Smart Controlling, Monitoring and Automation of Street ... · Smart Controlling, Monitoring and Automation of Street Light System using Raspberry PI Jmsvravikumar1, E.Suresh2 and

Smart Controlling, Monitoring andAutomation of Street Light System using

Raspberry PI

Jmsvravikumar1, E.Suresh2

and M. Sachin kumar3

Department of Computer Science & Engineering,BVRIT Narsapur, Telangana, , India.

[email protected],[email protected]

& [email protected]

May 22, 2018

Abstract

Outdoor lighting in most of the nation and urban rangesin India are not vitality capable. As it is the principal terri-tory of the nation and urban base. Along these lines thereis a huge potential for the change and true blue upkeepwithout adjusting present open air lighting structure. Thiswork centers around the issues like power sparing, controlburglary, security, and prompt reaction to issues. Here wepropose a framework which can screen and control vitalityutilization routinely. A preparatory plan of remote sensorframework can be intended to investigate the utility for out-side screen and control framework. It additionally designsan exceptionally secured and capable framework which candecrease control, like the prime demand to meet the presentextending power needs. The fundamental part of the workis to think about the prime things while growing new frame-work, that can read, redresses and moreover control utiliza-tion of vitality viably. This application involves a base sta-tion (furthermore called as control hub) and a sensor center

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International Journal of Pure and Applied MathematicsVolume 118 No. 24 2018ISSN: 1314-3395 (on-line version)url: http://www.acadpubl.eu/hub/Special Issue http://www.acadpubl.eu/hub/

point at every one of the remote station (moreover called asfeeder empower box). The base station screens and controlseach and every road light. This work shows a bleeding edgeand secured street lighting control application. The taskguarantees control reserve funds on account of light darken-ing decisions to keep up key power utilization from shiningof lights in the midst of night hours. The objective of theapplication is to give modified programmed control and ob-serving on street lights. The undertaking oversees plotting alighting framework which centers around the power sparingand independent execution on proficiently minimal effortfor the streets and brisk countermeasure on dissension. TheEnergy Consumption of light of a foreordained area can berecorded and accounted on Energy Saving Lighting Systemwith facilitated sensors and controllers. In addition, blun-ders which happen because of manual activity can likewisebe wiped out. With these offices the execution and life ofthe lights will be expanded.

Key words:sensor, controllers, framework, edge

1 INTRODUCTION

Energy substitution has now been in a fundamental position in theEnergy Security Strategy of our country where control confinementis getting the chance to be detectably regular starting late as aresult of the absence of household control supply and the upwardesteem example of overall non-renewable energy sources. It is by allaccounts the pattern of times that the sun oriented vitality, whichis vast and sustainable, will be bit by bit supplanting the ordinarywellspring of vitality

in some piece of our regular day to day existence and generationexercises. Alongside the expanding size of urban territories and

the rising standard of development, the aggregate number ofroad light of our nation has been raising at a normal rate of 20%every year, of which the vitality preservation is giving the legislaturea reason for concern. Notwithstanding the way that the sunlightbased road light has numerous great conditions, for instance, nat-ural affirmation, low power use, and is required to be the futurestandard of city edification, its neighbourhood application is at astop at display because of the present bottleneck in its development

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International Journal of Pure and Applied Mathematics Special Issue

and cost. Road lights are the key factor of any city to impact it tomake the city more quick witted. In any case, we have seen such sit-uation where our road lights are ON in the accessibility of daylight.So we have to outline such a system which will run street lights ofthe city at the suitable conditions. The motivation of this under-taking is to layout a sharp lighting framework which centers aroundthe vitality sparing and free task which is traditionalist and sensiblefor the roads. A shrewd lighting framework is produced with es-timated approach diagram, which makes the structure flexible andpowerful. Outline a brilliant lighting framework which is good andadaptable with other business item and mechanization frameworks,which may incorporate in excess of one lighting frameworks [1].

