Durga Malleswara Rao Korada Electrical engineering
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• Developed a laboratory scale microgrid test bed setup consisting of 3.3 kW PV system, Wind emulator,
battery units and supercapacitor storage system to operate in both grid connected and islanded
modes.
• Designed and developed power electronic circuits consisting of bidirectional converters, boost
converters.
• Validated the working of prototype and its control using simulation and hardware testing with
dSPACE 1202 control platform.
• Involved in purchase of control platforms and simulators.
• Designing necessary signal conditioning boards, suitable to operate the entire system using TIMicrocontrollers
Developed real time model to estimate the State of Charge (SOC) of a lead-acid battery and
supercapacitor units in various operating modes
• Coulomb counting method is used to estimate the SOC of Lead- Acid battery
• Burst control technique is incorporated for safe charging and discharging of the supercapacitor unit

Subjects

  • Power Electronics Intermediate

  • Electrical Machines Intermediate

  • Power system Expert

  • Electrical circuit analysis Intermediate-Expert

Experience

  • Assistant Professor (Dec, 2012–Feb, 2024) at GVP COLLEGE OF ENGINEERING (A)
    Teaching, Research

Education

  • Ph.D. (Jun, 2017–Feb, 2024) from Indian Institute of Technology Madras, Chennai

Fee details

    ₹750–1,500/hour (US$8.84–17.69/hour)

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