• Skip to main content
  • Skip to primary sidebar

Homemade Circuit Projects

Get free circuit help 24/7

Circuits for Beginners | Basic Circuits | LED Driver | Hobby Circuits | Transistor Circuits

New-Projects | Privacy Policy | About us | Contact | Disclaimer | Copyright | Videos

You are here: Home / Solar Controllers / Solar Inverter for 1.5 Ton Air Conditioner

Solar Inverter for 1.5 Ton Air Conditioner

Last Updated on August 3, 2020 by Swagatam 62 Comments

ask questions through comments

Here we learn how to build a solar inverter circuit for a 1.5 ton air conditioner (AC) for powering the AC during daytime directly from solar panels without depending on grid power. The idea was requested by Mr. Subhashish.

Main Specifications

A 1.5 ton air conditioner is equivalent to an approximately 1.5 x 1200 = 1800 watts load which is quite huge. In order to fulfill this formidable load the solar panel spec needs to be equally robust and rated with sufficiently high voltage and current specs.

Solar panels are generally rated at lower currents compared to their voltage ratings, which in turn heavily depend on the sunlight conditions. These parameters make these devices quite inefficient with their operations and managing their power optimally becomes a challenging task for the end user.

To tackle this, sophisticated controllers such MPPT solar charge controller are designed and can be effectively implemented for acquiring the maximum from solar panels, yet still calculating a solar panel for higher loads is never an easy job for any concerned technician.

A 1.5 ton air conditioner will probably require a 2000 watt solar panel, this value will need to be ascertained with practical experimentation.

The air conditioner will be normally a 220V or 120V operated device, and therefore the panel will also need to be rated at this voltage ideally in order to produce the most efficient results without using complex controller circuits.

This can be implemented by using 60V panels in series, which means 5 such panels would need
to be connected series, with each pane rated at 2000/300 = 6.66 amps, or practically a 10amp value would be just enough.

This voltage will be a pure DC, therefore this will need to be converted to AC for operating the air conditioner.

The conversion from DC to AC can be simply done by a using a full bridge inverter circuit as shown below:

Circuit Diagram and Description

solar inverter for 1.5 ton air conditioner system

The IC IRS2453 enables the making of an efficient full bridge inverter circuit extremely easy. As can be seen the output of the IC just needs 4 N channel mosfets to be integrated for implementing a full bridge inverter actions.

The IC has a built-in oscillator, so no external oscillator stage is required for initiating the shown IRS2453 IC circuit. The Rt, Ct network associated with the IC determines the operating frequency of the inverter, and is supposed to be set at 50Hz or 60Hz depending on whether the operating voltage of the air conditioner is 220V or 120V respectively.

The IC 555 shown the left of the design is employed for generating a sine wave equivalent PWM feed for the full bridge inverter output.

The controlled PWM from the IC 555 is fed to the gates of the low side mosfets via the buffer transistor stage made through the BC547/BC557 pairs.

The above PWM feed helps the load to operate with an optimized RMS and alternating current which can be expected to be a close equivalent of the sinusoidal mains AC waveform.

The two pots associated with the IC 555 needs to be correctly adjusted until the required RMS and waveform is determined for the air conditioner.

Solar Panel Specifications

The 300V from the solar panel can be seen connected with the high side mosfet drains, which is stepped down to 15V through the indicated 33K, and 15V zener diode for providing a safe Vcc operating voltage for the two ICs.

Once the above procedures are implemented and appropriately set, the proposed 1.5 ton air conditioner can be effectively run throughout the day using only solar panels, without the need of any grid or utility power inputs.

get free help for circuit diagrams

You'll also like:

  • 1.  5V 3 Amp Fixed Voltage Regulator Circuit using IC LM123
  • 2.  Easiest Single Axis Solar Tracker System
  • 3.  Solar Boost Charger Circuit with LED Driver Dimmer
  • 4.  Calculating Solar Panel, Inverter, Battery Charger
  • 5.  Simple Solar Tracker System – Mechanism and Working
  • 6.  Solar Powered Induction Heater Circuit

About Swagatam

I am an electronic engineer (dipIETE ), hobbyist, inventor, schematic/PCB designer, manufacturer. I am also the founder of the website: https://www.homemade-circuits.com/, where I love sharing my innovative circuit ideas and tutorials.
If you have any circuit related query, you may interact through comments, I'll be most happy to help!

