low cost based home automation using IOT powered by photovoltaic cell

1. Study of low-cost based smart
home control using IOT
powered by photovoltaic cells
IIHMSP/FITAT 2020
Fujian Provincial Key Laboratory of Big Data Mining and Applications , Fujian University of Technology Fuzhou

2. ABSTRACT
This research mainly uses the
wi-fi module (ESP8266)
microcontroller to implement
the IOT-based smart home
system. In this study of smart
home system is able to power
the circuit by the photovoltaic
cell itself, and then wirelessly
switch to the required load. .
The users can controls witches
using web application after
authenticating based on low
cost and simple iot application
systems; this study has
important contributions to the
development of smart homes
with high price-performance
ratio in the future.
IIHMSP/FITAT 2020

3. Why this project ?
Do you have trouble of forgetting to switch off your appliances ?
1st Qtr
31%
2nd Qtr
26%
3rd Qtr
43%
1st Qtr
2nd Qtr
3rd Qtr
31% yes
43% sometimes
26% no
IIHMSP/FITAT 2020

4. Why IOT in smart
home
automation?

5. PROBLEM
 Limited range of Bluetooth (10m
100m)
 Previous zig bee and plc-based
surveillance systems can be expensive
 Instability of controlling system

6. INTRODUCTION
 SMART HOME SYSTEM
 HOME ENERGY
MANAGEMENT SYSTEM
(HEMS)
 INTERNET OF THINGS (IOT)
 SUSTAINABLE ENERGY
PRODUCTION
IIHMSP/FITAT 2020
IIHMSP/FITAT2020

7. Methodology
 Photovoltaic cell design
 Servomotor design
 Microcontroller design
 Relay design
 Battery design
 Load design
IIHMSP/FITAT 2020

8. BLYINK APP

9. System test results and analysis

10. SYSTEM
FUNCTIONS




11. CONCLUSION
 The research prototype successfully demonstrated an independent
smart home using solar energy. Facing the new demands of modern
energy and automation, this research proposes to focus on the
application of photovoltaic cells in home automation
 Because solar energy is non-polluting and renewable, the results of this
research can fully meet environmental protection requirements, but the
installation cost must still be measured
 This study establishes a set of low-cost smart home hardware
architecture with control functions, if it can be widely used in the overall
smart home in the future, it will effectively reduce the promotion cost
and achieve the popularization of smart home.

12. REFRENSES
1. Zhou, B., Li, W., Chan, KW, cao, Y., Kaung, Y., Liu, xian wang, X., 2016. Smart home energy management systems:
concept, configurations, and scheduling strategies. Renewable and sustainable energy reviews, 61, pp. 30-40
2. K.C. Chu, D.J. Horng, and K.C. Chang, numerical optimization of the energy consumption for wireless sensor networks
based on an improved ant colony algorithm, journal of IEEE access, vol. 7, 2019, pp105562 – 105571
3. K.C. Chang, K.C. Chu, H.C. Wang, Y.C. Lin and J.S. Pan, "energy saving technology of 5G base station based on internet of
things collaborative control," in IEEE access, vol. 8, pp. 32935-32946, 2020

13. THANK YOU !