This document discusses different types of green cars including electric cars, hybrid cars, hydrogen cars, and solar cars. It provides details on what each type of green car is and their benefits and limitations. Some key points made are that electric cars do not produce exhaust fumes but have limited travel distances before recharging, hybrid cars use both electric motors and combustion engines to be more efficient but can be more complex, hydrogen cars use hydrogen as a fuel but production of hydrogen is expensive, and solar cars obtain energy from solar panels but have limited range without sunlight. The document aims to explain different environmentally friendly vehicle options and their characteristics.

1. GROUP 2:
1. WACHIDATIN NISA’UL CHUSNAH 3515100067
2. LEVIANA ORCHID FISKARINI S 3515100088
3. FAJAR FEBRIANTO 5215100083
4. GAMAL AKBAR 5215100146
5. MIFTAHUL JANNAH 5215100153
HELLO

2. ECO FRIENDLY CAR

3. WHAT IS A GREEN CAR ?
A green car is a vehicle that is considered to be environmentally friendly and have
less of a damaging impact on the environment than conventional cars.
A green car consumes less petroleum than conventional cars or uses renewable
energy sources to fuel its engine.
Why Have Green Cars Been Developed?
A conventional car works using an internal combustion engine which burns fuel to create
motion. Fuel is a fossil fuel which means it is non renewable and will one day run out. The
burning of fossil fuel results in the emission of greenhouse gases into the atmosphere.
Greenhouse gases have been proven to contribute to the effect of global warming
These factors have led to the development of ‘green’ cars,
which cause less damage to the environment.

4. Electric
Cars
Hybrid
Cars
Hydrogen
Cars
Solar
Cars
NUMBER OF GREEN CAR

5. ELECTRIC CARS
• They do not produce any exhaust
fumes.
• Some battery packs are capable of
being charged from renewable
energy sources.
• They do not produce noxious fumes
• They are much quieter than internal
combustion engine powered
vehicles.
• Many electric cars have
regenerative braking.
• Many electric cars can travel
hundreds of miles without the need
to recharge the battery packs
• Travel distance between battery recharging is limited.
• Some cars may take a long time to recharge battery
packs
• Some cars have batteries with a short lifespan.
An electric car uses an electric motor instead of an internal
combustion engines which is what most conventional cars use for
power

6. HYBRID CARS A hybrid car uses both an electric motor and an internal
combustion engine to power the vehicle.
• Some hybrid cars use an internal
combustion engine to generate
electricity and recharge the
battery.
• They are much quieter.
• They consume less fuel compared
with conventional cars and
produce less air pollution.
• The internal combustion engine
used in hybrid cars is smaller,
lighter and more efficient.
• Many hybrid cars have
regenerative braking.
• Some hybrid cars are designed to have a
power boost which means there would be no
benefit to the environment or running cost
• Hybrid cars are generally more complex
than conventional cars; this may result in
increased repair costs
• Hybrid cars may be more expensive to
purchase than conventional cars.

7. HYDROGEN CARS Hydrogen cars use hydrogen as the primary source of power
opposed to petrol.
• These cars use oxygen from the
air and hydrogen as a power
source, this produces water
vapour which is better for the
surrounding environment.
• Hydrogen is produced at
centralised power plants where
the by-products of burning fossil
fuels can be better controlled.
• It may also be possible to
produce hydrogen from
renewable energy sources.
• They are expensive to produce.
• They have high running costs and low energy efficiency.
• There are few hydrogen refuelling stations.

8. SOLAR CARS
A solar car uses solar energy to power the vehicle. It obtains solar
energy by using solar panels on the surface of the car and converts it
into electrical energy.
• There are no exhaust fumes.
• There is no release of
greenhouse or noxious gases,
reducing global warming and
improving human health.
• They are quieter.
• As they run on sunlight, there is
no fuel cost
• They can only travel a limited distance without the sun,
which could be problematic on cloudy days and at night
• Solar cells are very fragile and can be easily damaged
• Solar cars are built for function not comfort and can
usually only fit one or two people

9. IS IT VALUEABLE ?

10. THANK YOU