Subscribe for the Latest Posts


 

Reader Interactions

Comments

    Have Questions? Please post your comments below for quick replies! Comments should be related to the above artcile Cancel reply

    Your email address will not be published. Required fields are marked *

  1. Shabir ahmad says

    May 28, 2022 at 9:51 am

    Please sir tell us the value of rt CT by your self
    Thank you

    Reply
    • Swagatam says

      May 28, 2022 at 10:18 am

      Hi Shabir, the formula can be found in the following artcile:

      https://www.homemade-circuits.com/simplest-full-bridge-inverter-circuit/

      remember that the Ct value will be in farads which yo will have to convert to micro farads

      Reply
  2. Comfort says

    January 24, 2021 at 8:55 pm

    Hello sir,
    I was going through some of your articles and this very one catches my attentions.
    Assuming one has 8 units of inverter air-conditions. how would the person calculate the number of panels the mppt and inverter capacity that can power it conveniently.
    I would love to see the calculation details and the circuits. Thank you in anticipation to hear you.

    Reply
    • Swagatam says

      January 25, 2021 at 5:46 pm

      Thank you Comfort, the calculation is simply about using Ohm’s law, wattage of each unit multiplied by 8. The inverter must be rated at this watt with 30 to 50 % extra to handle the starting surge from the ACs.

      Reply
      • Comfort says

        January 28, 2021 at 2:25 pm

        Dear Sir,
        I am very happy to hear from you.
        Help me sir I am still confuse.
        Please can you do an example for me using 4 units of “inverter-AC”
        The Air conditions are not the normal air-conditions. They are inverter air conditions
        The calculations I did seems unrealistic. Please help me. Thank you in advance.

        Reply
        • Swagatam says

          January 28, 2021 at 9:30 pm

          Dear Comfort, You can refer to the following article for more details:

          https://www.homemade-circuits.com/how-to-calculate-and-match-inverter/

          Reply
      • Mahendra patel says

        July 20, 2021 at 7:30 pm

        Sir may I replace mosfet with igbt 25n120

        Reply
        • Swagatam says

          July 21, 2021 at 7:40 am

          Hi Mahendra, yes you can replace the MOSFETs with IGBTs

          Reply
  3. kees ijpelaar says

    December 6, 2020 at 7:19 pm

    Hi There

    Nice plce here, and beautifull projects.

    However the inverter to 220 volts or 110 volts in full bridge is a class d amp in fact, you do feed right into the airconditioner motors, who does make a nice siusoidal sgnal.

    However I need a sinusoidal signal allready so I need two coils and two capacitors on the full bridge outputs, I do now the cooling device here will also ste intor sinusoidal.

    I have succesfully did a 3 and 5 level inverter, this does very good in terms of efficienty.

    IN mine case I go full off grid, needed, two truck batteries 48 volts together and need a inverter with charge fuction for that, Reason is 48 volts is better in terms of current, less thick cables.

    Do you have some formula,s to use your buck for these 48 volts 150 AH batteries?

    Some of these inverters does work on grid push power in for lower bills. I think these does not be the good ones for that, need some more de design work on.

    regards

    Reply
    • Swagatam says

      December 7, 2020 at 8:24 am

      Hi, thanks for liking my projects.

      Yes class D amplifier is an easy and efficient way of creating pure sine wave inverters.

      If you looking for a 48V battery charger, you can have a look at the following concepts and select an appropriate one for your specific need:

      Simple 48V Automatic Battery Charger Circuit

      Reply
  4. BERNARD TENDENGU says

    November 10, 2020 at 11:54 am

    HIE SWAG,

    Thank you very much for such a wonderful circuit. How do you then incoorparate batteries and the charging system for the batteries. Am saying so because the airconditioning system should also work during the night.

    Reply
    • Swagatam says

      November 10, 2020 at 1:59 pm

      Thank you Bernard, you can add an appropriately battery bank with the solar panel, so that it charges during the day, and could be switched to the inverter mode during night.

      Reply
      • Bernard Tendengu says

        November 19, 2020 at 11:36 am

        Hie Swag,

        About connecting batteries, are there supposed to be some changes or modifications to the circuit since the output that powers the 1.5 tonne air conditioner is ac. I am a bit confused here.

