Category: Technology

Aiarty Video Enhancer brings AI-powered video upscaling, denoise, and restoration to improve video quality across professional and everyday workflows.

CHENGDU, CHINA, March 13, 2026 /EINPresswire.com/ — As awards season once again draws global attention to filmmaking and visual storytelling, the craft behind high-quality imagery once again becomes a focus of industry conversation, and video creation today extends far beyond Hollywood, into hobby film projects, personal vlogs, online tutorials, family video archives, and action camera recordings.

To support this expanding landscape of digital video creation, Aiarty Video Enhancer offers an AI-powered solution as part of the video processing workflow, designed to improve video clarity, restore details, enhance resolution, and output high-fidelity results.

From studio creations to hobbyists’ projects, the software helps content creators upscale video, reduce noise, remove blur, and improve older or lower-resolution recordings while preserving a natural look.

For Professional Workflow and Daily Video Enhancement

Aiarty Video Enhancer is desktop-based software to upscale and enhance video quality, with both AI inference and manual options for natural results across diverse scenarios.

It is integrated with specialized AI models to handle different video types or scenarios, addressing various quality problems: low-light grainy videos, low-resolution footage, old footage, compressed blocky visuals, or mixed-resolution files that are troublesome for further editing.

Among existing tools for video enhancement and processing, Aiarty Video Enhancer stands out in these aspects and beyond:

• Dedicated AI models for high-fidelity enhancement and GPU-optimized batch tasks
• Denoise, deblur, upscale, and restore natural details
• Manual strength control alongside auto AI inference for different video needs
• No plastic look or over-processing, keeping realism for each piece of footage
• Offline processing for 100% security, with no data leak risks
• One-time lifetime license, supporting unlimited free updates

Based on feedback from content creators, studio owners, videographers, and general home video users, below are some use cases where Aiarty Video Enhancer helps in daily digital life and creative workflows.

Case 1: Rescue Flawed Videos and Revive Old, Low-Resolution Collections

For grainy low-light scenes, retro 720p footage, or stuttering low frame rate videos, Aiarty Video Enhancer has dedicated AI models to enhance video quality, with auto AI inference to denoise video, fix blurriness, enhance clarity, and upscale to 1080p, 4K and custom resolutions.

Its Frame Interpolation feature can generate new frames based on AI-trained flow estimation, enhancing low-FPS videos to 60fps/90fps or higher, making it suitable for creating smooth slow-motion videos.

The built-in Audio Enhance can detect and reduce environmental noise in videos, delivering clear audio.

“I work with a lot of client projects where they provide older footage shot years ago, often in HD or sometimes even lower. Usually, I end up spending more time trying to fix noise and color than actually editing the story,” said Pascal Gauthier, co-founder of a creative production studio. “The ability to upscale to 4K while also cleaning up blurry or noisy clips is a massive time saver.”

Case 2: Simplify Mixed-Resolution Workflows for Content Creators

One common challenge faced by video creators is mixed resolutions of video files: a single timeline may include clips recorded with professional cameras, smartphone videos, screen recordings, archival material, or stock footage.

From 720p archives and 1080p web recordings to 4K camera footage, Aiarty Video Enhancer helps unify the resolutions to the desired dimension, upscaling low-quality videos while keeping the output video natural with realistic details. Then users can import high-quality videos into their video editing software for efficient workflows.

Case 3: Enhance Family Videos and Personal Archives

While mini films and vlogs are meant to be shared at 4K clarity for better visual experiences, family videos and precious personal collections also benefit from an AI-powered video quality enhancer.

Aiarty works efficiently to “upscale video and make video more clear. It clears video blur, turns videos to 2K, 4K. Really helpful for my video editing work,” said Viney. Another user, Daniel, shared his case: “I am using the Video Enhancer on some old 640×480 videos, including both AVI and MOV formats. On that old video recorded in 2009, the quality is definitely enhanced and the sound retained.”

