Microsharp thin film Fresnel lenses
Microsharp microstructured thin film Fresnel lenses are an attractive alternative to existing solar lens technologies. Our proprietary conical and curved lenses include a number of elegant design innovations which deliver outstanding performance.
Benefits include...
- High optical efficiency - typically >85%.
- A low cost, high speed manufacturing process
- Precise structure replication
- Design flexibility - up to 40cm edge length
- Designed to precise customer specification
- Low development and tooling cost.
- Tighter focal spot definition
- Shorter focal depth
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Microsharp's mobile HCPV test unit.
In this configuration we are testing a 27.5cm lens and MCL designed SOE with 1cm TJ cells
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Types of lens available
Microsharp produce lenses for use in a variety of applications
- HCPV systems
- Low Concentration PV systems
- Thermal CSP applications.
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Truncated cone HCPV lenses 
Microsharps proprietary truncated cone lenses deliver exceptional efficiency with tighter focal spots and shorter focal lengths than similar flat lenses
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Flat HCPV lenses 
Offer increased design flexibility at low cost. Lenses can be designed with edge lengths from 3mm - 400mm. Lenses and be manufactured in parquets of up to 1m width and 2m length.
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Linear Fresnel lenses 
Focus light to a 'strip' and used in Thermal and low concentration PV systems. Can be designed either flat or curved at widths of up to 1m at any desired length
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Our Service
Microsharp offers a bespoke lens design and development service to ensure each lens perfectly matches the requirements of a customer's system.
This service includes...
- Lens design and performance modelling using proprietary in-house software packages
- Production tooling design and manufacture
- Initial hand cast test samples
- 'Pilot plant', small scale test manufacturing
- Full scale commercial manufacturing (current internal capacity 1.5 million m? per year)
Because our manufacturing process requires lower investment in production tooling, we can develop bespoke lenses and significantly lower up front cost than other lens technologies.
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