        Reply
        • Swagatam says

          November 19, 2020 at 7:59 pm

          Hi Bernard, the battery needs to be connected directly across the points where the panel output is connected, but the panel positive must be fed through a diode to prevent battery discharge during night

          Reply
          • Bernard Tendengu says

            November 24, 2020 at 5:00 pm

            Hie Swag,
            Thank you very much for the feedback.

            Reply
  5. paul badibanga says

    June 11, 2019 at 12:35 am

    hello sir.
    i’ve designed an inverter. it’s output is 220v but it doesn’t support bulb of 40w. and the transfo that i’ve used is powerfull.
    what can be the problem my sir!

    Reply
    • Swagatam says

      June 11, 2019 at 8:21 am

      Hello Paul, Please specify the ratings of the transformer and the battery, I’ll try to help!

      Reply
  6. Don says

    September 16, 2018 at 9:04 am

    Sir… what is value of Ct and Rt

    Thanks

    Reply
    • Swag says

      September 16, 2018 at 11:37 am

      The formula can be found here:

      https://www.homemade-circuits.com/simplest-full-bridge-inverter-circuit/

      Reply
  7. Rashaka says

    April 4, 2018 at 4:33 pm

    Hi Mr Mswagatam , I am working on the circuit , just one challenge , the bootstrap capacitor does it have to be polirised or non-polirised , i mean 1uf /25v

    how to test the gates if the IC is oscilating with LED on this one

    Reply
    • Swag says

      April 4, 2018 at 5:19 pm

      Hi Rashaka, it can be polarized, the upper lead will be positive, and the lower negative….the value will need to be experimented a bit, upto 10uF can be to tried to check which one gives the most optimal response.

      Reply
  8. Rashaka says

    April 3, 2018 at 4:59 pm

    Hi Mr Swagatam , I am busy prototyping on the circuit , stage wise, For the 0.37 KW Pump I mentioned earlier , just having few question , I am not so good in calculating RT/CT in the circuit , can you suggest the CT /RT value if using 36V 620 watt Power Solar as Input , and 24v/300V Step Down Trafo between Points Load .

    Secondly , I require your advise on this two options for the circuit. apllication

    1.Transformer Based , the one I mentioned above

    2. Transformer less

    Thinking of buck boosting the 36V to 310 VDC as you have advised on one of the 555 Buck Boost discussion and fed the 310VDC to the circuit .

    I do not know which one is better in terms of efficiency though the second option is cheaper to build .

    I will appreciate your input

    Reply
    • Swag says

      April 3, 2018 at 9:03 pm

      Rasaka, I appreciate your efforts, thank you!

      Rt/Ct can be set with some trial and error, initially you can try any random value such as a 33K resistor and a 0.1uF capacitor…and check the output frequency with a frequency meter, and then gradually tweak their values either individually or together and in this way you can reach the desired frequency range.

      This frequency range will depend on your country specifications….either 50Hz or 60 Hz.

      A transformer based will be a better choice because it will work in a flyback mode and cause less heating on the mosfets, whereas a boost topology would load the mosfets heavily on each cycle and cause more heating on these devices.

      Reply
      • Rashaka says

        April 3, 2018 at 10:21 pm

        Thanks a Million , I will update on the development

        Reply
  9. Nirmal Joseph says

    March 4, 2018 at 10:58 am

    Dear Swag,
    I think 2SK4124 is not available in India. What other MOSFET can be used in its place?

    Reply
    • Swag says

      March 5, 2018 at 12:48 pm

      Dear Nirmal, you can search online for 500V 10 amp mosfet or other combinations such 400V 10amp/20amp mosfet etc

      Reply
      • Nirmal Joseph says

        March 5, 2018 at 9:58 pm

        Thank you dear Swag.

        Reply
        • Swag says

          March 6, 2018 at 6:53 am

          you are welcome Nirmal

          Reply
  10. Swag says

    February 17, 2018 at 6:54 am

    Take the help of an expert, it is not recommended for the newcomers…or please tell me what is not correct in the design

    Have you understood how the stages are designed to work?? If you have understood then you must be able to troubleshoot the actual fault

    Reply
  11. Swag says

    February 17, 2018 at 6:49 am

    Yogesh,

    This circuit is not for newcomers, it is strictly for the experts, a schematic representation can be a lot different than an actual set up, therefore you must have a complete knowledge regarding how mosfets needs to be set up with an IC….. and there are many other crucial things that needs to be considered.

