Electricity Generation 1 ppt[1].pptx - Read-Only.pptx

Electricity generation

1. Department of Electrical Engg. NMCOE, Peth Guided by : Mr. R . B . Mane A Project Presentation O n " Research Approach To Generate Electricity From Waste And Calculate Generated Power Using Android App ” Guided By : Mr.R.B.Mane Presented By : Sr no Students Name PRN 1 Mr.Sanket Tanaji Jadhav T2067621293016 2 Mr.Yashwant Raghunath Salunkhe T2167621293508 3 Mr.Aditya Jagdev Pawar T2167621293523 Project Title : “ Research Approach To Generate Electricity From Waste And Calculate Generated Power Using Android App ”

2. Department of Electrical Engg. NMCOE, Peth Guided by: Mr. R . B . Mane Structure of Presentation Abstract Introduction Literature Survey Objective Theory Block Diagram Main Components Advantages References Conclusion Project Title: “ Research Approach To Generate Electricity From Waste And Calculate Generated Power Using Android App ”

3. Department of Electrical Engg. NMCOE, Peth Guided by : Mr. R . B . Mane Project Title: “ Research Approach To Generate Electricity From Waste And Calculate Generated Power Using Android App ” ABSTRACT:- The term MSW describes the stream of solid waste ("trash" or "garbage") generated by households and apartments, commercial establishments, industries and institutions. MSW consists of everyday items such as product packaging, grass clippings, furniture clothing, bottles, food scraps, newspapers, appliances, paint and batteries. All cities anywhere have garbage disposal as a major problem. It is produced in large quantities, and has nowhere to go, except mostly in landfills.

4. Department of Electrical Engg. NMCOE, Peth Guided by : Mr. R . B . Mane INTRODUCTION Electricity is not freely available in nature, so it must be "produced" (that is, transforming other forms of energy to electricity). Production is carried out in power stations (also called "power plants"). Electricity is most often generated at a power plant by electromechanical generators, primarily driven by heat engines fueled by combustion or nuclear fission but also by other means such as the kinetic energy of flowing water and wind. Other energy sources include solar photovoltaics and geothermal power. Project Title: “ Research Approach To Generate Electricity From Waste And Calculate Generated Power Using Android App ”

5. Department of Electrical Engg. NMCOE, Peth Guided by : Mr. R . B . Mane Literature Survey : Paper Title Author/Authors Year of Publication Details of work carried out “Characteristic of maximum power with temperature difference for thermoelectric generator“ “Energy Management Practices in Bangladesh's Iron and Steel Industries” D.Y. Lee, HW. Lee and I.J. Kim M. T. Hoq and P. Thollander 2021 2020 This paper presents Thermoelectric generation system which converts unused energy from closeat hand sources such as garbage incineration heat and industrial exhaust etc. into electricity. Energy management would mean increased efficiency and demand side management of CO2 reduction. Compared to 2019 Project Title: “ Research Approach To Generate Electricity From Waste And Calculate Generated Power Using Android App ”

6. Department of Electrical Engg. NMCOE, Peth Guided by : Mr. R . B . Mane Literature Survey : Paper Title Author/Authors Year of Publication Details of work carried out “Renewable Resources for Electric Power: Prospects and Challenges“ “ patent for what we now know as the modern solar panel \ ” R. Edinger and S. Kual Bell Laboratories engineer, Russell Ohl 2021 2019 These authors suggest that the use of renewable resources for electrical power can reduce pollution and resource depletion and put us closer to the goal of economic sustainability. Economies of scale have encouraged a large centralized electric power grid. His patent called for the purification of metalloid crystals to form a solar cell. This process created a material that was much more conductive for solar energy and I used solar panel to heating solar panel base so our idea same change. Project Title: “ Research Approach To Generate Electricity From Waste And Calculate Generated Power Using Android App ”

7. Department of Electrical Engg. NMCOE, Peth Guided by : Mr. R . B . Mane OBJECTIVE OF PROJECT WORK: Create low cost and reliable system. Proposed system should check power generation on android app. Easy to install and operate. Project Title: “ Research Approach To Generate Electricity From Waste And Calculate Generated Power Using Android App ”

