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Artifcial Lighting System

or Indoor Planting usingblue & red LED withOptimum Light Intensity

Distributionroup! "Ad#isors! I$% Pungut Ibrahim & AP% Dr% Ismail Saad

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O#er#iew

he purpose o artifcial lighting system or indoorplanting by using blue and red LED with optimumlight intensity intensity distribution%Precision aspectSystem aspectSystem bloc' diagramas' brea'downProgress in Simulation and (ardwarePro)ect Planning & Schedule*udget & E+pensesSummary

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Purpose

o ma'e a system that can pro#ide an artifciallights,blue and red LEDs- or indoor planting to increasethe growth o plant%

o see the distribution o light undergoes photosynthesisby using the specifc wa#elength o light in stead ousing white light,sunlight-% o optimi.e pro#ision o light%

his proposed system will allow indoor planting in areaswith minimal light / can be used anywhere / especiallysuits people li#ing in homes with no land such as condos

Also has irrigation system #ia soil moisture testing andwater le#el sensing system to ensure water in water tan'always a#ailable and alerts user i water below setthreshold

System pro#ides ull system or indoor planting andDI01hobby gardening1planting

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Precision aspect

LEDs ,*lue and $ed- !

/ red with 234nm

/ blue with 524nm6ater le#el sensor ,7/5 le#el reading on sensor-

Level on sensor Reading onSerialMonitor

7,dry- 257

7%4 237/287

9 4"7/277

3 487/457

8/5 557/547

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:oisture sensor

LD$

Reading on LCD Condition of soil

9777 / 277 Dry soil #alue range

8;7 / 277 (umid soil #alue range

Condition Reading on LCD

Direct contact to thelight

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System >oncept #ia?lowchart

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System *loc' Diagram

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System Schematic

Diagram

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Description o :a)or

as'sDesign as' 9 will consist oProteus or other simulators ,circuit and simulation-

Arduino ,coding-

Design as' 3 will consist o

ested all the sensors one by one

ested the all the LEDs to ma'e sure all in the goodcondition

Each tested with the designed Arduino source code

Design as' 8 will consists o

(ardware or whole system

Soldering all the electronic components

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Progress in Simulation

=ot possible to pro#ide due to bugs with theArduino Library on Proteus

(owe#er@ hardware was successully implemented Online simulation sotware 938d%io o Autodes'

was )ust ound@ thus@ testing o the source code#ia simulation planned to be done using thisonline platorm during this wee'

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Progress in (ardware

Almost 47 done% Already tested unctionality allo the sensors to the soil and coding% he outputprinted on L>D in satisfed as we aimed or%

he only part is not fnish with the blue and red

LEDs because the component is still in shippingand certain passi#e components

As well as calibration o the sensors to the desiredmeasurements ha#e yet to be completed

Prior the soldering and setting/up o hardware andcalibration o sensors@ the system will be ready ortesting with actual plant,s-

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>ontroller

LDR

Module

Water Level

Sensor

Moisture

Sensor

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Pro)ect schedule &

planningwee' 9 3 8 5 4 2 ; " < 9

7

9

9

9

3

9

8

9

5$esearch

Designtas' 9

Design

tas' 3

Designtas' 8

Integrate9&3

Integrate9@3&8

?inal test

ramanan 6an hua amira ?atah ?irdausAll

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*udget & E+penses

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Summary

Our main unction in this pro)ect is all aboutartifcial lighting% *ut we ha#e proposed thenecessity or a plant to growth such as watersystem and also monitoring the soil moisture%

6e ha#e done an e+periment to test the watersensor and also moisture sensor within an outputon L>D screen%

he design and implementation plan has areasonable schedule with subtas'sB

as' 9 as' 3 as' 8