Case Study - VISUALIZING WIND POWER GENERATION POTENTIAL IN THE TEMANGGUNG AREA
This project visualizes the wind power generation potential in Temanggung by mapping wind speed, terrain, and environmental factors to identify optimal locations for sustainable energy production.
- Client
- Internal Project
- Year
- Service
- GIS Development, GIS Visualization
Overview
The Wind Power Generation Potential Visualization in the Temanggung Area project aims to assess the viability of wind energy in the region by leveraging geospatial data and advanced mapping techniques. Temanggung, known for its mountainous terrain and rural landscapes, presents opportunities for renewable energy development, particularly in wind power generation.
The project uses Geographic Information Systems (GIS) to visualize key factors influencing wind energy production, such as:
- Wind Speeds: Analyzing wind patterns and speeds at various altitudes to determine the most suitable locations for wind turbine placement.
- Topography: Evaluating the landscape, including elevation and slope, to identify regions that can efficiently harness wind energy.
- Infrastructure: Proximity to roads, electrical grids, and other infrastructure is considered to ensure that generated wind power can be effectively distributed.
- Environmental Impact: Ensuring minimal disruption to local ecosystems by considering land use and environmental sensitivities in potential wind farm sites.
This visualization supports decision-makers by offering a clear and detailed representation of wind power potential across the Temanggung area. The insights gained from this project can guide the planning and development of wind energy projects, contributing to sustainable energy growth in the region.
What we did
- WEBGIS
- Maptiler
- GeoJSON
- GIS Visualization