8. Department of Electrical Engg. NMCOE, Peth Guided by : Mr. R . B . Mane Theory When we start burning the waste material in the burning box the heating panels will start collecting the heat energy generated in the burning box by waste material. The heat energy collected by heating panel will be converted into the electrical energy. The generated electrical energy will be seen in circui box with led glowing. The generated electrical energy will transfer to the batteries through the power boosters. The batteries will not dissipate the energy back because a diode is connected to it. The batteries relate to the heat sensor and LED bulbs. Whenever the heat sensor will start conducting the batteries allow energy to flow will start conducting and LED bulbs will glow Project Title: “ Research Approach To Generate Electricity From Waste And Calculate Generated Power Using Android App ”

9. Department of Electrical Engg. NMCOE, Peth Guided by : Mr. R . B . Mane BLOCK DIAGRAM: WiFi Module Arduino 328P Voltage Sensor or Current Sensor Voltage Increment Heating Panel Inverter Mobile App Cloud Internet AC Load Project Title: “ Research Approach To Generate Electricity From Waste And Calculate Generated Power Using Android App ”

10. Department of Electrical Engg. NMCOE, Peth Guided by : Mr. R . B . Mane MAIN COMPONENTS: Project Title: “ Research Approach To Generate Electricity From Waste And Calculate Generated Power Using Android App ” Sr. No. Component Name 1) Arduino AT38P 2) Wifi Model 3) Voltage Sensor 4) Current Sensor 5) LCD Display with I2C 6) Inverter 7) Buzzer

11. Department of Electrical Engg. NMCOE, Peth Guided by: Mr. R . B . Mane ADVANTAGES : Security system Reduce excessive consumption of electricity. Flexible to use on combustible solid waste Customization For user comfort Cost effective.   Project Title: “ Research Approach To Generate Electricity From Waste And Calculate Generated Power Using Android App ”

12. Project Title: “Research Approach To Generate Electricity From Waste And Calculate Generated Power Using Android App” Department of Electrical Engg . NMCOE , Peth Guided by Mr. R.B.Mane RESULT

13. Department of Electrical Engg. NMCOE, Peth Guided by : Mr. R . B . Mane CONCLUSION: The efficiency of this plant is better compared to the wind and solar plant. Waste to energy plants offer two important benefits of environmentally safe waste management as well as the generation of clean electric power. Waste to energy facilities produce clean, renewable energy. Clean energy works by producing power without having negative environmental impacts, such as the release of greenhouse gases like carbon dioxide. A lot of clean energy is also renewable, including wind power, some hydro resources and solar powered energy generation. EfW generates clean electricity, decreases greenhouse gases that would have been emitted from landfills and fossil fuel power plants, and pairs well with increased recycling rates in states. Project Title: “ Research Approach To Generate Electricity From Waste And Calculate Generated Power Using Android App ”

14. REFERENCES : [ 1] Park, Y. M., Lee, K. Y., & Youn , L. T. O. (1985). New analytical approach for long term generation expansion planning based on maximum principle and gaussian distribution function. IEEE transactions on power apparatus and systems, (2), 390. [2] B.C. Woo, D.Y. Lee, HW. Lee and I.J. Kim, Characteristic of maximum power with temperature difference for thermoelectric generator, XX International Conference on Thermoelectrics , 2021, pp. 431 434. [3] A. M. Hasan , M. T. Hoq and P. Thollander , Energy Management Practices in Bangladesh's Iron and Steel Industries, Energy Strategy Reviews, vol. 22,2019, pp. 230 236. [4] R. Edinger and S. Kual , Renewable Resources for Electric Power: Prospects and Challenges, London: Quorum Books, 2020. [5] H. Z. Hossain, Q. H. Hossain, M. M. U. Monir and M. T. Ahmed, Municipal Solid Waste (MSW) As A Source of Renewable Energy in Bangladesh: Revisited, Renewable and Sustainable Energy Reviews, vol. 39,2020, pp. 35 41. Project Title: “ Research Approach To Generate Electricity From Waste And Calculate Generated Power Using Android App ”

15. Project Title: “ Research Approach To Generate Electricity From Waste And Calculate Generated Power Using Android App ”