hyperloop powerpoint presentataion seminar

Table of
Contents
27 July 2077
Presented by: Name
Surname
ONESKILL
www.yourwebsite.c
om

What is
Hyperloop
 Hyperloop is a mode of passenger and goods transportation that propels a capsule like
vehicle through a near vacuum tube at more than airline speed.
 Hyperloop is currently in development by a number of companies, which could see
passenger travelling at 700 miles per hour in

Component
s
 Tube : Steel vacuum tubes reduce air resistance, mounted on pylons, allowing high-speed capsule travel in both directions
efficiently and safely.
 Capsule/Pod: Aerodynamic capsules carry passengers or cargo, equipped with a motor, compressor, and air bearings for fast,
smooth, and comfortable travel.
 Compressor : Front-mounted compressor reduces air drag, channels compressed air to bearings and rear, enhancing thrust and
capsule stability inside the tube.
 Suspension : Air bearings act as levitation and suspension, using compressed air to lift the capsule and eliminate physical contact
or friction.
 Propulsion : Linear induction motor and stators propel capsules magnetically, enabling rapid acceleration, deceleration, and
efficient motion inside the vacuum tube.
 Power Source : Solar panels on the tube generate energy, stored in batteries, powering operations day and night using clean,
renewable electricity.

Component
s
Tube : Steel vacuum tubes reduce air resistance, mounted
on pylons, allowing high-speed capsule travel in both
directions efficiently and safely
Capsule/Pod: Aerodynamic capsules carry passengers or
cargo, equipped with a motor, compressor, and air bearings for
fast, smooth, and comfortable travel.

Component
s
Propulsion
 Capsule houses linear induction motor along the
length to accelerate and decelerate.
 Linear stators are placed on the capsules to transfer
momentum to the capsule via linear accelerators.
Air Bearings
 Air bearings are used as suspension for the
capsule.
 Air bearings can also be used to levitate the
capsule with the help of compressed air that
flows from compressor to air bearings.

Component
s
Compressor
 Compressor is placed at the front part of the capsule
 Compressor fans sucks the low pressure air. After
compression, compressed air is supplied to the air
bearings and also at the rear end of the capsule
Suspension
 Smooth Ride – Air bearings lift the capsule, reducing friction.
 Stable Motion – Minimizes vibrations for comfort.
 Efficient Lift – Uses compressed air for levitation.

Working of Hyperloop
 Low-Pressure Tube – The Hyperloop operates in a near-vacuum tube to
minimize air resistance and increase speed.
 Capsule Design – The capsule is aerodynamic and equipped with
advanced tech for stability, safety, and comfort.
 Magnetic Levitation – Magnetic levitation lifts the capsule off the track,
reducing friction for smooth motion.
 Linear Induction Motor – Propels the capsule forward using
electromagnetic forces without physical contact.
 Air Compressor – Sucks in low-pressure air, compresses it, and
channels it to air bearings and the rear for thrust.
 Air Bearings – Compressed air from the compressor helps levitate the
capsule for frictionless travel.
 Solar Energy Power – Solar panels line the tube, providing clean energy
to power the system sustainably.
 Passenger Cabin – The cabin is pressurized and climate-controlled,
offering a safe and comfortable ride at high speeds.

Progress of Hyperloop in india
Projects have been approved by the Indian Government for constructing the Hyperloop for the routes between
 Amravati to Vijayawada – Travel time expected to reduce to just 6–8 minutes.
 Mumbai to Chennai – Proposed Hyperloop aims to cut travel time down to 63 minutes.
 Bengaluru to Chennai – Planned route will enable travel in approximately 30 minutes.
 Mumbai to Pune – Project approved with an estimated travel time of only 25 minutes.

Growth
Strategy
 MERITS
 It saves the travelling time.
 There is no problem of traffic.
 It is powered by the solar panel.
 Immune to weather.
 Cost of hyperloop is low.
 More convenient.
 Resistance to earthquake.
 Safer.
 DEMERITS
 May occur critical situation at turnings.
 Less movable space.
 May occur dizziness in passengers.

Conclusion
 High Speed – Hyperloop offers ultra-fast travel, significantly
reducing journey times.
 Energy Efficient – Powered by solar energy, making it a
sustainable transport mode.
 Comfortable Travel – Provides a smooth, modern, and
passenger-friendly experience.
 Cost-Effective – Lower operational costs compared to
traditional transportation in the long run.
 Future-Oriented – Represents a leap in transportation
technology with global development underway.
 Safe & Resilient – Designed to be weather-proof and
earthquake-resistant, ensuring safety.

References
[1]. Paper by Mark Sakowski, “The Next Contender in High Speed Transport Elon Musks Hyperloop”, 2016.
[2]. N. Kayela, editor of scientific and technical department, “Hyperloop: A Fifth Mode of Transportation”,
2014.
[3]. Mohammed Imran, international journal of engineering research, 2016.
[4]. Musk, Elon (August 12, 2013). "Hyperloop Alpha"(PDF). SpaceX. Retrieved August 13, 2013.
[5]. Compressor:https://patrickenewman.files.wordpress.co m/2016/03/compressoriso.png
[6]. Operating principle of hyper loop http://web- japan.org/kidsweb/hitech/maglev/images/004.jpg.
[7]. Tubehttps://upload.wikimedia.org/wikipedia/common

hyperloop powerpoint presentataion seminar

More Related Content

Similar to hyperloop powerpoint presentataion seminar (20)

More from kamranahmed758536 (6)

Recently uploaded (20)

hyperloop powerpoint presentataion seminar

Editor's Notes