2. Smart Lighting
• Smart lighting is a technology mainly
designed to conserve energy
• It basically involves use of high efficiency
controls and machines based on conditions like
presence of people in an area at that
time,availability of daylight.
3. Disadvantages of the current smart lighting system
• Manual switching off/on of street lights
• More energy consumption
• High expense
• More manpower
4. Model of smart light using arduino and devices
The components used were
• Relay Module
• Breadboard
• NodeMcu
• LED
• Connecting Wires
• Arduino IDE
5. Relay Module
It allows you the use a microcontroller or other low-
power device to control devices with much higher
voltages and currents. Another relay module purpose is
to amplify the control signal so that it can switch the
higher currents using only a small out of power from a
microcontroller
Approximate Cost – Rs. 80
6. BreadBoard
A breadboard is a type of prototyping platform used for
temporarily testing and verifying the circuit designs of
electronics projects. It consists of a plastic board with a
series of interconnected metal clips that allow electronic
components to be easily inserted and connected.
Approximate Cost – Rs. 50
7. LED
A light-emitting diode (LED) is a junction diode, which emits
light when activated. When we apply voltage across its
leads, electrons are able torecombine with holes within the
LED, releasing energy in the form of photonswhich gives
the light.
Approximate Cost – Rs. 200
8. NodeMcu
NodeMCU is an open-source development board that is based on the
ESP8266 system-on-a-chip (SoC). It provides an easy way to prototype
and develop IoT (Internet of Things) projects by offering built-in Wi-Fi
connectivity and a programmable microcontroller.
The main use of NodeMCU is to create IoT projects that require wireless
connectivity. It can be used to build smart home devices, remote
sensors, data loggers, and other internet-enabled devices
Approximate Cost – Rs. 175
9. Connceting Wires
In IoT (Internet of Things) applications, connecting
wires play a crucial role in establishing communication
between various components such as sensors,
actuators, microcontrollers, and communication
modules. Here's how connecting wires work in IoT
Approximate Cost – Rs. 70
10. Arduino IDE
The Arduino programming language plays a crucial role in
the field of embedded systems and IoT. By connecting
physical devices to the digital world, Arduino enables the
development of smart home automation systems, industrial
monitoring and control systems, and various IoT
applications.
11. The future of smart IoT bulb technology holds
potential for further advancements, including AI
integration, voice control, and enhanced
connectivity. This paves the way for innovative
and intelligent lighting solutions.
Future Possibilities
12. Conclusion
The adoption of Smart IoT Bulb Control offers users
a convenient, energy-efficient, and secure lighting
management solution. This technology represents
a significant advancement in home lighting
systems, enhancing user experience and promoting
sustainability.
