Indivisible Solutions Private Limited

We are come up with a solution to all these problem in the single model. We proposed a IOT based Street Light System. Each unit in our system equipped with Sunlight Sensor, Fault detection, IoT controller, and the power consumption monitoring. Our module will sense the sunlight and changes brightness accordingly, fault detection will detect the fault and immediately send a massage to concerned utility. So that corrective action will be taken. Which brighten up the world and lowers the energy consumption. It also good as per environment point of view because the use of LEDs.

YES, our working prototype is ready.

Market:-The Indian lighting industry is on a rapid growth path. The replacement of basic and inefficient incandescent, halogen, fluorescent lamps with modern LED lights will reduce electricity consumption.
According to a report by ELCOMA, the lighting industry is expected to reduce energy consumption for lighting from the present 18% of total power consumption to 13% by 2020 by introducing more energy efficient products and working more closely with the government to execute various schemes and awareness programmes.According to research, India LED Lighting market is projected to grow at a CAGR of 26.6% during 2017-2023.
The Government of India launched an initiative in 2016 to replace conventional lights by LED lights by deploying 770 million bulbs and 35 million street lights by 2019. Further, under DeenDayal Upadhyaya Gram Jyoti Yojana (DDUGJY), 273 lakhs LED bulbs have to be distributed to BPL households. Additionally, prices of LED lights are also expected to decline in the coming years, which would drive the growth of the market over the next six years.
customer segments:-For the government officials to install on roads.
For the Industry, institution.
For houses to be installed in gardens and outer areas.

At night time whereas the street lights are used to brighten up the road. But as these streetlights are continuously ‘ON’ at whole night time. It constantly consumed electricity either we need light or not.It is wastage of electricity.
Other most often problem with the street lights is the fault in the streetlight and it will get diffused which may lead accident. And faulty streetlight will consume more power than what it needed and it may short to another lights on the line. So the fault detection of light must be as quick as possible.

Here we propose an IoT based streetlight monitoring and controlling system with low-power consumption, faulty light detection. The system consists of a sunlight sensing device that makes light automatically changes its brightness accordingly to the sunlight. Each of the units has a fault sensing device, if the fault occurs to any streetlight then immediately a message will be sent to the concerned utility about the faulty street light simultaneously to the server through IoT where data analysis to be done. It also has human presence detection sensor. At late night, Light intensity increased to 100% if human presence detected otherwise it dim to 40% level. The main purpose behind this project is to save the world from being in dark. Our project is equipped with realtime server data logging, so using data analysis we can predict the suspicious activities happening in any isolated or sensitive areas. For ex. There is an abandoned area such as factory, so at late night there should not be any human activity but our module showing human presence in that area. So it will predict the activity as suspicious activity and it will inform to the police about the same. We can also add some Machine learning algorithms in this so that the module will automatically learn which area is abandoned and which is not, how much human traffic would be there in particular areas and acts accordingly so everything will run automatically without human interaction with the machine. And by this, we can save the city, the world from all sort of suspicious activities happening at night time.

As such there is not existing alternatives available in India but some lights only have a light detection resistance and human monitoring sensor but not a complete module. so there are no such competitors available in market.

Conventional Solar Street Light:-
High Initial Cost
High Maintenance Cost
Battery Problem
Fault Cannot be detected real Time
Sensor Issue
Unwanted scattering of light in environment.
it also puts at risk the healthy functioning of amphibians, birds, mammals, insects, and plants.
More amount of CO2 emission.
Emit Heat.
Our Proposed Module:-
Low Initial Cost.
High Durable Lithium Battery
Integrated Solar Panel.
Fault Can be detected real time
Human Presence and traffic monitoring
Well programmed and calculated angled light beam.
Very less CO2 emission.
Emits Negligible Heat.
It do not add any vibration and humming noises to the environment.

Manufacturing cost of our module takes up ₹1500.
The module could sale at ₹2000.
This will produce a profit of ₹500 on single unit.
If we tie up with PWD department
Any single city will contain thousands of streetlights approximately.
Our calculated revenue model for 1000 module is as below.

What We Do?
We produce smart LED Street lights, which is smart in itself.
For Whom?
For the government officials to install on roads.
For the Industry, institution.
For houses to be installed in gardens and outer areas.
How?
We makes PCB plates and all the required components for this module.
We import some of the components like Microcontroller, Batteries and assemble it.
We Program the controller semiconductor device. And it will be ready.

Technology Charges :- 5000$
Manpower Hiring :- 10000$
Machine hiring or Leasing from outside& Sensors:- 10000$
Electricity, accommodation charges, etc:- 2500$
Telephone, Fax, Computer Facility, Internet etc.:- 2500$

Investor will be given an equity in the project and also some shares of company.

We will require a large team for marketing our product and so it will take a much time to capture market.
Huge Market To Be Captured. which incurs large capital investment.

Got the Best Idea Award in Business Conclave Held at Sipna College of engineering Amravati on 18 August 2018.
Got Shortlisted for the start up Maharashtra yatra in PDKV Akola on 25 November 2018.
Got Shortlisted for Artificial Intelligence Innovation award held at Taj Vivanta Mumbai on 2 march 2019.
Got shortlisted for POC (proof of concepts) organized by startup India held at Army institute of technology Pune on 26 July 2019
Awarded By Assocham Startup Launchpad on 28 of September 2019 at Novatel Pune
First Runner up for Global Student Entrepreneurship Award 2020 @ Pune

we have filed a patent on whole model Patent No: 201921026149.