PPT in the culminating activity in our school

1. research proposal:
SOLAR POWERED WATER
LEVEL CONTROLLER
GROUP 1

2. Th e "Elec tronic Water Level Controller Devic e" p rojec t is
intend ed to m onitor
system is eq uip p ed
th e am ount of liq uid in th e tank. Th e
w ith an autom ated p um p ing m ec h anism
that refills the tank when the l iquid reaches the lower threshold
while turning off the pump when the l iquid reaches the upper
level. In many ways, the sustainability of accessible water
resources is increasingly a major problem, particularly at
Cataingan National High School. This issue is caused by
inefficient water allocation, wasteful consumption, and a lack
of proper and integrated water management.
BACKGROUND OF THE STUDY

3. Water is of the utmost importance at Cataingan National High
School since it can be used for cleaning, watering plants,
washing hands, and so on. As a result, efficient usage and water
monitoring are possible constraints for a household or school
water management system. Furthermore, the most frequent
technique of level management for school appliances is to
simply start the feed pump at a low level and leave it to run
until a greater water level is achieved in the water tank.
This water level control system monitors, controls, and maintains
the water level in the tank, ensuring a constant supply of water
around the clock without the stress of having to go turn faucet
BACKGROUND OF THE STUDY

4. ON or OFF, saving tim e, energy, and w ater, and p reventing th e
A p art from th at, liq uid level c ontrol
used to m onitor liq uid levels in
req uired to guarantee th at w ater
to sensing
pump from overworking.
systems are commonly
reservoirs and silos.
Adequate monitoring is
sustainab ility is ac h ieved
and automation; such
b y d istrib ution c oup led
a programmed method c om p rises
m ic roc ontroller-b ased autom ated w ater level sensing and
regulating or the use of 555 timer IC.
BACKGROUND OF THE STUDY

5. utilize
Th e researc h ers w ill
level so that the
th is p rojec t to d isp lay
user can effortlessly understand
th e w ater
it w ith out
having to verify it .
BACKGROUND OF THE STUDY

6. long-term p rod uc t solution of
Th is stud y aim s to elim inate w ater w astage and p rom ote a
saving w ater w ith th e h elp of
solar energy, as an average person unknowingly wastes up to 30
gallons of water every day. This research will benefit the school,
since the solar powered water level controller device can
monitor the level of water and automatically turns on and shuts
off leading to unnecessary water waste in school toilets and
sinks when overflowed. I t will also benefit the community to
save and manage water that can also help to lessen the water
bill and electricity bill of the citizens.
SIGNIFICANCE OF THE STUDY

7. d evic e h as th e ab ility to
This study is
c onserve w ater
justified th at th e
and electricity
Furth erm ore th e stud y th at w ill
and red uc e w ater
be
w aste.
c ond uc ted c an sp read
our d evic e th ey c an easily m anage
aw areness on h ow w ater w astage oc c ur every single d ay and
to limit
w ith th e h elp of
water waste every d ay Lastly researc h w ill serve as a
similar problems. Future
future researc h
be able to use
this
with
th ese find ings to d evelop th is
found ation for
research may
device.
SIGNIFICANCE OF THE STUDY

8. Water c onservation is a c ritic al issue th at d em and s our
th e
attention.
demand
As the world' s population continues
for w ater w ill only inc rease, m aking
to grow,
it a sc arc e
resource in many regions. Although we l ive on a planet f i l led
with water, only a very small percentage is safe and usable for
human consumption ( Bensen, D. ( 2022 ) . In such circumstances,
it is essential to use water judiciously and minimize wastage.
One way to achieve this is by using a solar- powered electronic
water level controller.
The primary purpose of this project is to develop a water level
controller that uses solar power to conserve water.
PROJECT PURPOSE