Keen lighting contributes major of electrical vitality utilizationoverall [2]. Vitality profitability is the key factor while laying outindoor or outside lighting frameworks. To capably utilize the lim-ited power assets, vitality profitable lighting framework is requiredwhich can manage the vitality cleverly. Be that as it may, the con-ventional lighting frameworks are not solid as a result of its outlinein light of the old lighting models and wasteful instruments and gad-gets. New innovations utilized on streetlight plants expect to givevital advantages both for condition and for monetary sparing [3-10].Thusly, it realizes control misfortunes, intermittent substitution ofgadgets, encounters the nonattendance of certain and convincinginterchanges, watching, mechanization, and imperfection diagnos-tics issues. To get the greatest proficiency, the light posts utilizeLED (Light Emitting Diode) innovation which, together with akeen lighting strategy in view of neighborhood sensors data, per-mits a focused on estimating of photovoltaic boards and batteriesused to supply the light posts [11]. Also, upgrades in lighting qual-ity and expansion in organizations can improve standard conditionsfor both vehicle action and individuals by walking. Of late therehas been an extended measure of thought

paid to the condition of electrical scattering frameworks, in-cluding those giving road lights. The results of these scenes stretchout from individuals by walking uncovering a ”shivering” sensationto cases which have achieved loss. The application is producedwith the end goal that we put light sensors in all the road lightscircuit and which are competent to turn on and off normally. Amulti-viable street light control structure, which is more promi-

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nent power checking and worthwhile, is presented here as peopleput progressively thought with respect to vitality protection andregular affirmation. In this way exertion has been made to directvitality preservation. While the vast majority of the road lightshave received the photosensitive control innovation which turns inthe city lights when condition is dull and kills the road lights whencondition is brilliant, the road lights still devours a considerablemeasure power when there is couple of vehicles driving around, sthe new outline is better at all level. Once the lights are madeon, current sensors put at every road light shaft are careful to re-port issue status to the concentrated framework with the help ofGSM module added with the circuit. With the status open in thebound together framework, the administration individual now candiscover the area of the harmed or deficient road light for repairaccordingly decreasing an opportunity to discover it and repair.The undertaking in like manner accumulates accommodating in-formation from each road light toward the complete of consistently.The information is secured in the database and in perspective ofthis information plots are resolved. The diagrams are appeared inthe road light zone which contains information like power use, sig-nify number of devouring hours, indicate number of interruptions,check the real power use with the power gave, purposes of enthu-siasm of blame distinguishing proof i.e. certain territory of roadlight. The proposed framework intended to achieve particular defi-ciencies repaired inside couple of working hours rather than takingdays/even months time spent in current system where a staff trulygoes on ”light watches” six/eight times every year to check for suchbroken lights. Generally, they rely upon tenants or other metropoli-tan labourers to report dynamic lights (by the day’s end, harmedlights).

2 RELATED STUDY

Road lighting can be sorted by the establishment region, executionand their utilization as: Lighting for movement courses, lightingfor backup streets and lighting for urban focuses and open pleas-antry zones [13]. Road lighting can be arranged by the sort oflight utilized, for example, Low Pressure Sodium (LPS) which cre-

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ate monochromatic orange-yellow light, High Intensity Discharge(HID) lights, High Pressure Sodium (SON) lights that can give bril-liant white light, Metal Halide, Mercury Vapor and Light EmittingDiode (LED) Street lights. Movable light reflectors or potentiallyholders are generally furnished alongside the street lighting illumi-nating presences keeping in mind the end goal to streamline thedissemination of the light as indicated by street design.

Diverse kinds of lights utilized as a part of lighting outline withtheir radiant proficiency and light administration life is given inTable 1 [13].

Table 1: Lamp efficiency and service life

Public road light control and administration framework is com-prised of the PC organize frameworks, correspondence frameworksand various spot keen control terminals. Every terminal controlgadget give energy to at least one of the square road, each con-trol terminal is known as a sub-hub. Light switches control isdone by the two-way controlled silicon in control box. Terminalfor the control of barricades is two-dispersed PC control frameworkwhich is made out of host PC from the sub-hub and host PC fromfocal control room (ace hub) which offering working of designersand PC stations (as a focal control room).Its primary fruition isremote control, telemetry, remote hearing, disappointment exami-nation, information recovery, framework support, electronic guideshow and print articulations and different capacities [6].