    An electronic circuit as complex as this must be tested stage wise and never together, I hope you know this.

    The full bridge section is taken from the datasheet of the IC so do you mean the datasheet is wrong?

    And how can the IC burn, when Vcc is 12V? The IC can only burn when the IC inputs come in contact with high voltage, or if there’s other fault in your connections or componenets

    If you think the circuit is wrong then you must specify the fault in the design otherwise it is better that you get some thorough knowledge of electronics and only then comment.

    Or get some experts help in analyzing your design.

    Reply
  12. Yogesh says

    January 19, 2018 at 7:59 am

    Sir I make this circuit proper working.in the morning and evening when no sufficient light output fluctuate .So any circuit handle this situation

    Reply
    • Swag says

      January 19, 2018 at 10:20 am

      Yogesh, I am glad it is serving the purpose for you…however for insufficient solar light voltage fluctuations will be present, nothing can be done in the circuit to rectify this issue.

      One remedy that seems feasible is to add a lead acid battery in parallel with the solar panel, such that during bright sunshine the battery is simultaneously charged by the panel, and during insufficient sunshine, the battery compensates the situation by supplying its own power to the AC.

      Reply
  13. Krishna Kaushik says

    December 25, 2017 at 4:35 pm

    Hlo Sir,
    Any designer available here in your contacts , who Can make this “Solar Inverter Circuit for 1.5 Ton AC ” for us. please send me a quotation at kmkaushik21@gmail.com

    Reply
    • Swag says

      December 25, 2017 at 5:49 pm

      Hello Krishna,
      I can build it for you but I will test it with a small battery and a small load. As you will know that the same circuit could be tested with the specified 1.5 ton load at your end, since the mosfets will be responsible for handling the load, not the circuit.

      Reply
      • Krishna says

        December 25, 2017 at 8:34 pm

        Sir we need complete prototype with smooth sine wave from PWM circuit and ready to attach with AC and solar modules of rated wattage. And plz send me best quote for this at kmkaushik21@gmail.com

        Reply
        • Swag says

          December 25, 2017 at 9:34 pm

          Krishna, that can be difficult, because to satisfy perfect conditions I may have to experiment a lot and spend many days with it, which could make the project too costly for you, and finally we may have differences with the result performance and that could further cause complications, so I am sorry this project will not be possible for me…

          Reply
          • Krishna Kaushik says

            December 25, 2017 at 9:40 pm

            Sir atleast tell me the price so that i can talk further for this .

            Reply
            • Swag says

              December 26, 2017 at 6:42 am

              Krishna, actually it is not just about the cost, the main issue is lack of time. It will be difficult for me to spend more than one day for any project, since I have to attend my website work also, and this project can take much longer time, therefore I am sorry it won’t be possible…

              Reply
  14. Krishna Kaushik says

    October 26, 2017 at 9:27 pm

    Hlo Swagatam sir,
    Hope you are doing well . Please help me i have two queries first one is where is MJE13005 and please mention the wattage of different resistors attached with BC 547 and 555 . for 50HZ what is the appropriate value of Rt and Ct.
    Thnx and Regards:
    Krishna Kaushik

    Reply
    • Swag says

      October 26, 2017 at 9:41 pm

      Hi Krishna,

      I am sorry, MJE is a printing mistake there’s no such part in the design so please ignore it.

      all resistors are 1/4 watt rated except the 33K resistor

      Reply
      • Swag says

        October 26, 2017 at 9:41 pm

        Rt Ct will need to be calculated using the formula expressed in the following article:

        https://www.homemade-circuits.com/5kva-transformerless-inverter-circuit/

        Reply
  15. MShah says

    May 5, 2017 at 6:55 am

    Respected Swagatam hope you will be fine and doing great i am here to know what the 15v is all about where it goes thank you

    Reply
    • Swagatam says

      May 5, 2017 at 11:30 am

      MShah, it's for providing a 15V regulated DC supply to the ICs

      Reply
    • alothman says

      October 4, 2017 at 9:52 am

      Swagatam, thanks. But this circuit will produce Square wave not smooth sine wave, this may lead to rise in compressor temperature then to burn. right?

