Introduction about Heat Pipe,

1. Sharad Institute of Technology, College of
Engineering, Yadrav
PRESENTATION ON
“Development and testing of Heat pipe
solar collector using nano fluid .”
PRESENTED BY:- Under Guidance Of
Mr. Sutar Aniket Kumar

2. INDEX
INTRODUCTION
CONCEPT OF HEAT PIPES
HOW IT IS WORKS
APPLICATION OF HEAT PIPES
CONCEPT OF NANO FLUID
SCOPE IN FUTURE DTSCN
CONCLUSION

3. Introduction:-
 The solar energy is the most capable
of the alternative energy sources.
 Solar energy is the energy which is
coming from sun in the form of solar
radiations in infinite amount.

4.  The solar energy is absorbed by the
working fluid and transferred to the
storage tank either by natural or
forced circulation
 Heat pipes are found to provide an
alternative solution to the above
problems.

5. Concept of heat pipe :-
The components of a typical cylindrical wicked
heat pipe are copper tube with end sealed, wick
structure. It has three main sections evaporator,
adiabatic and the condenser sections.

6. HOW IT IS WORK :-

7. APPLICATIONS OF HEAT PIPE
 AAAAAAA
PERMAFROST STABILIZATION ELECTRONIC COOLING
SOLAR SYSYTEMS AUTOMOTIVE APPLICATION

8. CONCEPT OF NANO FLUDE :-
 Nanofluids are a new class of
advanced heat-transfer fluids
engineered by dispersing
nanoparticles smaller than 100
nm (nanometer) in diameter in
conventional heat transfer fluids.
 Increased thermal conductivity
(TC)at low nanoparticle
concentrations

9. SCOPE FOR FUTURE WORK
 Innovation of new heat transfer
enhancement techniques.
 Use of new efficient, minimum global
warming potential and eco friendly
fluids and refrigerants.
 Measure and predict the transport
properties (thermal conductivity and
viscosity) of nanofluid.
 Develop nanofluids that are
environmental friendly and wear
resistant.

10. Advantages Of Heat Pipes:-
 May reduce or eliminate the need for
reheat.
 Requires no mechanical and electrical
input.
 Are virtually maintenance free.
 Are environmentally safe.

11. THANYOU