This document discusses generating power through foot cycling and using smokestack gases. It proposes that foot cycling can power a dynamo to generate electricity at low cost. The system would contain an upper portion with free air paddles, a middle compressed air chamber to develop high energy, and a lower portion with paddles in a smoking chimney outlet. Rotating paddles in the chimney disturbances would convert the rotational energy to electricity. Advantages include generating 50-60% of a plant's power needs through recycling waste gases, while disadvantages are high assembly costs and needing low-speed turbines.

1. EMERGING TRENDS And
CHALLENGES IN ELECTRIC
POWER SYSTEM

2. FOOTPOWER GENERATION
In our opinion our footstep produces more
energy and why don’t we utilize it to generate
power which is at low cost . It is foot power
generation i.e. utilizing our foot energy to
generate power.
• Power generation using cycling effect

3. FOOT POWER GENERATION
POWER GENERATION THROUGH CYCLING EFFECT:

4. FOOTPOWER GENERATION
The generator used here can
be:
 Dynamo

9. Ist phase: It contains upper portion (Head of the system)
whole free air paddle system is placed in the head with
the central arrangement.

10. 2nd Phase :It contains middle portion Inlet air mouth with
the air compressed or pressure synchronize chamber. High
amount of energy is developed in this chamber
combination of inlet and outlet pipes connection.

11. 3rd phase: contains the last portion or tail of the system.
The main body of the system the arrangement of precipitators
chamber the help of smoke in classic factory chimney wide
open mouth type. A free air paddle is placed in the centre of
the smoking chimney. There are two inlets for the fresh air
move inside air compressive zone. There is a disturbance of
air between the outer and inner air due to which the paddle
rotates and the rotation energy is converted into electrical
energy process occurs.

12. ADVANTAGES OF SMOKE ENERGY
SYSTEM
• ENERGY IS GENERATING BY USING WASTE
GASES
• 50-60% OF ELECTRICAL ENERGY GENERATED
EASILY FOR PLANT PRODUCTION
• RECYCLING OF ENERGY

13. DISADVANTAGES
• HIGH ESSEMBLING COST
• LOW SPEED TURBINES ARE NEEDED