ISGW 2017: Compendium of Technical Papers

<p>Part I.    Smart Grid and IoT Technologies               </p> <p>1.       Developing Smart Grid Projects with Global Perspective in Indian Scenario.          </p> <p>2.       Smart Energy Metering using LPWAN IoT Technology     </p> <p>3.       Smart Grid Technologies: Distribution Automation, Microgrids and Cyber Security             </p> <p>4.       Impact Analysis of Attacks Using Agent based SCADA Testbed </p> <p>5.       Power Exchange and its Significance to Enhance the Deployment of Smart Microgrids in India and Key Barriers in its Adoption </p> <p>6.       Low cost Spark/Arc free Retrofit Smart Grid switches improves distribution quality and reduces distribution Losses substantially </p> <p>7.       Micro-Phasor Measurement Units (μPMUs) & its Applications in Smart Distribution Systems</p> <p>8.       A Rule Driven Architecture to Address Interoperability in an IEC 61850 Series Based Power Utility Automation System</p> <p>9.       Software Defined Networking for Smart Grid communications and security challenges</p> <p>10.   Digital Utility</p> <p>11.   Impact Analysis of Attacks Using Agent based SCADA Testbed</p> <p>12.   Analysis of communication channel attacks on control systems – SCADA in Power Sector</p> <p>13.   Plug in Technology in Transformer Bushing & Surge Arrester from PFISTERER (Plug and Operate Transformer)    </p> <p>14.   Advanced Syncrophasor Applications</p> <p>Part II.   E-Mobility           </p> <p>15.   xEVs Charging Management through Cloud Computing</p> <p>16.   Challenges and Potential Solutions for the Deployment of Wireless Charging Infrastructure for xEVs in India</p> <p>17.   Viability of xEVs in India: A Public Opinion Survey</p> <p>18.   Thermal Management Solutions of Lithium-ion Energy Storage Batteries for xEV deployment in North India</p> <p>19.   Feasibility Analysis of Electric Vehicle Charging Infrastructure Deployment in India</p> <p>Part III. Renewable Energy, Microgrids and Energy Storage</p> <p>20.   Challenges in Implementation of Virtual Synchronous Generator</p> <p>21.   Efficiency gain using DC micro grid and BLDC machine based 48V Air cooler</p> <p>22.   Integrating Energy Efficiency with Renewables and Energy Storage for a Smarter and Greener Residential Solution</p> <p>23.   Smart Solutions and Opportunities for Key challenges in Renewables integration & Electric Vehicles integration to a conventional grid </p> <p>24.   Solar Pump: an efficient solution to a complex problem Solar Agricultural Pump without electric motor</p> <p>25.   Applicability of Error Limit in Forecasting & Scheduling of Wind and Solar Power in India</p> <p>26.   Preparing for High-mix of Renewables in India’s Power Generation</p> <p>27.   Smart Microgrids: Re-visioning Smart Grid and Smart City Development in India</p> <p>28.   Design and Evaluation of SunSpec-Compliant Smart Grid Controller with an Automated Hardware-in-the-Loop Testbed               </p> <p>29.   Reactive Power Support from End Customer Equipment</p>