Hybrid energy generation by solar and piezoelectric transducer with smart iot based monitoring system

Our Project is based on renewable energy, which will be hybrid energy system generated by piezoelectric transducer and PV Solar panels. The reason for this is to provide clean and environment friendly renewable energy.  Piezoelectric transducer and solar energy systems are greatly s

Project Title

Project Area of Specialization

Internet of Things

Project Summary

Our Project is based on renewable energy, which will be hybrid energy system generated by piezoelectric transducer and PV Solar panels. The reason for this is to provide clean and environment friendly renewable energy.

Piezoelectric transducer and solar energy systems are greatly spreading and conventional energy source are depleting day by day and it is going to vanish in coming years. So we have to search a new energy source which is pollution free, easily available. In sunny days the energy is provided by solar while on the cloudy day the power is supplied by the piezoelectric transducer system.

We will also interface it with IOT using Wi-Fi. We will control all the appliances through Android application and also, we can measure the power level and consumption of the power to save power and also to make whole system efficient.

Project Objectives

•To overcome the excessive use of fuels and other resources in generation industry.

•To get uninterrupted power supply 24-hours on regular basis in any weather conditions.

•To monitor and control the usage of power at homes, offices etc. Can be installed in under developed areas.

Project Implementation Method

To replace the conventional method of energy generation and utilization ,small scale setups installation at homes.

•Using such components which are cheaply available and can be installed in an easy way.

•Initial cost can exceed from a normal photovoltaic panels setup but running cost is almost negligible apart from maintenance charges

•The setup of piezoelectric sensors in those areas where day to day activity is at large i.e. stairs, porch, doors etc. and on outdoors such as speed breakers, malls etc. can be challenging.

Benefits of the Project

To reduced Pollution .

•To reduced Cost .

•To overcome the excessive use of fuels and other resources in generation industry.

•To get uninterrupted power supply 24-hours on regular basis in any weather conditions.

•To monitor and control the usage of power at homes, offices etc. Can be installed in under developed areas.

Technical Details of Final Deliverable

•To replace the conventional method of energy generation and utilization ,small scale setups installation at homes.

•Using such components which are cheaply available and can be installed in an easy way.

•Initial cost can exceed from a normal photovoltaic panels setup but running cost is almost negligible apart from maintenance charges

•The setup of piezoelectric sensors in those areas where day to day activity is at large i.e. stairs, porch, doors etc. and on outdoors such as speed breakers, malls etc. can be challenging.

Final Deliverable of the Project

HW/SW integrated system

Core Industry

Energy

Other Industries

Core Technology

Internet of Things (IoT)

Other Technologies

Others

Sustainable Development Goals

Affordable and Clean Energy, Climate Action

Required Resources

Item Name	Type	No. of Units	Per Unit Cost (in Rs)	Total (in Rs)
Piezo transducer	Equipment	49	55	2695
Solar panal	Equipment	1	8640	8640
Buck boast convertor	Equipment	1	2080	2080
Inverter	Equipment	1	39840	39840
Charge controller	Equipment	1	8000	8000
Wifi module	Equipment	1	450	450
Voltage sensor	Equipment	1	1078	1078
Current sensor	Equipment	1	270	270
Arduino	Equipment	1	833	833
Jumper wires	Miscellaneous	130	2	239
PCB	Miscellaneous	3	100	300
12v battery 7Ah	Equipment	1	1650	1650
			Total in (Rs)	66075