Presentation is loading. Please wait.

Presentation is loading. Please wait.

Earth Tube Air Cooler. Project Features It enables transfer of heat from ambient layer to deeper layer of soil and vice-versa It is an eco-friendly cooling.

Published byGilbert McCarthy Modified over 9 years ago

Similar presentations

Presentation on theme: "Earth Tube Air Cooler. Project Features It enables transfer of heat from ambient layer to deeper layer of soil and vice-versa It is an eco-friendly cooling."— Presentation transcript:

1 Earth Tube Air Cooler

2 Project Features It enables transfer of heat from ambient layer to deeper layer of soil and vice-versa It is an eco-friendly cooling concept, it is an air conditioning system without using any refrigerant or chemical. Another attractive part of this project is power requirement by this system is 60% less than conventional AC of 5 stars rating. It requires very maintenance and work and able to work for long ti me.

3 Category -Energy It is a very innovative and new concept, it is a subterranean cooling system that maintains temperature in human comfort zone without using any refrigerant either the outside atmospheric temperature is 0 C or 50 C. Highly applicable in commercial places like malls, offices and as well as in residential places with very less power requirement. Mentor: Group Members: Prof. A. V. Tiwari Kishan) h Patel Prof. V. K. Mehta Harsh Gyamalani RameshKambariya Yuvrajsinh Rana Hiren Dave

Download ppt "Earth Tube Air Cooler. Project Features It enables transfer of heat from ambient layer to deeper layer of soil and vice-versa It is an eco-friendly cooling."

Similar presentations

Abiotic Factors Chapter 25, Section 1.

Abiotic Factors Chapter 25, Section 1.
How does energy transfer through our atmosphere?

How does energy transfer through our atmosphere?
Atmosphere Biosphere Hydrosphere Lithosphere

Atmosphere Biosphere Hydrosphere Lithosphere
Oxygen screaming gummy bear. Oxygen 21% of the Earth's atmosphere is oxygen.

Oxygen "screaming gummy bear". Oxygen 21% of the Earth's atmosphere is oxygen.
Experimental Analysis of Glass ME EN 340-2 December 7, 2005 Darin Juncker, James Hall.

Experimental Analysis of Glass ME EN December 7, 2005 Darin Juncker, James Hall.
ENERGY FROM THE SUN Chapter 14.3 Pages 402-407. Energy in the Atmosphere The sun is the source of ALL energy in our atmosphere. Three things that can.

ENERGY FROM THE SUN Chapter 14.3 Pages Energy in the Atmosphere The sun is the source of ALL energy in our atmosphere. Three things that can.
Solar Energy Solar energy is the source of most of Earth’s heat on land, in the oceans and in the atmosphere. When solar energy interacts with air, soil.

Solar Energy Solar energy is the source of most of Earth’s heat on land, in the oceans and in the atmosphere. When solar energy interacts with air, soil.
Chapter 2 Section 1  The sun provides nearly all of the energy which powers the atmosphere.  That energy comes to us in the form of electromagnetic.

Chapter 2 Section 1  The sun provides nearly all of the energy which powers the atmosphere.  That energy comes to us in the form of electromagnetic.
Design and development of staircase climbing electric powered wheel chair.

Design and development of staircase climbing electric powered wheel chair.
Introducing. The Comfort Zone (75° /50% RH) Every HVAC system is trying to hit this target. Hot, humid climates High latent load. The Challenge:

Introducing. The Comfort Zone (75° /50% RH) Every HVAC system is trying to hit this target. Hot, humid climates High latent load. The Challenge:
Introduction Topic: The Basic Ground Source Heat Pump Name: Matthew Stoangi Objective: To provide a clear understanding of the mechanics involved in the.

Introduction Topic: The Basic Ground Source Heat Pump Name: Matthew Stoangi Objective: To provide a clear understanding of the mechanics involved in the.
Mr. Fetch’s Earth Science Classroom Weather Factors.

Mr. Fetch’s Earth Science Classroom Weather Factors.
Climate Change Science 9.4 Standard Science 6.4 e Students know differences in pressure, heat, air movement and humidity results in a change in weather.

Climate Change Science 9.4 Standard Science 6.4 e Students know differences in pressure, heat, air movement and humidity results in a change in weather.
HEAT PUMP Hassan Sarwar ME100 4M-10C Nov 1st, 2005.

HEAT PUMP Hassan Sarwar ME100 4M-10C Nov 1st, 2005.
Nuclear energy Zaira Antunez. why? I am using this source of energy because, nuclear energy is used every where and how ever… so by using this source.

Nuclear energy Zaira Antunez. why? I am using this source of energy because, nuclear energy is used every where and how ever… so by using this source.
So… How does Smartcool achieve savings??.  Compressors use 70% of the energy in refrigeration and air conditioning systems.  The cooling cycle is dynamic.

So… How does Smartcool achieve savings??.  Compressors use 70% of the energy in refrigeration and air conditioning systems.  The cooling cycle is dynamic.
Design of HVAC systems for bld 3862 – LHCb control room and for bld 2885 – LHCb new workshop.

Design of HVAC systems for bld 3862 – LHCb control room and for bld 2885 – LHCb new workshop.
1 HVACR317 - Refrigeration Operating Controls 1 Thermostats Operating Controls 1 Thermostats.

1 HVACR317 - Refrigeration Operating Controls 1 Thermostats Operating Controls 1 Thermostats.
1 HVACR317 – Core for Refrigeration Operating Controls 1 Thermostats Operating Controls 1 Thermostats.

1 HVACR317 – Core for Refrigeration Operating Controls 1 Thermostats Operating Controls 1 Thermostats.
Energy in the Atmosphere Heat Transfer Global Winds Local Winds 100 200 400 300 400 300 200 400 200 100 500 100.

Energy in the Atmosphere Heat Transfer Global Winds Local Winds

Similar presentations

Ads by Google