PV-X Plus Featured in High-Performance Semitransparent OPV Modules
Semi-transparent PV modules achieve up tp 9.26% efficiency. Industry-ready manufacturing process enables large-scale production of organic solar modules.
Advancing the Industrialization of High-Efficiency OPV
Raynergy Tek is proud to celebrate this milestone with our long-term partner, ASCA.
ASCA has successfully industrialized a novel NFA-based photoactive material system, marking an important step toward the commercialization of next-generation organic photovoltaics (OPV).
Product Launch PD-1300-T1 — Organic SWIR Photodetector
We’re excited to introduce PD-1300-T1, our new developed functional ink for 1300nm SWIR optical sensor applications.
With EQE > 20% and low dark current, this material delivers exceptional performance for next-generation sensing and imaging.
Isorg and Raynergy Tek Join Forces to Develop Organic Photodetectors for Consumer Electronics Market
This collaboration marks an important step towards advancing OPD SWIR technology to launch next generation products Isorg, a pioneer in Organic PhotoDetectors (OPDs) and large area image sensors, and Raynergy Tek, a leader in organic semiconductor announce the signature of a Joint Development Agreement to accelerate the development of OPD technology for short-wave infrared (SWIR) image sensors and detectors, which can be applied on next-generation biometric authentication on consumer electronics products.
We are pleased to announce that Raynergy Tek is certified ISO 14001:2015 by DNV
Taking care of our environment, and preventing our company from causing negative impacts on the environment, are two of the most important challenges facing businesses today. One of the biggest intention of implementing an Environmental management system to show our commitment are among those businesses that care enough to reduce our environmental footprint. We care for our environment and wanted to ensure we use all the resources in the best way we could.
Market-leading indoor solar cell manufacturer Epishine and advanced organic semiconductor supplier Raynergy Tek announce the signing of a supplier agreement. This strategic partnership represents a milestone in their shared commitment to advancing the field of indoor solar cell technology through collaborative efforts and combined expertise in their respective fields.
Under a national program collaborated with Prof. Fang-Chung Chen from National Yang Ming Chiao Tung University, by using our proprietary organic semiconductor functional ink, PD-940, which is capable to sensor near infrared light up to 1000 nm, an oximeter-like device was made to detect heart rate and blood oxygen.
Happy to introduce our new Chairman, Ms. Joanne Hsiao!
Ms. Joanne Hsiao, a veteran in printing industry who has more than 20 years of experiences in Business development in Japan, Greater China, Europe and Taiwan, she is one of our founding and key shareholders from day one till today and have shown us unwavering supports throughout these years. Congratulations on the new role!
Raynergy Tek is certified with ISO 9001:2015 by DNV!
A Quality Management System ensures we execute Plan. Do. Check. Act to quickly response, feedback, readjust, revamp to meet our quality assurance on product targets to our business partners. We pledge our systematic way of work planning, details recording with proper design on feedback loop that minimize wrongdoings and ensures we do not misfocus on the way to create win-win with our business partners.
Photocatalytic water splitting for hydrogen and oxygen generation are seeing a new wave of interests as it allows converting solar energy into chemical energy, and membrane-based operations could offer the possibility to achieve one-step hydrogen generation from water splitting at ambient temperature without needing further energy inputs, contributing to a so called “clean Hydrogen Economy”. Therefore, the pursuit of innovative photocatalysts which can enhance the photocatalytic activity is imperative and continuously gain increased interests in R&D of Hydrogen generation.