Square parabolic dish architecture
Use a square parabolic reflecting dish to focus solar radiation onto a receiver.
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CSP technologyConcentrate sunlight. Transfer heat. Deliver a useful process output.
The technical material describes a square parabolic dish architecture, dual-axis tracking, slew-drive movement, high solar concentration, thermal transfer and storage.
Our innovations
A focused engineering stack.
Dual-axis solar tracking
The profile states a 5-metre concentrator and approximately 0.1° sun-lock accuracy.
Slew-drive tracking mechanism
Use a slew drive for reliable and precise concentrator movement.
High solar concentration
The supplied technical profile describes approximately 1000× solar concentration.
Application-led engineering
Convert thermal energy through fluids, heat exchangers, storage and modular skids.
How our technology works
A five-stage thermal flow.
01
Capture
Reflective surfaces collect incoming solar radiation across the dish.
02
Concentrate
Reflected solar radiation is focused on the receiver.
03
Transfer
Thermal fluid circulates through the receiver and absorbs heat.
04
Store / deliver
Heat is either used directly or retained through storage.
05
Utilise
Thermal energy reaches dryers, hot-water systems, boilers, chillers and related applications.
Thermal energy storage
Store heat for later utilisation.
The technical profile describes sensible heat storage using media such as hot oil, water, sand, rocks or molten salts, with insulated storage and later release for heating, cooling or power generation.
Integration
Use the heat where the plant already needs it.
Source material describes integration with boilers, dryers, hot-water plants, cooling systems and power-generation applications, supported by instrumentation and automation experience.
Technical claims from supplied profile
What the source documents state.
5 mconcentrator size stated in profile
0.1°sun-lock accuracy stated in profile
≈1000×solar concentration stated in profile
80–95%planned CSP thermal efficiency stated in technical material
These figures are presented as claims in the supplied company/technical material and are not represented here as independently certified performance.