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This document summarizes a hybrid smart grid system that uses renewable energy from a microgrid. It discusses trends in solar energy capacity and growth worldwide. It describes types of solar energy systems including home lighting, off-grid, and microgrids. It then outlines the key components of a hybrid microgrid system including PV arrays, batteries, ultracapacitors, connections to the main grid, loads, and meters. It discusses using IOT and real-time data analytics for data acquisition, analysis, visualization, and forecasting of renewable energy export and import. It also mentions design and behavior visualization software and references sources for further information.

























Overview of the presentation including a hybrid smart grid system for renewable energy inspired by IEEE 2017 paper.
Highlighting the increasing energy requirements globally.
Examining worldwide trends in solar energy development.
Discussing exponential growth in PV capacity, demand reductions, algorithms, and data science implications.
Categorizing energy systems including home lighting, off-grid, and microgrid solutions.
Brief depiction of traditional power grid systems before transitioning to modern alternatives.
Introducing the hybrid microgrid system tailored for renewable energy integration.
Detailed configuration of a hybrid microgrid including PV arrays, battery banks, and IoT analytics.
Exploration of renewable energy export and import mechanisms.
Focusing on data acquisition, real-time analytics, and forecasting capabilities.
Introduction to design and behavior visualization software used in renewable energy.
Presentation of PVSYST, a software tool for solar energy system design.
Overview of SAM (System Advisor Model) used for solar power financial analysis.
Further discussion on power export/import and the role of microtransactions in energy trading.
Mock screen depiction for user administering power management options for homes.
Analyzing India's potential for solar power generation and its implications.
List of references from various energy authorities and institutes related to renewable energy.
Contact information for the presenter, offering a platform for further inquiries.
Expressing thanks and concluding the presentation.