The 9M solar concentrator (solar dish) provides 45 KW of thermal energy @ 73% efficiency . This is made possible due to the accuracy of the petal design, reflectivity of the material, and high efficiency absorber.
When using the concentrated solar power for solar electricity, higher performance can be achieved by utilizing the patent-pending OLL (Optical Light Lens) technology. OLL technology is used with HCPV / CPV dense array modules to create an even distribution of light on the CPV module. Unlike convention Fresnel lens CPV systems that require a fresnel lens for each CPV solar cell, only one OLL is needed for the entire CPV dense array module. The OLL ensures accurate light distriubtion and improves the LCOE and is capable of generating 20 KW of electricity from one 20X20cm CPV module.
The solar concentrator has been tested in the harsh Northern hemisphere environment to ensure high performance and durability. The solar concentrator was engineered to handle any weather condition including high and low ambient temperature, snow & ice loading and strong winds. The system is designed for 20 + years of low maintenance operation.
Solar Thermal Power Generation
Unmatched solar thermal power generation of 45kW @ 1000 W/m2 solar radiation.
The solar concenatrator is designed to meet 1000 X optical concentration.
The Solar Concentrator 9M is capable of providing temperatures for direct heating of up to 800 Celsius (1,472 Fahrenheit). For fluid heating, the temperatures are up to 270 Celsius (518 Fahrenheit) .
The dish is designed for tracking up to 55 km/h and has a safety factor up to 6X. The safety stow mode is 160 km/h (100 mph). A wind meter is configured to stow-away the dish in high wind conditions.
The parabolic solar concentrator dish is designed to handle 475 KG (1,047 lbs) of ice. Which relates to 12.2 mm (0.5 inch) of ice over the entire area solar collecting area.
The solar concentrator is well designed to operate in snow conditions due the curved design of the petal and the ability to automatically perform a “defrost function”.