[Product Name] Fresnel Lens for Solar
[Brand] YuYing Optical
[Material] Optical Grade PMMA (High Transmittance & Uniform Beam Control)
[Maximum Diameter] Up to Φ300mm
[Focal Length] 2000mm
[Groove Pitch] 0.3mm
[Geometry] Circular Fresnel Optical Surface
[Customization] Available according to optical requirements
[Typical System Position] Between incoming sunlight and the designated receiving/focal region
[Related Concepts] Solar concentration, solar collection, solar optical path, focal geometry, Fresnel optics, concentrated solar radiation
This Fresnel lens for solar applications is designed for optical systems that require controlled redirection and concentration of incident sunlight toward a defined focal region.
With a 2000mm focal length, 0.3mm groove pitch, and manufacturing capability within Φ300mm, the lens provides a practical optical format for solar collection assemblies, experimental solar energy systems, concentrated light applications, and custom optical prototypes.
Its Fresnel structure reduces the material volume normally associated with conventional thick lenses while retaining the fundamental light-refracting function required for solar optical concentration.
The 2000mm focal configuration can be considered when system designers need a relatively extended optical path between the lens surface and the receiving area.
Customized Services
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 | Product HighlightsLong Focal Length Solar OpticsA 2000mm focal length provides an extended focal geometry for solar optical systems where the spacing between the Fresnel lens and receiving target is an important design parameter. Fine 0.3mm Groove Pitch The 0.3mm groove pitch defines the Fresnel surface structure and supports the optical redirection required for concentrating incoming sunlight toward the intended focal region. Compact Circular Format The lens can be manufactured within a maximum diameter range of Φ300mm, making this configuration suitable for compact solar optical assemblies and laboratory-scale or equipment-integrated designs. Solar Light Concentration The optical surface can redirect incoming solar radiation toward a designated receiving zone, supporting applications involving solar concentration, solar collection, optical experimentation, and energy-transfer systems. Application-Oriented Optical Design The combination of focal length, groove pitch, aperture, and installation geometry can be evaluated according to the customer's optical architecture rather than relying on a one-size-fits-all specification. |
Customer also Ask What is a Fresnel lens for solar applications?
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Applications Solar Optical ConcentrationUsed where sunlight needs to be redirected toward a designated receiving area. Solar Energy Research Suitable for laboratory systems, optical experiments, and prototype solar-energy equipment. Solar Collector Assemblies Can be incorporated into optical collection structures where focal length and aperture are defined by the overall system geometry. Concentrated Light Systems Applicable to experimental systems requiring a Fresnel optical surface to alter the propagation path of sunlight. Custom Solar Optics Can be evaluated for customized solar optical assemblies according to aperture, focal distance, installation space, and receiving-target requirements. |
Shandong Yuying Optical Instrument Co., Ltd
Add: No. 167, Huayuan Avenue, Linyi County, Dezhou City,
Shandong Province, China
Phone/Wechat/WhatsApp:+8615166907006
Shenzhen Yuying Technology Co., Ltd
Add: Room 901, Tower A, Building 1, Renheng Centrium, Xinqiao Subdistrict,
Bao'an District, Shenzhen, China
Phone/Whatsapp: +86 13826507576
Sakura
sakura@yuyingfresnel.com
sakura@yuying-sd.com
May Choi
may@yuying-sd.com
yuyingfresnellens@gmail.com
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