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High harvest
Highest energy harvest per m² per day in its class.
Built on Nobel-grade non-imaging optics, licensed exclusively from Prof. Roland Winston & Winston Cone Optics.
Escalating fossil-fuel costs, social awareness and regulation have brought green technologies to the fore. Among hydel, wind and solar, hydel needs proximity to water and wind needs open land — constraints that rarely suit industry. This makes a compelling case for a switch to solar.
| Criteria |  EMSOLIN XCPC |  Parabolic Trough |  Photovoltaic (PV) |
|---|---|---|---|
| Conversion efficiency | 60–75% even with cloud cover | 30–35%, drops with cloud cover | 14–17% |
| Peak output | 550 W/m² | 300 W/m² | 130 W/m² |
| Total annual output | 1,250 kWht/m² | 430 kWht/m² | 250 kWh/m² |
| Space required | 2,000 m²/MW | 4,000 m²/MW | 8,000 m²/MW |
| Maintenance | No moving parts, maintenance-free | Multi-axis tracking, high maintenance | Needs inverters & batteries |
One platform, many use cases — from heavy industrial process heat to clean energy for hospitals and hotels.
Highest energy harvest per m² per day in its class.
Floor space below 2,000 m² per MWth.
No moving or wear parts and no software to fail.
Effective for 6.5+ hours a day, even in cloud.
Tell us your load profile and site conditions. Our engineers will design a fully integrated solar thermal system around it.
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