A STUDY OF SOLAR STREET LIGHT AND OPTIMIZATION FOR SPACING IN POLES AND COST 1ABHINANDAN SHARMA, 2Prof. (Dr.) B. K. SHARMA, 3HARI SINGH, 4BHANU PRATAP SINGH 1Scholar, Suresh Gyan Vihar University, Jaipur, Email: [email protected]
5|Page 2016| IoT based Automatic Street Lightning System 2.2 Block Diagram Solar Panel Switching Battery Circuit LDR Arduino IR Sensor Power LED IOT (Internet Circuit of Things) Fig 2.1: Block Diagram This block diagram describes the working of project 'Solar smart Street light System with IoT'.
Figure 2. Block Diagram of Complete System The LED luminaire is already built and can be seen in Figure 3, this project will focus mainly on the circuitry and components before the LED luminaire. Using knowledge of electronic circuits and power electronics, to build an efficient, self-sufficient street light system to be paired with the LED array.
As show in fig.6, the output of the solar energy is taken to a voltage regulator to maintain a constant voltage. The regulated voltage is stored in a DC-Battery source. IV. OPERATION OF LIGHT SOURCE The energy obtained in to run loads (all are light source). The loads are street light, traffic signal, direction indicator.
This Design Guide is a supplement to the RS Poles Structural Design Guide which details the performance and behavior of RS poles in utility and communication structures. The following recommended design formulas and procedures are derived from a number of composite and utility/communications structure design references.
About This Report: LED Road Lighting Design Manual This manual is a vendor‐neutral knowledge management tool prepared by Development Finance International, Inc. and commissioned by Philips Lighting for professional reference by transport, urban, and energy sector professionals.
street lights are relatively inefficient; they consume large amounts of power from electrical grids and have predetermined operation times that are often non-optimal for the surrounding environment. The Sun-Tracking Solar-Powered LED Street Lamp is a self-sustaining device, built to replace the current lighting sources.
Ad Factory direct solar street light imported 30w 12v 24v solar panel with pole. However, in some newer designs, the PV panels and all electronics are integrated in the pole itself. 2. The system is mainly composed of solar panel, light source, controller and battery. 3. In daytime, when there is sunshine, the solar panel can convert the solar energy to electric energy and store it in the battery.
Setup the Street Lamp. Follow the electrical circuit diagrams on how the Solar Panels will be connected to the battery, the controller, and the street light. C. Install the Light Fixture on the lamp pole. Place the Light Fixture on the ground, with the back part facing upward. Press the red buttons on both sides of the Light Fixture.
AS 3000 Electrical Installations – Building, Structures and Premises (known as the SAA Wiring Rules) 12.2.2 Authority guidelines. Electrical Note 2 Electrical Installation of Street Lights, Traffic Lights, Combination Street and Traffic Lights and Public Area Lighting, ACT Planning and Land Authority (ACTPLA) Ref .
Here is the simple solution to make an automatic solar powered led lamp. It automatically switches on two high power White LEDs in the evening and stays on for 6 hours using a 6 volt 4.5 Ah rechargeable battery. A 12 volt solar panel is used to charge the battery during day time.
During the day, solar panel will receive the sunshine energy, then convert to electrical energy and save in the battery, put into use for the street lights in the nights automatically, and cut off during the day time. II. System Configuration Design Standards 1. Working Time: 12 hours (In three sessions, each 4 hours, the brightness were 100%,
2.3 Scope of the solar-LED streetlight controller The block diagram of the solar-LED streetlight controller is shown in Figure 3. The controller consists of the following blocks: Auxiliary power supply - supplie d from the battery, regulate d to 12VDC for driving every MOSFET and then 3.3 VDC for the MCU and its peripherals.
Solar Street Light . includes different components that should be selected according to your system type, site location and applications. The main parts for solar street light system are solar panel, solar charge controller, battery, inverter, pole, LED Light. Below we will briefly mention basic features of each part:
Block diagram of complete assembly Figure-7 Block diagram night time  open circuit voltage reaches a certain The complete block diagram of automatic street light control is as shown in Figure-7. The Real time and ON and OFF time is set using keypad and LCD display. A tolerance time of one hour or so is preset
Wiring Diagram The Solar LED street lights are designed for the street lighting demand and fully meets the special requirements of solar street lighting. This product adopt the high power LED as the light source, using dozens of high power DMX Emitters of 1 watt LED.
Because, this solar powered street light can conserve a large amount of electricity compared to the other lights which are a light to their maximum intensity at all times after they are turned on Solar Powered Led Street Light with Auto Intensity Control Circuit and Its Working.
Outdoor LED lighting IC solutions from TI demonstrate innovative solutions for streetlight, area lighting, high bay and mid bay lighting systems. Reference designs, system block diagrams (SBDs) and other technical resources showcase TI's AC/DC, DC/DC, LED driver, power management, and wireless conne
Device in solar LED street light system The solar street lighting system consists of many sections. In this chapter, only the Solar panel, the Battery, the Controller and the Led lights are briefly introduced. 2.1 Solar panel 2.1.1 Working principle The Photovoltaic (PV) cell is composed of at least two layers of the semiconductors
street lights do not glow. As soon as the light level goes high or if light falling on the device is of high enough frequency, photons absorbed by the semiconductor give bound electrons enough energy to jump into the conduction band. The resulting free electron (and its hole partner) conduct electricity, thereby lowering resistance. Now the circuitry goes in on condition and the block diagram represented here starts working.