      Reply
      • Swag says

        October 4, 2017 at 11:20 am

        Alothman, you can replace the 555 PWM section with a PWM circuit, as presented in the following pages to get a smooth sinewave outcome…

        https://www.homemade-circuits.com/2017/04/arduino-spwm-generator-circuit.html

        https://www.homemade-circuits.com/2016/08/sg3525-pure-sinewave-inverter-circuit.html

        Reply
  16. vhafuwi says

    January 17, 2017 at 7:38 am

    Thanks again, just to be sure of the trafo , does it have to be 0-24V/330V to generate 220V?

    Reply
    • Swagatam says

      January 18, 2017 at 2:57 am

      330V is the peak voltage, 220V is the RMS….to make it simple you can use any standard step-down transformer rated at 24V/5amp/220V

      Reply
  17. vhafuwi says

    January 16, 2017 at 6:44 pm

    Hello Swagatam

    Just this one question, I have got 0.37 KW Submersible Pump AC 220V Single Phase .

    Thinking of using the above circuit

    The Pump rated current is 0.37KW
    Pump Input Voltage 220 VAC Single Phase

    I plan to use the above circuit with a 36V Panel 720 Watt

    Will it be sufficient to run as long as there is sun

    Thanks in advance

    Reply
    • Swagatam says

      January 17, 2017 at 3:49 am

      Hello Lufono, yes it will be enough to run it almost as long as sun is present.

      you will need a 0-24V/330V transformer connected across the "load" points of the inverter circuit for generating the required 220V from the 36V input.

      Reply
  18. Ravipal Singh says

    December 28, 2016 at 10:13 am

    hi sir,if iwant to use this circuit for higer wattage ie 4000 watts with 4 pnaels of 30 volt each 30v*4=120 volt and 3 strings in parralel to make higher current.what kind of changes do i need to do in this circuit.thanks

    Reply
    • Swagatam says

      December 28, 2016 at 12:07 pm

      Hi Ravipal. no changes would be required except the mosfets which will need to be rated at 150V @ the specified current…

      Reply
  19. vhafuwi says

    December 13, 2016 at 12:26 pm

    Hi Swagatam , I managed to order all components in the circuit except the 2sk4124 but got the IRFP460 it have the similar rating to 2sk4124 , is it advisable to use?

    Reply
    • Swagatam says

      December 13, 2016 at 3:43 pm

      IRFP460 would be fine if the panel is 350V… for a 36V panel you might require IRF540 instead….

      Reply
  20. vhafuwi says

    December 13, 2016 at 12:12 pm

    Hi Swagatam , i am busy ordering components , what is the value for Rt and Ct in the circuit , and also am struggling to find 2sk4124 Mosfet , lastly you mentioned an option of using a 36V to 20V transformer across the points "LOAD" to convert the 36V into a sinewave 220V !! Can you explain more on this point

    Reply
    • Swagatam says

      December 13, 2016 at 3:39 pm

      Hi Lufono, Rt, Ct will need to be solved either through experimentation or by the formula which may be found in the datasheet of the IC.

      if your panel voltage is not 350V then you might require a step down transformer rated at 220V and the other winding rated at the solar panel level.

      for 36V panel the primary will need to be 24V…so the trafo could be 24V/220V…and current for the 24V side could be calculated by dividing the required wattage by 24V

      this 24V side will need to be connected across the indicated "load" points

      Reply
  21. Adam Ubaid says

    December 6, 2016 at 6:33 am

    hy,,,
    i tried your lot of projects,,,,
    but i am worried in this project..because this ic2453 is not aviable near me..
    please tell me any replace or other ic…instead of this2453

    Reply
    • Swagatam says

      December 6, 2016 at 3:13 pm

      Hi Thanks, there's no replacement for IC2453, you can search online for "full bridge driver IC"….hopefully you may find other alternatives.

      Reply
  22. vhafuwi says

    October 23, 2016 at 8:44 pm

    Thanks Mr Swagatam with the 1.5ton solar air con inverter circuit. Can the same circuit be used for a 1.5hp /230vac submersible pump and what subtractions can be made to make it simpler. Or what changes can be made to run it on 300watt 36vdc panels: Please Help
    Regards,
    Zvap.

    Reply
    • Swagatam says

      October 24, 2016 at 5:18 am

      Thanks Zvap, yes this design can be used for a pump which may be equivalently rated…in fact this inverter circuit can be effectively used for all higher power load applications.

      you can either put the 36V panel in series to create a DC 330V and operate the circuit directly, or use a 36V to 20V transformer across the points "LOAD" to convert the 36V into a sinewave 220V.

