter, speed of the gearbox of a tractor to produce electricity and developed a new concept to generate electricity. They identified that once the tractor engine is stopped the rotating wheels also stopped and they could not be further enhanced to higher versions of the technology. They taught this to my father Late. Chaganti Ramarao & my wife's father Late Kunapuneni Venkateshwar Rao. Later our grandparents & parents motivated us (Dr Srinivas Bhaskar Chaganti & Dr Bala Chaganti) about these concepts. Later we developed interest in power generation using wheel technology, also during our childhood age while playing with different toys of different areas that had different torque levels, we learned with more zeal & enthusiasm. We started learning about the principles of Mechanical battery different gear boxes, motors & generators from various, workshops, universities and enhanced our skills in Mechanical Battery concept with pulse based systems and with 35 plus years we did research in different fields of mechanical battery and invented that Diameter, RPM & Weight, power can be generated and subsequently invented 22 verticals of technologies with our own hard work and efforts.
HISTORY
Powering the Future with Green Electricity & Green Hydrogen Technologies and envisage Green Age
"ONE INDIA GREEN INDIA, ONE NATION ONE TECHNOLOGY ONE TARIFF ONE RUPEE PER kWh"
KINETICS ASSOCIATED MASS MECHANICAL APPLICATIONS
GEAR FLYWHEEL TECHNOLOGY
WORLD's 1st FUEL LESS POWER GENERATION THROUGH INNOVATIVE HYBRID PERPETUAL MECHANICAL BATTERIES TECHNIQUES & TECHNOLOGIES
PATENT TECHNOLOGY & COPY RIGHT CERTIFICATE FROM GOVERNMENT OF INDIA.
Uninterrupted Energy Generation
Projects
Building a Nation-wide network of EV Charging Stations powered by our Fuel-less Mechanical Battery Technology.
Ongoing Developments
Developing a large-scale GREEN Steel Flywheel production facility for 1 MW Pilot Power Plant using our innovation techniques.
Future Projects
Exploring opportunities for scaling the business to next levels to generate GREEN Electricity & GREEN Hydrogen for various applications in the country and all over the world.
Completed Projects
Successfully demonstrated the feasibility of fuel less power generation in a pilot project to various state & central departments & private sectors.
