1. RENEWABLE ENERGY PRODUCTION
USING
SOLAR ROADWAYS
GUIDE NAME :
Mrs. H. LAKSHMI PRIYA Asst. Prof EIE
GROUP MEMBERS :
K. PANDIARAJAN
P. VEL MURUGAN

2. OBJECTIVE
To generate renewable energy using solar road panels and replace the
current need for fossil fuels and to replace all petroleum-based asphalt roads,
parking lots and driveways with Solar Road Panels that collect energy to be
used by our homes and industries.

3. LITERATURE REVIEW
1. Title : “Solar Roadways” – Rebuilding our Infrastructure and Economy
(May-Jun 2013 )
The purpose of this article is to introduce the innovative solar roadways, and
to create awareness on how solar roadways work.
2. Title : “Solar Roadways” Innovating the Transportation and Energy Industry
(11 Jun 2014)
This paper provides idea on solar energy to replace all current petroleum-based
asphalt roads, parking lots, and driveways with Solar Road Panels that
collect energy to be used by our homes and businesses.

4. BLOCK DIAGRAM SUN’S RAYS ROAD’S SURFACE LAYER ELECTRONICS LAYER
BASE PLATE LAYER
POWER GRID

5. Road surface layer
Electronics layer
Base plate layer

6. METHODOLOGY
Solar roadways are roads which contain both solar panels and
transmission lines covered in a glass outer surface.
Solar roadways are composed of three layers namely the roads surface layer,
the electronics layer, and the base plate layer.
These layers working united produces clean renewable energy.
Each Solar Road Panel (roughly 12’ by 12’) interlinks with neighboring
panels to form the Solar Roadways system.
The Solar Road Panels heat themselves for snow and ice removal in
northern climates.
Each Solar Road Panel uses some of its own power to light up embedded
LEDs, which “paint” the road lines from beneath the road surface.
All additional power (unused by the panels themselves) is sent “down line” to
homes and businesses.

8. RESULT
Load cell connected to a programmed micro controller glows LED
when subjected to compression by an object. When load cell is high,
the LED of the corresponding solar panel is also high.

9. OUTPUT

10. CONCLUSION
The sun’s solar energy is thus converted into renewable energy
and also the load cell positioned in each solar panel of the solar roadways
help to find the presence of any vehicle or animal and the signal is sent
to the micro controller which turns the LED of that particular panel on.
The renewable energy from the solar roadways can be extended
to the houses and buildings as power source.

11. FUTURE WORK
Pavement, bridges, roadways, parking lots will be converted
from asphalt roadways to solar roadways.

12. APPLICATION
Solar roadways replaces the petroleum based asphalt roads,
parking lots and driveways.
Solar Road Panels that collect energy to be used by our homes
and businesses.
Solar Roadways will also features wildlife preservation,
the elimination of impervious surfaces .
Solar roadways reduces the need for conventional energy source
and produces renewable energy for its own and also energy required for
domestic purposes.

13. REFERENCE
[1] Alark A. Kulkarni. “Solar Roadways – Rebuilding our Infrastructure and
Economy”. International Journal of Engineering Research and Applications,
Vol. 3, Issue 3, May-Jun 2013
[2] Mike Young. “Solar Roadways- Innovating the Transportation and
Energy Industry” ENGL 202C 11 June 2014
[3]Brusaw, Scott M. "Introduction to Solar Roadways." Solar
Roadways. N.p., n.d. Web. 7 June 2013.
[4] Bee Keith Kinnaird “Bonner County Daily”. April 10th, 2008

14. THANK YOU