      Reply
  23. Swagatam says

    August 25, 2016 at 6:55 am

    How it should regulate?….please elaborate with detailed specifications

    Reply
  24. zvap says

    July 18, 2016 at 10:03 pm

    Thanks Mr Swagatam with the 1.5ton solar air con inverter circuit. Can the same circuit be used for a 1.5hp /230vac submersible pump and what subtractions can be made to make it simpler. Or what changes can be made to run it on 100watt 12vdc panel:Rated V=17.82v: Rated I=5.62a: Open circuit V=21.6v: Short circuit V=5.35a
    Please assist
    Regards,
    Zvap.

    Reply
    • Swagatam says

      July 19, 2016 at 8:11 am

      Hi ZVAP, thanks!
      yes it's possible but the panel rating will need to be above 3000 watts, otherwise it won't work

      Reply

Primary Sidebar



Categories

  • 3-Phase Power (15)
  • 324 IC Circuits (19)
  • 4017 IC Circuits (52)
  • 4060 IC Circuits (25)
  • 555 IC Circuits (98)
  • 741 IC Circuits (19)
  • Amplifiers (59)
  • Arduino Engineering Projects (83)
  • Audio Projects (94)
  • Battery Chargers (83)
  • Car and Motorcycle (94)
  • Datasheets (46)
  • Decorative Lighting (Diwali, Christmas) (32)
  • DIY LED Projects (89)
  • Electronic Components (97)
  • Electronic Devices and Circuit Theory (35)
  • Electronics Tutorial (109)
  • Fish Aquarium (5)
  • Free Energy (34)
  • Fun Projects (12)
  • GSM Projects (9)
  • Health Related (19)
  • Heater Controllers (28)
  • Home Electrical Circuits (100)
  • How to Articles (20)
  • Incubator Related (6)
  • Industrial Electronics (28)
  • Infrared (IR) (40)
  • Inverter Circuits (98)
  • Laser Projects (12)
  • LM317/LM338 (21)
  • LM3915 IC (25)
  • Meters and Testers (64)
  • Mini Projects (156)
  • Motor Controller (66)
  • MPPT (7)
  • Oscillator Circuits (24)
  • PIR (Passive Infrared) (8)
  • Power Electronics (33)
  • Power Supply Circuits (74)
  • Radio Circuits (9)
  • Remote Control (47)
  • Security and Alarm (61)
  • Sensors and Detectors (118)
  • SG3525 IC (5)
  • Simple Circuits (74)
  • SMPS (29)
  • Solar Controllers (60)
  • Timer and Delay Relay (53)
  • TL494 IC (5)
  • Transformerless Power Supply (8)
  • Transmitter Circuits (40)
  • Ultrasonic Projects (14)
  • Water Level Controller (45)


Circuit Calculators

  • AWG to Millimeter Converter
  • Battery Back up Time Calculator
  • Capacitance Reactance Calculator
  • IC 555 Astable Calculator
  • IC 555 Monostable Calculator
  • Inductance Calculator
  • LC Resonance Calculator
  • LM317, LM338, LM396 Calculator
  • Ohm’s Law Calculator
  • Phase Angle Phase Shift Calculator
  • Power Factor (PF) Calculator
  • Reactance Calculator
  • Small Signal Transistor(BJT) and Diode Quick Datasheet
  • Transistor Astable Calculator
  • Transistor base Resistor Calculator
  • Voltage Divider Calculator
  • Wire Current Calculator
  • Zener Diode Calculator


You can also Chat with me here:

Facebook
Twitter
YouTube
Instagram
My Facebook-Page
Quora



© 2022 · Swagatam Innovations

We use cookies on our website to give you the best experience.
Cookie settingsAccept All
Privacy & Cookies Policy

Privacy Overview

This website uses cookies to improve your experience while you navigate through the website. Please visit the Privacy Policy Page for more info.
Necessary
Always Enabled
Necessary cookies are absolutely essential for the website to function properly. This category only includes cookies that ensures basic functionalities and security features of the website. These cookies do not store any personal information.
Non-necessary
Any cookies that may not be particularly necessary for the website to function and is used specifically to collect user personal data via analytics, ads, other embedded contents are termed as non-necessary cookies. It is mandatory to procure user consent prior to running these cookies on your website.
SAVE & ACCEPT