9. The system works by measuring the water level in a container
and automatically controlling the f low of water. I t uses sensors
to detect the water level and a microcontroller to control the
water pump. The solar panel provides the necessary power for
the system, making it a sustainable solution.
The solar- powered electronic water level controller
num erous b enefits, suc h as red uc ing w ater w astage
offers
and
promoting sustainability. I t is particularly useful in areas where
water is scarce or expensive. With this system, users can
monitor and control the water level in the container efficiently,
preventing overflows or empty container.
PROJECT PURPOSE

10. This ensures that water is used effectively and efficiently,
reducing the overall consumption of water.
In addition to promoting water conservation, this project also
has the potential to promote sustainable development. By using
solar power, the system reduces reliance on non- renewable
energy sources and helps mitigate the effects of climate
change. I t also provides an alternative to traditional water level
control systems that rely on electricity or fossil fuels.
Thus, the solar- powered electronic water level controller is a
project that serves a vital purpose. I t promotes water
conservation, sustainability, and efficient resource use.
PROJECT PURPOSE

11. By developing and implementing such a system, we can
contribute towards a more sustainable future and ensure that
we use our resources wisely.
PROJECT PURPOSE

12. RESEARCH PLAN
HYPOTHESIS
Null hypothesis – The Solar Powered Water Level Controller will not
be able to detect changes in water level and adjust the water level
accordingly.
Alternative hypothesis- The Solar Powered Water Level Controller
will be able to detect changes in water level and adjust the water
level accordingly

13. Solar level
to asc ertain its
controller device
Test th e eq uip m ent
limitations.
based Water
c ap ab ilities and
wastage of
w ater
Red uc e elec tric ity c onsum p tion, red uc e
and energy cost.
Objectives:
This study aims to do the following:
Design and c onstruc t a func tional
RESEARCH PLAN

14. and limitations of using electronic
Research Questions:
GENERAL QUESTION:
W h at are th e b enefits
water level controllers to optimize the filling of water tanks?
SPECIFIC QUESTIONS:
How does the electronic water level controller sense the
water level in the tank and trigger the motor pump?
What is the accuracy and reliability of the electronic water
level controller in monitoring the water level and avoiding
wastage
RESEARCH PLAN

15. How can the electronic water level controller be customized
or optimized for different types of water tanks and water
sources?
RESEARCH PLAN

16. I.Gathering of Materials :
Th e m aterials need ed to c onstruc t th e Soc ial Distanc ing Devic e
(Soc Di Device) are following:
RESEARCH DESIGN AND METHODS
·Arduino board
Soil moisture sensor
·Power supply
·Relay module
·Plant plot
·Male/ Female
jumping wires
·
··Ohm Resistor (221)
·Water pump
·Water container
·Water tube
·Soldering iron
·Soldering rod
·Aluminum sheet
·Rivets (1.5 inches)
·Riveter
·Drill
·USB connection
·Power jack

17. II.Construction of the Product:
Th e A utom ated
researc h ers. Th e
Watering System
func tions and set
w ill b e c onstruc ted b y th e
up w ill b e inp ut
by an expert after
th rough
the final
p rogram m ing and w ill b e tested
phase of construction
RESEARCH DESIGN AND METHODS

18. RESEARCH DESIGN AND METHODS
III.SKETCH OR LAYOUT OF THE PRODUCT

19. IV. Testing of the Product:
The study falls under the category of quantitative data
collection.
The electronic water level controller that is powered by solar
energy will undergo testing to see i f it can distribute water
when it detects that the bucket' s water level is low and
discharge water when the bucket is full.
RESEARCH DESIGN AND METHODS

20. V. Collection of Data:
To test th e p rod uc t's ab ility to d etec t th e w ater level and
distribute and discharge water in the bucket, it will go through
ten trials. The collected data will be subjected to statistical
tests in order to determine the product' s efficiency.
RESEARCH DESIGN AND METHODS

21. research proposal:
SOLAR POWERED WATER
LEVEL CONTROLLER
GROUP 1