Heliostat Power Generation System
Heliostat technology employs mirrors to concentrate sunlight onto a receiver atop a tower. This concentrated solar energy is then used to generate electricity.
Technical Specifications
Overview
Heliostat Power Generation System
This advanced power generation system utilizes a precise field of mirrors to concentrate sunlight onto a receiver located atop a tower. By actively tracking the sun's movement, the system maintains optimal reflection throughout the day to maximize energy capture. The concentrated solar energy is converted into heat to generate steam, which drives a high-efficiency turbine to produce consistent electricity.
Mirror Technology
Mirror Layer Structure
| Layer Number | Composition Component |
|---|---|
| 1 | Glass Layer |
| 2 | Sensitization Layer |
| 3 | Super Sensitization Layer |
| 4 | Silver Layer |
| 5 | Passivation Layer |
| 6 | First Protective Paint |
| 7 | Second Protective Paint |
| 8 | Anti-UV Protective Paint |
System Operation
Power Generation Workflow
- Solar concentration via heliostat field
- Heat conversion at tower receiver
- Steam production
- Turbine and generator power conversion
- Sun Tracking Control
- Computer-ControlledDynamic TrackingOptimal Reflection
