Background
- Indonesia, with its vast archipelago and many remote areas, relies heavily on diesel generators for electricity supply, and contribute significantly to carbon emissions.
- Integrating Variable Renewable Energy (VRE) sources such as solar PV and wind with diesel generators can reduce fuel consumption, lower costs, and enhance sustainability.
- This research focuses on optimizing the design, operation, and integration of solar PV-wind-diesel hybrid power systems, considering technical, economic, and regulatory aspects to ensure reliable and cost-effective electricity supply in remote and off-grid areas.
Key Research Areas:
- Assessment of Renewable Energy Potential and Existing Diesel Power Infrastructure
- Optimal Sizing and Hybrid System Configuration
- Economic Feasibility and Cost Optimization
Expected Outcomes:
- Optimized hybrid system designs tailored for Indonesia’s remote areas.
- Significant fuel savings and lower operational costs for diesel power plants.
- Reduced carbon emissions through increased renewable energy penetration.
- Improved energy access and reliability for off-grid communities
