The document discusses solar bikes, which are bicycles equipped with solar panels that generate electricity from sunlight. This electricity can power an electric motor to assist the rider or charge the bike's battery. Solar bikes provide an eco-friendly and sustainable transportation option that reduces emissions. They have potential markets in urban commuting, tourism, campus transportation, delivery services, and personal recreation. However, solar bike technology is still developing and the upfront costs may be higher than traditional bicycles.

1. Title of Idea
S.NO Name Roll No. Branch &
Section
1 K.TEJA ARJUN 22951A12A4 IT-B
2 P. SRI SAI VENKAT 22951A1298 IT-B
ExEEd- ACADEMIC SUCCESS

2. SOLAR BIKE
A solar bike is a type of bicycle that is equipped with
solar panels, allowing it to harness the energy of the sun
and convertit into electrical power. This power can be
used to supplementor replace the pedaling effort of the
rider, providing a sustainable and environmentally-
friendly mode of transportation. Solar bikes are still a
relatively new technology and are not yet widely used,
but they have the potential to be an efficient and cost-
effective means of travel, particularly in sunny regions.
2
Aim & Objective

3. A solar bike is a bicycle equipped with solar panels that
generate electricity from sunlight. The electricity can be used
to power an electric motor to assist the rider or charge the
bike's battery. Solar bikes are eco-friendly and sustainable,
reducing carbon emissions and promoting renewable energy
use. They can also extend the range of the bike and reduce
the need for frequent charging. Solar bikes are becoming
increasingly popular as people seek alternative modes of
transportation that are environmentally conscious.
3
Problem Definition

4. Solar bikes are designed for anyone looking for an eco-friendly,
cost-effective, and efficient mode of transportation. They are
particularly suitable for individuals living in urban areas, where
traffic congestion and air pollution are major issues. Solar bikes
can help reduce the carbon footprint of transportation, save
money on fuel costs, and provide an opportunity for exercise and
outdoor activity. They are also suitable for people who enjoy
recreational cycling and want to reduce their carbon footprint
while exploring the outdoors. Additionally, solar bikes can be used
for local deliveries and transportation in areas with limited access
to traditional fuel sources. They provide a sustainable and cost-
effective alternative to traditional forms of transportation, making
them an ideal choice for environmentally conscious individuals
and organizations.
4
Background of Idea (Who is it for?)

5. Solar bikes use solar panels to generate electricity, which is used
to power an electric motor or recharge a battery. The idea behind
solar bikes is to provide a more environmentally friendly and cost-
effective mode of transportation, particularly for urban areas where
traffic congestion and air pollution are major issues. Solar bikes
have the potential to reduce the carbon footprint of transportation,
save money on fuel costs, and improve the health and well-being of
individuals by encouraging them to exercise while commuting.
Additionally, solar bikes have the potential to provide a sustainable
and cost-effective mode of transportation in areas with limited
access to traditional fuel sources.
5
Background of Idea (What will it do?)

6. Solar bikes have potential markets in the following areas:
• Urban commuting: Solar bikes are an ideal mode of transportation for commuting in urban
areas, where traffic congestion and air pollution are major issues. They are also cost-effective
compared to cars and public transportation
• .Tourism: Solar bikes are popular among tourists who want to explore scenic locations and
historical sites without causing pollution. Solar bikes can travel longer distances than traditional
bikes, making them a great option for sightseeing.
• Campus transportation: Solar bikes are an eco-friendly and cost-effective option for students
and faculty members to move around college and university campuses.
• Delivery services: Solar bikes are becoming popular for local deliveries, especially in urban
areas where traffic congestion can cause delays.
• Personal recreation: Solar bikes are also used for personal recreation and fitness, as they
provide an opportunity for people to enjoy the outdoors while getting exercise and reducing
their carbon footprint
6
Background of Idea (Potential Markets)

7. A solar bike typically has the following unique features:
• Solar panels: Solar bikes have built-in solar panels that can convert sunlight into electricity,
which can be used to power the bike's motor or recharge its battery.
• Lightweight design: Solar bikes are designed to be lightweight, making them easy to pedal even
without the assistance of the motor.
• Eco-friendly: Solar bikes produce zero emissions and are powered by renewable energy, making
them an environmentally friendly mode of transportation.
• Increased range: Solar bikes can travel longer distances than traditional bikes because they
have a motor to assist with pedaling and solar panels to recharge the battery.
• Cost-effective: Solar bikes can save money on fuel costs and reduce the need for maintenance
since they use renewable energy and have fewer moving parts than traditional bikes.
7
Background of Idea (Unique Features)

8. 8
Design & Drawings of Prototype (Rough Sketches)

9. In conclusion, solar bikes have the potential to be an
environmentally friendly and sustainable mode of transportation.
By harnessing the power of the sun, solar bikes can operate
without relying on fossil fuels and can provide a low-cost means of
transportation. However, the technology is still in its early stages
and there are limitations to the amount of power that can be
generated from solar panels on a bike. Additionally, the upfront
cost of a solar bike may be higher than a traditional bicycle.
Overall, while solar bikes have their advantages, they may not be
suitable for all users or situations
9
Conclusion

10. Author: Dr. R.D SHARMA
Editor:1. K. TEJA ARJUN
2. P. SRI SAI VENKAT
Technical:1. K.TEJA ARJUN
2. P. SRI SAI VENKAT
10
References

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