3 EXISTING SYSTEM

4Street light is insufficiently outlined and inadequacy kept up, thereis immense number of burned out lights which prompts flimsiness.

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There is a protest enroll in each zonal office road light segment.Directly road light administration is done through manual process,for example, a physical movement is required to turn on and off theroad lights as per their necessities. It is so difficult to keep up themovement in physical system on the grounds that once the man-ual procedure bombs there will be no helping into the particularroads. And additionally the manual procedure is tedious for blamefinding and remedies thus sets aside more opportunity to controlevery single action, for example, disappointments of lights and it ispossible that it is on or off. What’s more, it is hard to recognizethe light in the individual area in view of the present frameworkdoesn’t utilize any propelled gadgets, for example, Global positionSystem [GPS] and web offices, with the goal that it is extremelyhard to distinguish and advise the control messages to the controlroom and additionally these sort of road light component can’t getthe control messages from the control room. For all the whole man-ual process will cause poor effectiveness and cost & time wastagesin both execution insightful and proficiency shrewd. At the statelevel, an extensive piece of the State Electricity Boards are reelingunder huge misfortunes by excellence of a mix of help and under-recuperations. The National Tariff Policy of 2006 stipulates thatthe State Electricity Regulatory Commission (SERC) settle assessinside +/ - 20% of the cost of supply. Shockingly, most states ne-glect to meet this rule. Therefore, the power parts in many statesare in monetary wreckage.

This exhibits a noteworthy block concerning placing assets intomore vitality capable power scattering equipment and latest powermetering and watching frameworks. The one division that necessi-ties pressing consideration is road lighting as a result of poor stateof road lighting framework.

In numerous urban groups, the road lights are presented andprotected by divisions. Most urban and semi urban groups andtowns are so far using a mix of fluorescent, CFL, high weight sodiumlights or metal halide globules, which are not planned to meet rangeclever lighting needs.

No examination or masterminding has gone into the luminancerequired in different domains of streets, to address the necessitiesof walkers and vehicular movement alike. For instance, the lightingneeds of vehicular action in quick zones are exceptional in connec-

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tion to low-speed high development zones. In like way, lightingneeds in road crossing points are novel in connection to discre-tionary boulevards. Then again, the lighting requirements of azone with vehicular movement will move from that of a domainwith high person on foot activity. A one-assess fits-all approachto manage street lighting achieves inefficient plan of vitality re-sources and ends up in wasteful usage of energy that could havebeen uncommon utilized elsewhere. Road light orchestrating isn’tjust about iridescence yet moreover the status of the lighting post,which thusly changes in light of the necessities of that particularrange. Standard tenders are issued on a ’city-wise’ start, provok-ing high operational cost caused on street lighting. Routinely, onenotice that the road lights stay on well past dawn. This is be-cause of that the lights are killed in perspective of a predefinedtime instead of lighting needs, which contrast in light of seasonand territory of the city. There is a prerequisite for devising awell completely thought about way to deal with expect wastage ofenergy. Henceforth we can state that under current circumstancegreatest quantities of road lighting framework are spontaneous andwithout smart control framework. Maybe, the organization canconsider completing Automatic Street Light Control System usingLDR (Light Dependent Resistor), which thusly kills lights whensunshine fall on it. Poor help of road lights is another issue lookedby most subjects, leaving broad zones without adequate lighting.The areas are hard crushed for resources and the occupants needto go up against the brunt. Inconveniences:

• Performance is low a direct result of l tasks and controls.

• Cannot screen the road light from remote spots, physical in-tercession is required at each purpose of time.

• Wastage of Power

• Expensive process.

