Amith Karanth

Application Engineer at PPC INSULATORS GROUP
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Contact Information
Location
Austria, AT
Languages
  • English Native or bilingual proficiency
  • German Limited working proficiency
  • Hindi Native or bilingual proficiency
  • Tulu Elementary proficiency
  • Kannada Native or bilingual proficiency

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Markku Ruokanen

I have been working with Amith since 2015 at PPC Insulators in different configurations, sometimes as superior, sometimes as colleague. Amith is a very nice person to work with: it doesn’t matter what might formal organisational relationship, he is eager to help everybody on his core competence area: Electrical Engineering. He is a hard-working person and fully dedicated to his customer satisfaction, might it be external or internal. Amith is as well

Erik Gothlin

In my six years as CEO of PPC Insulator group I had the pleasure of interacting frequently with Amith and thereby gained appreciation for his knowledge and passion to further improving PPC’s portfolio of insulators. When it comes to the understanding and applicability of international standards (IEC, NEMA etc) Amith is second to none! When it comes to electrical and mechanical tests of insulators Amith, in his systematic manner, is always the one who presents conclusions and thereupon suggest product improvements. Amith takes pride in listening to, and to understand the customer. Amith has the affinity for understanding different cultures. On numerous occasions he has been the

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Experience

    • Austria
    • Appliances, Electrical, and Electronics Manufacturing
    • 1 - 100 Employee
    • Application Engineer
      • Jan 2015 - Present

      – Development of insulators for overhead lines (OHL), substations and precipitator applications • Managing customised product development projects • Technical support to product development and process optimisation • Analyses and tests – to define and conform mandatory and credible schematics according to IEC specifications • Implementation of ideas and information into new and betterment of existing products • Customer and third party communication for technical liaisons • Quotations for products against project specifications » Type of Sector: Electrical & Electronic Manufacturing (Porcelain Insulators for Overhead Lines, Substations & Precipitator Applications) Show less

    • Iran
    • 1 - 100 Employee
    • Research & Development Engineer (Process Technology – Solar Energy)
      • Nov 2013 - Dec 2014

      – Modelling and validating simulation models of the electrical characteristics of distributed energy resources for grid code compliance • Measurements and testing – to analyse credible and comparable data for Power Generating Units (PGUs) and Power Generating Systems (PGS) based on state-of-the-art technologies • Modelling and simulating (DIgSILENT - PowerFactory®) models of PGUs and PGS to determine their electrical characteristics for grid integration • Analyses of modelling to evaluate the electrical performance of PGUs and PGS – according to German Grid Code / FGW TR4 measurements (guidelines) • Verification for validation and certification of PGUs and PGS – based on real-time measurement results » Type of Sector: Electrical & Electronic Manufacturing (Battery Charging Systems, Welding Technology & Solar Electronics) Show less

    • Electrical Engineer
      • Feb 2013 - Jun 2013

      – Development, installation & maintenance of 5 kW hydro-turbine system for generation of electric power • Power Electronics development of electric hydro-turbine system • Design and installations for grid-feed and de-centralized electrification along the run of rivers and canals • Energy management for grid-feed, off-grid and hybrid versions • Component consolidation for cost reduction of electric hydro-turbine system • Support and maintenance of installed business models in the energy markets » Type of Sector: Renewables (Hydro-Electric Power Generation) & Environment Show less

    • Post-Graduate Thesis
      • Dec 2011 - Sep 2012

      – Design & development of DC-DC Converter for Fuel Cell Electric Vehicles (FCEVs) up to 5 kW power range • Development of a block-level approach – for designing of DC-DC converters to integrate in FCEVs • Estimation of efficiency and reliability of power converters as a function of power topology • Mathematical modelling to predict power converter's behaviour, stability and performance • Design enhancement to include advanced features, such as: synchronous rectification for improved efficiency, reduced input- & output-ripple and optimal utilisation of power-semiconductor switches • Design of input-filters for EMI (Electromagnetic Interference) compatibility in DC-DC converters • Design of feedback loops to compensate for load variations • Theoretical evaluation on computer-aided simulation engine (PSpice®) – for verification of power converter design, efficiency and its overall performance (including steady- & transient-states) » Type of Sector: Automation Technology (Renewable Energies for E-Mobility Applications) Show less

    • Research Intern
      • May 2011 - Nov 2011

      – Fundamental analysis & planning for implementation of energy-efficient & cost-economical offshore wind farms • Research and evaluation for planning of optimal quality wind farms • Utilising LiDARs (Light Detection And Ranging) for precise tracking of wind speeds and turbulence – to estimate power capacity of wind farms • Synthesis of LiDAR techniques – to incorporate flexibility in comparison to traditional offshore wind-measuring meteorological-masts • Power Spectral Density (PSD) estimation of environmental data – for cost and efficiency optimisation • Support to site-planning department » Type of Sector: Institute for the Advancement of Applied Research Show less

    • Research Assistant
      • Mar 2008 - Aug 2009

      – Design & Finite Element Analysis (FEA) of Active-Front-End (AFE) filters for high power (10's up to 100's of kW) grid-connected inverter applications • Design of higher-order filters – for control of switching harmonics at the interface of power inverters to electric grid • Devising methods to overcome conventional rules for design of simple first-order low-pass filters; which are bulky, inefficient and unable to meet regulatory requirements, such as: IEEE 519-1992 & IEEE 1547.2-2008 • Iterations in filter design – for efficiency optimisation and reduction in size, weight & costs • Estimation of electromagnetic fields, fringing and losses (using MagNet®) • Thermal- and Network-Analyses of filter design for behaviour estimation • Analyses, construction, testing and delivery of AFE hardware set-up to the Centre for Development of Advanced Computing (C-DAC), Thiruvananthapuram - India • Project sponsored by National Mission on Power Electronics Technology (NaMPET) - Government of India » Type of Sector: Institute for Scientific and Technological Research Show less

Education

  • Technische Universität Darmstadt
    Master of Science (M.Sc.), Electrical Power Engineering
  • Visvesvaraya Technological University
    Bachelor of Engineering (BEng), Electronics & Communications Engineering

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