24th IERE General Meeting and PLN Indonesia Forum

It focuses on the advancements, applications, and implications of technologies enabling decentralized energy production. It explores various distributed power generation technologies, their integration into existing energy systems, and their impact on energy access, sustainability, and resilience.

Potential topics include:

• Renewable Energy Technologies
• Energy Storage Solutions (e.g., type/technology, design, capacity calculation, etc.)
• Distributed Generation Control and Optimization
• Remote Monitoring and Maintenance
• Emerging Technologies and Future Trends
• Planning and Forecasting for Renewable Energy Power Generation
• ...

Integrated micro smart grids combine renewable energy sources, energy storage systems, advanced communication and control technologies, and demand-side management to optimize energy generation, distribution, and consumption.

Potential topics include:

• Design and Optimization of Integrated Micro Smart Grids
• Communication and Control Systems
• Cybersecurity Challenges and Solutions
• Energy Management and Optimization
• Grid-Connected and Islanded Operation
• Resilience and Reliability Enhancement
• Advance Meter Infrastructure
• Demand Side Management Using Advance Meter Infrastructure
• Energy Meter Calculation Algorithm with Regard of Power Quality Phenomena (i.e., harmonic, unbalance, etc.)
• AC/DC Microgrid
• Design and Strategy of Protection System Coordination
• ...

These topics offer insights into the regulatory and financial aspects of distributed power generation, highlighting the need for effective policy frameworks, market mechanisms, and financing instruments to accelerate the transition to a more decentralized and sustainable energy system.

Potential topics include:

• Policy and Regulatory Frameworks for Distributed Generation
• Market Structures and Incentive Mechanisms
• Financing Models and Investment Opportunities
• Risk Assessment and Mitigation Strategies
• Community-Based and Cooperative Models
• Policy Innovation and Best Practices
• ...

These topics provide a comprehensive overview of the multifaceted impacts of distributed power generation on conventional energy, highlighting both the challenges and opportunities for transitioning to a more sustainable and resilient energy future.

Potential topics include:

• Economic Implications and Market Disruption
• Technological Integration Challenges
• Environmental Benefits and Carbon Emissions Reduction
• Social and Equity Considerations
• Transition Strategies and Energy Transition Pathways
• Resilience and Reliability Enhancement
• Best Practices
• ...

It focuses on the implementation of integrated energy solutions combining multiple distributed power generation technologies to meet the energy needs of rural communities. It explores the challenges and opportunities in deploying hybrid systems that leverage various renewable energy sources and energy storage technologies to improve energy access, reliability, and sustainability in rural areas.

Potential topics include:

• Design and Optimization of Hybrid Energy Systems
• Energy Storage Solutions for Rural Applications
• Economic Viability and Financing Models
• Case Studies and Best Practices
• Utilization of Retired Conventional Power Generation
• Virtual Inertia Technology Evaluation of Hybrid Generation
• ...

It covers Innovation Technology conducted in PT PLN (Persero)

Potential topics include:

• Distributed Energy Resources
• Green Energy and Power System
• Energy Management Systems, Intelligent Control
• Asset Maintenance Tool
• Operation and Planning of Microgrids (DC, AC, and hybrid)
• Remote Monitoring and Operation
• ...