• Time Consuming and there is no best in class/smart

Philosophy to work the road lights without human mediations.It is being kept up by the line overseer. The general population,

councillors and partnership authorities either finished telephone is

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face to face being recorded in the protest enrol, the grievances got bythem (Fig 1). To determine the objections, the protesting thuslyentered is being offered over to the hands on benefit individual.Besides, the dissensions about non devouring and the field staffwill have the rounds in the different regions twice in seven daysare in like manner being gone to immediately. In any case, it hasnumerous shortcomings like the repair work takes days/even quitea while rather than taking couple of hours which realizes slack,telephone line may be possessed, now and again no response sincethis isn’t the snappy cure on grievances.

Fig.1: Existing method

The switches of lights are turned ON/OFF physically by the workerin each one of the zones (Fig 2). This prompts the rising of workand time. As it is human activity it is slanted to flaws.

Fig.2: Operating Street light manually

Existing strategies like enrolling the protest, killing on/the lightphysically is monotonous and requires work. The new methodol-ogy customized ON/OFF and blame acknowledgment without hu-man mediation is less requesting when stood out from the presentframework.

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4 PROPOSED SYSTEM

The proposed framework presents the computerization answers forroad light working in which the Raspberry Pi goes about as themajor controlling unit. This ARM 11 based processor containingboard which has serial port for speaking with outer serial mod-ules like GPS and GSM. This board is acting like a CPU whichassumes a noteworthy part in the constant applications. The pro-posed road component contains numerous helpful highlights suchas programmed ON and OFF, Manual Free Operations, AutomaticAnnouncing and Controlling office from remote situations. Theclever Light force Sensor is utilized to control the road light Onand OFFconditions without human intervention, since it restoresthe light force at each purpose of time to road light controller,once the regular force of light is low consequently the road lightwill get ON and once the natural light intensity is high (i.e., visi-ble range) it will consequently getting OFF. Worldwide PositioningSystem [GPS] identifies and tracks the location of the street lightif the specific road light in that area is harmed. What’s more,by utilizing GSM, we establish facilities over street light such asinforming/cautioning plan which gives the office, for example, get-ting occasional report from the road light and control the road lightbeing anyplace whenever with no interferences. So when the streetlight is not working, another LDR sensor measures the light powerand quickly the information is sent to the Raspberry pi 3 board. Atthat point the controller will send the points of interest of specificroad light with area to the division as a message.

Points of interest:

• Completely powerful and programmed process.

• Manual free activities give disappointment free administra-tions to long time.

• Performance is nearly quicker than the current procedure asa result of its opportunity effectiveness and cost focal points.

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Fig.3: Block diagram of the proposed system

5 WORKING PRINCIPLE

8In this application, the road light system is observed and controlledutilizing the raspberry pi board, GPS recipient, GSM module andsensor hardware identified with the conditions. At first, the GPScollector reliably recognizes the area which is set at specific roadlight posts. The two Light ward resistors are utilized for variousreason, one is utilized to quantify light power of the earth and otherfor estimating the light force of the road light (LED). At the pointwhen the primary sensor has all the more light power, the roadlight will be in OFF condition i.e., in day mode. At the point whenthe power of light is less i.e., in night mode, the road light will beON and at first it will be diminished. Once in a while, when anyindividual moving close-by the road light that can be recognizedby utilizing PIR sensor, the light will consequently get brighter. Sohere the diminishing should be possible by diminishing the supplyvoltage to the road light which brings about power sparing. Asthe second LDR measures the light force of the road light, if anyharm happens or absence of energy supply to the road light, thelight won’t work which is promptly estimated by the light sensor.At that point the specific road light post data is sent to the divi-sion or board as a message utilizing GSM module that is associatedwith the raspberry pi 3. The data incorporates the light conditionwith GPS area and the present transmission. With this message,the office or board will discuss to their administration individual torecuperate the specific road light. At the point when the adminis-tration individual methodologies the area of road light, he/she will

