Integration & Optimization of Renewable Energy-Sharing Meeting-CATECP

Speaker

1. Dr.Pruk AggarangsChiang Mai University, Thailand

2. Dr. Noor Izzri bin Abdul WahabUniversiti Putra Malaysia, Malaysia

3. Dr. Lusi SafrianiUniversitas Padjadjaran, Indonesia

4. Dr. Jundika Candra KurniaCurtin University, Malaysia

General Introduction

The International Experts Sharing Meeting brings together distinguished scholars, practitioners, and professionals from ASEAN and beyond to exchange perspectives on emerging trends and best practices in renewable energy systems and sustainable energy innovation. This edition focuses on "Integration and Optimization of Renewable Energy." In an increasingly resource-constrained and climate-conscious global landscape, the seamless integration and optimization of renewable energy sources play a critical role in enhancing grid stability, energy efficiency, and long-term sustainability. The session invites participants to explore how renewable energy integration strategies,

optimization frameworks, and data-driven approaches can transform modern energy systems. Topics include the integration of solar, wind, and hybrid energy systems, real-time grid monitoring and control, energy storage and demand response, and the application of AI and IoT in optimizing renewable energy operations. Through expert presentations, case studies, and interactive discussions, the meeting promotes interdisciplinary collaboration and knowledge exchange. It aims to inspire participants to reflect on innovative energy transition practices, share real-world experiences, and strengthen collective efforts to advance the integration and optimization of renewable energy as key drivers of efficiency, sustainability, and global energy competitiveness.Sonnet 4.6

This Course is for

1.University students and young researchers interested in exploring how renewable energy integration and optimization technologies contribute to advanced energy systems, grid resilience, and sustainable energy transition in an increasingly resource-constrained and climate-conscious world.
2.Early-career professionals, engineers, system designers, and energy practitioners seeking to understand practical approaches to implementing solar, wind, and hybrid energy solutions to enhance grid stability, energy efficiency, and operational performance through innovation and global collaboration.
3.Scholars, lecturers, and researchers focusing on energy engineering, environmental science, electrical engineering, data science, and other interdisciplinary fields that examine renewable energy systems, artificial intelligence, and smart grid optimization processes.
4.Globally minded participants eager to gain cross-regional insights into how different industries and countries adopt renewable energy integration and optimization solutions to improve energy performance, foster clean energy innovation, and respond to evolving environmental, technological, and energy security challenges.

Benefits of Learning

1.Gain insights into the latest trends, challenges, and opportunities in renewable energy integration and optimization from a global and interdisciplinary perspective.
2.Understand how technological, economic, and policy factors influence the development, implementation, and optimization of renewable energy systems and clean energy solutions across different sectors and regions.
3.Connect theory with practice through case studies and expert presentations showcasing real-world applications of solar, wind, and hybrid energy systems, smart grid technologies, energy storage, and AI-driven energy optimization.
4.Enhance cross-regional understanding by engaging with experts and participants from diverse backgrounds, exchanging ideas on how industries and governments adapt renewable energy integration strategies to local needs, resources, and technological capacities.
5.Expand professional networks by connecting with international scholars, engineers, and energy practitioners committed to advancing innovative, efficient, and sustainable renewable energy solutions.

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