The main objective of this project is to implement a solution to reduce power consumption and restrain the electricity bill from traversing a desired range or limit. The power consumption can be observed and controlled by an application where the user is given the option to control the electrical appliances in their household. Fingerprint security systems, sensor-controlled lighting systems, smart bulb and entertainment facilities have also been added to provide the user with extra benefits and security in the household.

1. Energy Efficient Automated Home
.
with power saving mode

2. “Progress isn't made by early risers. It's made by
lazy men trying to find easier ways to do
something.”
-Robert A. Heinlein

4. Initial Plan

5. Estimated Cost
Components Cost (BDT)
Arduino Mega 950
Arduino Uno 490
Wi-fi Module () 250
TTL Module 80
Current Transformer Sensor (CTS) 1930
Sound Sensor Detection Module 120
PIR Sensor 85
Light Intensity Sensor 350
FTDI Basic Breakout - 5V 1400
Total Estimation 8,000

6. Model Home

7. Layout of light and fan

8. Block diagram of steam bath

9. Music

10. Syncing music to LED

11. Self charging Bulb
Don’t get into DARK its Dangerous

12. Key Features:
Just like normal LED Bulbs.
Comes in different color and Watts.
Self charging capability.
Good Quality.
Warm light.
Long life time.
Energy saving.
Intelligent.
Efficient than any other bulbs.

13. Why Self-charging Bulb?
Never to be in dark if power failure occurs.
Warm and soothing light.
Emergency light for at least 3 hours.
No need of external devices to glow the bulb.
Auto-charging capability.
No need of external IPS or Generator to backup light
when power failure occurs.
Just replace other standard indecent bulbs.

14. Power Saving
Mode
Implementation

15. Timeline

17. Thank you