The Sustainable Energy Floor (SEF) is a fully recyclable pedestrian floor system which can be used in pavements and high footfall areas, such as sport arenas, airports, railway stations, shopping malls, and office and apartment blocks. SEF enables people to generate their own energy to illuminate the space around them, or the energy can be used to power local systems such as street lights and signing systems.

1. Let there be…
ZERO POINT ENERGY PVT LTD
Redefining energy conservation modes

2. Source :- Actual Demo implementation

3. Global Power outages

4. Working principle
The daily routine work activities releasing enormous amount of pressure can be
fruitfully used to drive power using the natural tendency of some elements. We have
devised simple sandwich assembly that converts mechanical pressure to electricity .

5. Renewable Energy Status - India

6. Expected R.E. market size by 2022
=
$83.35 Billion U.S.D

7. Why is this initiative different ?
Pedestrian movement leads to enormous amount of energy being wasted in
form of heat and pressure . We have devised a system that effective taps this
energy and converts it to useable power (electricity)
Clear sustainable
vision:-that would
help city go 100%
green
Capacity to
leverage large-
scale
implementation:-
towards stand alone
power supply module
Transparent
tracking
framework:- for
effective output
monitoring.
Unmatched value
for stakeholders:-
local government,
citizens, investors

9. Guided Parking Portable charging stations
Safety Indicators Electricity
Use Cases
Source :- Images 1 & 3 are part of live demonstration

10. Campaign details
Interactive implementation
Knowledge session
Engagement program
Effectiveness report

12. •Customized tweets and face book posts can be
directly sent through foot steps on the system .
•The time interval of updates can also be
altered.
Social Media Integration

13. SEF 50 watt power out put
Proposed no of tiles
Pedestrians per
hour
electricity generated
=
tiles*pedestrian per hour
Kilo watt hour
50 2638 1,31,900 watt hour 131.9 KWH
50 2186 1,09,308 watt hour 109.308 KWH
50 249 12,498 watt hour 12.498 KWH
Power output
Actual Image of tile

14. Dimensions and weight
Width: 750mm IDepth: 750mm IHeight: 115mm IWeight: 45 KG
Power specifications
Average power: 40W @ 150VDC during step IPeak power: 90W @ 150VDC
Force limitations
Maximum input force: 5kN I Maximum force: 200kg per module
Certifications and standard compliance
IEC-standard 60529 (water- and dust): IP67 IOther relevant standards: CE, RoHS, WEEE
Product Details