Flywheel Power Generation and Multiplication for Electrical Energy Storage Applications & Technologies
Srinivas Chaganti Bhaskar, Chaganti Bala and Chaganti Arjun
Company Name: – Cow and Calf Dairy Farms Limited (Research Institute), Name of City: – Hyderabad, Telangana State, India.
Keywords: Gear Flywheel, Flywheel, Power Multiplication, Generator, Motor and Storage.
FLYWHEEL POWER Generation
Evaluation of Hybrid Flywheel Power Generation
innovation, for creating Impacts on Climate Change by
eradicating global warming and pollution, There by
cascading flywheel power multiplication technology meets
the demand challenges in Clean and Green Energy sector
“Small grid is smart grid” Where you generate there you
This Case study of multi-hour electrical generation using the
continuously available rotating force from a specific weight,
diameter, and rpm is considered in flywheel power
generation technology because the wheel is continuous in
motion. we are designing energy generation and storage
projects for generating clean electricity using Gear-flywheel
and Pinion gear. Pinion gear harboring the generator is the
This technology major advantage is the design, where
distribution of mass in a given area of the flywheel is the key
to success. Flywheels with Different geometrical figures are
used for multidimensional requirements. For 1 Kw power
generation at least 150 Kg weight is required.
Here is an Example for distributing mass in a given area for
designing a flywheel generation cum energy storage system
Vertical design:- 67 Ton weight, Diameter 3 meters, Rpm
1800, Surface Speed (m/sec) 282.78, Ring (joules)
2678811701.39, useful energy 744.11 Kwh ,Motor 350 kW.
Flywheel in any Geometrical shape or cylindrical, round
Horizontal design: – 67 Ton, Diameter 12 meters, Rpm 1800,
Surface Speed (m/sec) 1131.12, Ring (joules)
42860987222.39, useful energy 11905.82 Kwh. Motor 350
kW. Flywheel in disc shape round and flat
Gear flywheel, Flywheel, Power Multiplication, Generator,
Motor and Storage
This technology mainly rotates in and around weight and
space management, there by using a specified weight i.e.
In the present market design, 67 Ton weight is designed as a
cylinder by using carbon fiber-reinforced plastic flywheels
fixed in a vacuum chamber and rotated in between 6000 to
16000 Rpm using magnetic bearings and after reaching the
peak Rpm then deceleration of the flywheel starts.
Here the pulse of the flywheel recorded is maximum in
between 1 to 5 min. Then again the process of acceleration
and deceleration has to be repeated. There is no continuous
In our technology 67 Ton weight is distributed on a large
surface area there by bigger surface area is available and will
generate more surface velocity there by more energy is
stored in the rotating flywheel mass.
In our design we make from 67 Ton a 12 meter diameter flat
and round circle flywheel and rotate below 2000 Rpm using
normal SKF bearings there by please compare the design of
the cylinder type flywheel where mass is compressed and
made into a cylindrical flywheel and when mass is spread on
a large area as shown in our design the flywheel is designed
as a merry go round disc.
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