ABOUT US

– Photonic Waveguide Encapsulation –

ABOUT US

– Photonic Waveguide Encapsulation –

Unlock the Photon Future

FLEXWAVE was founded in 2014, pioneering Photonic Waveguide Encapsulation for Photon Energy Harvesting to sustainably power smart devices. As Industry 4.0 advances in High-Performance Computing and drives higher energy demands, we believe hotonics technology is the key to integrating Net-Zero with the intelligent future.

Mission

  • Delivering cutting-edge energy harvesting solutions to power sustainable wireless AIoTs.
  • Advancing photonic applications with enhanced reliability and performance.

Vision

  • Dedicated to integrating AIoT with green energy, fostering sustainable environments for the smart future.
  • Merging photon energy and high-performance optical computing to shape the upcoming era of intelligence.

ADVANTAGE & VISION

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    >75% More Power

    Brilliant light capture technology and smart power control systems provide spectacular power.

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    DEVICES INTEGRATED

    An integrated design and FLEXWAVE’s superior waveguide packaging technology are capable of withstanding extreme weather.

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    SMART & EASY

    A Plug & Play ready solution.

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    Enable each device to harvest 5Wh/day.

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    For each 1 billion energy harvesters, we can save 5M kWh every day.

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    A yearly reduction of 133k tons of CO2, which is equal to 11.14 million trees.

CORE TECHNOLOGY

Wide Working Angle

Waveguide encapsulation enables a wider incident angle, with verified effective angles reaching up to 176°. This allows waveguide PV modules to capture ambient scattered light, generating more energy and extending effective power generation time.

Great Flexibility

Flexible waveguide encapsulation material is formed through liquid-state curing, granting modules exceptional flexibility and customizable shaping potential. It is fully compatible with all types of solar cells, enabling optimized designs tailored to specific application scenarios.

Wavelength Tunable

Our innovative waveguide technology allows incidental light wavelengths to be tuned for optimal solar cell absorption, enhancing power output or meeting specific customer needs. This enables a versatile range of transparent and colorful solar modules, combining efficiency with design flexibility.

CERTIFICATIONS

Materials-waveguide

Test items Test specification Test content Testing Lab.
UV ASTM G154 withstand UV PIDC
Abrasion CNS 11335 withstand abrasion PIDC
Chemical Compatibility ASTM D543-06 withstand acid, alkali SGS

Honeycomb

Test items Test specification Test content Testing Lab.
Wet leakage current IEC61215 No current leakage Great one global
Damp Heat Test IEC61215、IEC60904-1 The PV performance remains above 80% after the 1000 hrs test ITRI

Arc-solar

Test items Test specification Test content Testing Lab.
IP67 IEC60529 Withstand water and dust SGS
CE-EMC 2014/30/EU Compliance with the requirements set forth in the EUROPEAN COUNCIL Directive. Great one global
RoHS 2011/65/EU(EU2015/863) Compliance with EU, RoHS 2.0 Great one global
Thermal Cycling The PV voltage and appearance aren’t changed after the test. (-20℃ to 80℃/50 cycles/50%±10% RH) Winstek

Micro Energy Harvester

Test items Test specification Test content Testing Lab.
CE-EMC 2014/30/EU Compliance with the requirements set forth in the EUROPEAN COUNCIL Directive. Great one global