IoT Based Smart Masjid With Energy Efficient Features

Our project title is "Smart Masjid with Energy Efficient Features". Our project is based on IOT technology which facilitate the revolution of Industry 4.0. This review examines the Smart Masjid as a conce

Project Title

IoT Based Smart Masjid With Energy Efficient Features

Project Area of Specialization

Internet of Things

Project Summary

Our project title is "Smart Masjid with Energy Efficient Features". Our project is based on IOT technology which facilitate the revolution of Industry 4.0. This review examines the Smart Masjid as a concept ,developed through innovations in technologies adapted to promote a sustainable masjid. Our system carry Raspberry Pi controller, sensors, and jammer for the facilitation of sensing and executing operations that are needed. The Smart Masjid is the Masjid that helps to give maximum level of comfort, peace, quietness with high level of ambiance for the visitors(temperature, lights, smell and audio levels) according to different prayer time and season while in parallel is targeting to eliminate wastage in energy and water resources.Smart Masjid defines a worship place that has appliances, lighting, solenoid valves system, sound systems, security, mobile jammers and camera systems capable of communicating with each other and being controlled remotely by a time schedule, phone, mobile or internet.The basic architecture enables measuring Masjid conditions, process instrumented data, utilizing microprocessor-enabled sensors for measuring Masjid conditions and actuators for monitoring  embedded devices.

Project Objectives

1. It provides the efficient way to save energy.
2. It can be used specially for worshipers to give them peace and comfort in masjid.
3. It will be targeting to eliminate wastage in energy and water resources.
4. Targets convenience in communication and elimination of mistakes or discomfort.

Project Implementation Method

The method is very easy to apply in any Masjid. Our project working is based on daily prayers time.We give prayers time to our proposed system and our system will work in two ways (automatically and through mobile app). Energy scenario of our proposed system is mentioned below

Normal Prayers Initiating

15 Minutes Before Prayer Time:

• Climate control (Start) temperature adjustment.
• Water timer release  the valves under occupancy activated command.

10 Minutes Before Prayer Time:

• Lights are switched ON, Smell enhancers are ON, CCTV  and Audio visuals are On
• On Iqama Time Mihrab Green Lights Switches On.
• Mobile jammers ON

Normal Prayers Finished

20 Minutes after Prayer Time:

• Water timer closes and disables occupancy activated  command.

50 Minutes after Prayer Time:

• Climate control (Stop)
• Lights Turn Off, all systems turn off.
• Mobile jammers off.

Benefits of the Project

1. Easily and convenient to operate by both automatically and through mobile app.
2. Less wasted energy via prescheduling.
3. Smart system save energy, decreasing utility costs over time.
4. Smart technologies provide enhanced energy efficiency.

Technical Details of Final Deliverable

• Use of IOT help us to make the database for regular prayers timing.
• Efficient power consumption.
• Securing from stealing through cameras.
• People counter help us to adjust temperature automatically.
• Motion sensors and pneumatic valves help to save energy and water respectively. 

Final Deliverable of the Project

HW/SW integrated system

Core Industry

Energy

Other Industries

IT

Core Technology

Internet of Things (IoT)

Other Technologies

Internet of Things (IoT)

Sustainable Development Goals

Affordable and Clean Energy, Industry, Innovation and Infrastructure, Sustainable Cities and Communities

Required Resources

If you need this project, please contact me on contact@adikhanofficial.com