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Agricultural Mobile computing Applications. Prakasam Engineering College Kandukur Prakasam ( Dt ) www.prakasamec.com pec@prakasamec.com. Established in the Year 2001.
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Agricultural Mobile computing Applications Prakasam Engineering CollegeKandukurPrakasam(Dt) www.prakasamec.com pec@prakasamec.com
UG: B.TechComputer Science and Engineering -120Electronics and Communication engg -120Electrical and Electronics engineering -120Information Technology – 90PG:M.TechComputer Science and Engineering -36Electronics and Communication engg(VLSI & Embedded Systems) -36Electrical and Electronics engineering(Power Electronics) -18MCA-60MBA-60
Number of Ph.D’s :2Number of Ph.D’s Registered: 5Number of Teaching Faculty:100Number of M.Tech’s: 75Number of B.Tech’s:23Research Publications: 50Books Publications: 2
Robotics Research Center EstablishedEnergy Research Center EstablishedSolar Power Project Established 50 lakhs30 % fund given by MNRE IBM Academic Initiative
Objective • ITRA (IT Research Academy) seeks competitive collaborative proposals initiate the MNA (Mobile Network Applications) sub-pyramid. • The tremendous advancement and growing coverage of cellular and wireless access networks decreasing costs and increasing capabilities of mobile phones.
Proposal concentrated on the areas • Agricultural • Environment • Disaster management • Energy-sustainability
Agricultural Application • Detailed local environment • Temperature • Humidity • Soil Moisture • Wind speed, direction • Rain Fall • Sunshine • CO2
Environmental Applications • Forest fire detection • Bio-complexity mapping of the environment • Flood detection • Precision agriculture
Microclimate monitoring - DA-IICT • Wind Speed, Direction • Temperature • Humidity • Pressure • Rainfall • Lightning • Light • CO2 DA-IICT, Lab Bldg Top
Fruit maturity monitor • Ethelyne gas monitor • Image Sensor Network of the fruit
Guided by: Dr.Lakshman Rao SMALL SCALE ELECTRICITY GENERATION USING BIOMASS
Why…………..? Shortage in Non-Renewable resources. Need of Electricity. To reduce global warming. Electricity - consumption (billion kWh)
Due to shortage of power Villages - 12 hrs Towns - 6 hrs Cities - 3 hrs Because of these above cited reasons we have developed this system Data from AP electricity board
What is Bio-mass……………? Biomass, as a renewable energy source, is biological material from living, or recently living organisms. As an energy source, biomass can either be used directly, or converted into other energy products such as biofuel. Eg: Garbage, Wood, Wastes etc………
Conversion of Biomass Energy… There are a number of technological options available to make use of a wide variety of biomass types as a renewable energy source. In general these are classified into Thermal conversion. Chemical conversion. Biochemical conversion.
Our setup Biomass stove Solar plate Pressure cooker Stop valve Nozzle Turbine Dynamo LED bulb
Conversion of Biomass energy into Heat energy. Heat is used to convert water into wet steam with pressure energy. Nozzle converts pressure energy into Kinetic energy. Kinetic energy is used to run turbine attached to dynamo. Dynamo converts rotational energy into Electrical energy. How it works…………? Can we watch a video.......
Since Biomass energy is renewable its doesn’t lasts. Biomass energy doesn’t cause any harm too environment. Available throughout the world. Cheap when compared to other fuels. Advantages…
1. Efficiency will be low when compared to coal and other fuels. 2.Transportation involves complexity. Disadvantages…
Future aims…………. To become an entrepreneur in this field to serve the people Biogas and solar are to be attached to this system 1.Mounting a pressure gauge. 2.Increase the pressure. 3.Manufacturing a Turbine. 4.Calculation of efficiency. 5. Design for continuous feeding of fuel.
Conclusion With minimum cost of resources electric power to be generated. Biomass is an alternative source(fuel) for future use. Biomass stove can be used even for cooking. This is one of the solutions to over come the power crisis.