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illuminate the division to off the security box. Here the securitybox is accessible for each road light which is utilized to distinguishthe power robbery by PIR sensor when any abnormal individualtries to get to the power for other reason. If there should be anoccurrence of energy burglary distinguished, the message will besent instantly to the division. So this security box will be in freemode just when the division sends message to the road light Sowhen the security enclose is free mode, the administration individ-ual can recoup or repair the road light which isn’t working. On theoff chance that the road light is recuperated, the light will be ONwhich is distinguished by the LDR sensor and sends the data as anaffirmation to the office. In this application, the total informationwill be shown on a screen which is associated with the raspberry piutilizing HDMI-VGA link.

6 RESULTS

To check the usefulness, the model has been tried with equipmentusefulness and the gathered estimations permitted to assess boththe vitality sparing and the journalist labor reserve funds. Aftereffects of the executed framework are as per the following:

Fig.4: Experimental hardware setup

The application is deployed with some hardware setup in which theraspberry pi board is connected with all other specific boards. Itrepresents the effective utilization of power and resources, the boardconnectives are specific and functionalities are different. The exper-imental setup was very simple and easy to identify the componentsthe voltage supply to the board is

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Fig.5: Street light (LED) glowing when the light intensity is lessThe street light in this application is considered as the LEDs

which glow when the light intensity is very less near the pole asshown in the figure 5.

Fig.6: Application window which shows the parameter detailsused in hardware circuitry

An application page is created in the raspberry pi system to displaythe parameter details such as GPS locations, current value, andtotal power consumption by LEDs, security box status, and lightintensity at surroundings and from the street light.

Here the security box is deactivated by the department whenthe service person informs that he/she has reached the pole withthe help of GPS locations.

If there may not be appropriate power supply (power fluctua-tions) or lamp damage, then the street light will not work which ismeasured by LDR 2 and system sends the information accordingly.

Finally, when the service person repairs the light, the street lightstarts working. This information is again sent to the departmentas an acknowledgement.compactable and we can also the supply ofthe USB of a normal system or mobile phone power supply adaptor.

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Fig.7: Zero Power (mW) when the street light in day time

In this application, the street light is operated at 5V, 0.12mA supplyso that the total power consumed will be in mW as shown in thefigure 7. As there is zero power drawn at the time of day i.e., thelight intensity is more which is indicated with LDR 1 in the abovefigure.

Fig.8: Security box is in active mode

Initially whether it is in day time or night time, the security boxis activated to detect unauthorized accessing. PIR sensor is placedin the security box which detects motion of a body. The powerrating is indicated (mW) in the above figure 8 as the LDR 1 hasless intensity.

7 CONCLUSION

vitality administration and ozone hurting substance outpourings.Meanwhile the sparing capacity of lighting power is high even with

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the present development, and there are new vitality compellinglighting propels proceeding the market. Vitality capable lightingmoreover joins contemplations of the control of light and the us-age of normal light. A supportable lighting course of action joinsa keen hypothesis, high viewpoint and vitality profitable lightingmodel suitable for the application. In this paper Smart streetlighting framework is portrayed that joins new advances offeringstraightforwardness of support and power is sparing. It handles theissue of vitality wastage which in this way diminishes control us-age, manufactures security of streets and gives capable way to dealwith manage controlling on/off streetlight by using customized ap-proach. The utilization of new Innovation opens new points of viewtoward the creating of high effectiveness frameworks, which permitsparing vitality and cash. For its unwavering quality, effortlessnessand minimal effort, the proposed framework makes itself a genuinecontender to proficiently deal with an arrangement of sensors ap-propriate in various fields including observing of vitality utilization,keen matrices and shrewd urban areas which need to a sensor sys-tem to understand a productive administration of the frameworkunder control. A keen remote road light framework sketched outin this paper, encourage the application by defeating the mistakesand therefore checking and controlling which brings about powersparing. This is accomplished by the utilization of exceptionallytemperate LED innovation. Remote urban and country territoriesare the reasonable spots for usage of such road lighting frameworkwhere the activity is low a large portion of the circumstances. Theframework can be broadened effortlessly, is adaptable and further-more movable as indicated by the need of client. Utilization ofGSM innovation made the framework remote, less intricate. Inthis proposed paper a programmed road light is composed utilizingWireless Sensor Network to identify the vehicle, human develop-ments and environmental condition. This framework additionallyincrements and decline the force of LED

References

[1] Jayesh Patil, Sumit Tayade, Manjusha Pattadkal, NeelambariNawale, Prof. Harsha Bhute, Smart street light control sys-

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tem,International Journal Of Advanced Computing And Elec-tronics Technology (IJACET), Volume-4,Issue-2,2017.

[2] Mallikarjun M Kodabagi, Reshmabanu M Nadaf, Smart light-ing system to reduce energy consumption, Asian Journal ofEngineering and Technology Innovation, Volume 4, Issue 7,2016.

[3] A. Dalla Costa, L. Schuch, L. Michels, C. Rech, J. R. Pinheiro,and G. H. Costa, ”Autonomous street lighting system basedon solar energy and LEDs,” IEEE International Conference onIndustrial Technology ICIT ’10, pp. 1143-1148, 14-17 March2010.

[4]. S. Alzubaidi, and P. K. Soori, ”Study on energy efficientstreet lighting system design,” IEEE International Conferenceon Power Engineering and Optimization PEDCO 2012, pp.291-295, 6-7 June 2012.

[4] W. Yongqing, H. Chuncheng, Z. Suoliang, H. Yali, and W.Hong, ”Design of Solar LED Street Lamp Automatic Con-trol Circuit,” International Conference on Energy and Envi-ronment Technology - ICEET ’09, vol.1, pp. 90-93, 16-18 Oct.2009.

[5] W. Yue, S. Changhong, Z. Xianghong, and Y. Wei, ”Design ofnew intelligent street light control system,” 8th IEEE Interna-tional Conference on Control and Automation ICCA, 2010,pp.1423-1427, 9-11 June 2010.

[6] F. Leccese, ”Remote-Control System of High Efficiency andIntelligent Street Lighting Using a ZigBee Network of Devicesand Sensors,” Power Delivery, IEEE Transactions on, vol.28,no.1, pp.21-28, Jan. 2013.

[7] Y. K. Tan, T. P. Huynh, and Z. Wang, ”Smart Personal SensorNetwork Control for Energy Saving in DC Grid Powered LEDLighting System,” Smart Grid, IEEE Trans. on, vol.4, no.2,pp.669-676, June 2013.

[8] C. K. Lee, S. N. Li, and S. Y. Hui, A design methodologyfor smart LED lighting systems powered by weakly regulated

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renewable power grids, IEEE Trans. on Smart Grid, vol. 2, no.3, pp. 548554, 2011.

[9] J. D. Hobby, A. Shoshitaishvili, and G. H. Tucci, ”Analysis andMethodology to Segregate Residential Electricity Consump-tion in Different Taxonomies,” Smart Grid, IEEE Transactionson, vol.3, no.1, pp.217-224, March 2012.

[10] Fabio Leccese, Marco Cagnetti, An Intelligent and High Ef-ficiency Street Lighting System Isle based on Raspberry-Pi Card, ZigBee Sensor Network and Photovoltaic en-ergy,International Journal of Engineering Science and Innova-tive Technology (IJESIT), Volume 3, Issue 6, November 2014.

[11] Priyanka Raskar, R.M. Samant, Rani Mote, Vaishnavi Patil,Lighting system for smart cities, International Journal of Sci-ence Technology & Engineering, Volume 3, Issue 10, April2017.

[12] P. Boyce, and P. Raynham, The SLL Lighting Handbook.CIBSE, London: The Society of light and lighting, 2009.

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Smart Controlling, Monitoring and Automation of Street ... · Smart Controlling, Monitoring and Automation of Street Light System using Raspberry PI Jmsvravikumar1, E.Suresh2 and