Bringing AI Video Enhancement to Everyday Creators

As video creation continues to expand beyond professional filmmaking into everyday creations, Aiarty Video Enhancer sticks to its commitment to support this growing ecosystem, providing accessible, pro-grade desktop software to improve video quality and enhance video workflows across a wide range of scenarios.

Pricing and Availability

To enjoy the latest AI tech built into this video enhancer and integrate it into a flexible workflow for video quality boosts, download Aiarty Video Enhancer from its official site:
https://www.aiarty.com/ai-video-enhancer/

Aiarty Video Enhancer Lifetime License:

• $165.00 Lifetime / 3 devices, for Windows or Mac
• Enjoy unlimited updates to all future versions for life
• Bonus: Includes a free gift of Aiarty Image Enhancer, a desktop AI tool designed to upscale photos, remove noise, reduce blur, and restore image details.

About Aiarty
Aiarty is the AI-focused innovation brand from Digiarty Software, dedicated to developing cutting-edge multimedia solutions. With a talented team of passionate engineers dedicated to pushing boundaries, Aiarty develops cutting-edge AI tools meticulously crafted to elevate digital experiences worldwide.

About Digiarty Software
Digiarty Software, the developer of Aiarty, WinXDVD, and VideoProc, is a leading provider of multimedia software solutions for over 20 years. Renowned for their unwavering commitment to quality, performance, and customer satisfaction, Digiarty boasts a diverse software suite encompassing DVD backup, iPhone management, video transcoding, editing, and more. The comprehensive offering has garnered over 256 million software installations across 180 countries. To get more info about the company, please visit its official web page: https://www.aiarty.com/

WANG LI
Digiarty Software
+86 134 3847 4002
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Genesis Systems Leadership Gains Global Recognition as WaterCube® Passes the Department of Defense (DoD) Highest Water Tests; sees adoption on four continents

TAMPA, FL, UNITED STATES, March 13, 2026 /EINPresswire.com/ — As global water shortages intensify and infrastructure resilience becomes a national security priority, a new generation of technology innovators is emerging to tackle one of the world’s hardest problems: solving water scarcity. Among them is Shannon Stuckenberg, co-founder and CEO of Genesis Systems^®, who has been named to the prestigious Inc. Female Founders 500 List, recognizing the most innovative and impactful women entrepreneurs in America.

The recognition comes amid a wave of industry validation for Genesis Systems’ flagship technology, WaterCube^®, which produces clean drinking water directly from moisture in the air and is being deployed globally across defense, disaster response, and critical infrastructure markets. In the past month, the technology has received several major recognitions:

• First atmospheric water technology to pass the U.S. military’s drinking water “Gold Standard” testing protocols

• Best Outdoor Product Finalist at the International Builders’ Show hosted by the National Association of Home Builders (for the second time)

• Most Innovative Tech Award Finalist at the U.S. Resilient City Expo

Together, these technical and industry recognitions mark the momentum of a technology many experts believe will transform how water is produced and distributed.

A New Approach to Water Infrastructure with WaterCube^®

Genesis Systems^® develops atmospheric water technology (WaterCube^®) capable of producing drinking water from air using advanced materials and energy-efficient processes.

The company’s WaterCube^® technology represents a new category of distributed infrastructure referred to as “water-from-air” or atmospheric water generation, allowing clean water to be produced locally without relying on pipes, wells, or vulnerable or contaminated municipal systems.

Today, WaterCube^® systems are deployed across four continents, supporting military logistics, humanitarian missions, remote communities, and residents.

By the end of 2026, the systems are projected to support more than half a million people globally with water, sanitation, and hygiene.

Shannon Stuckenberg co-founded Genesis Systems^® in 2017 with her husband, Dr. David Stuckenberg. As a conservationist with a background in the U.S. Department of Interior, Shannon was appointed CEO in 2019. During her tenure, Shannon has grown the company from two staff members to more than fifty full-time employees.

“Water is the most fundamental resource on Earth besides air. Yet billions of people still depend on fragile infrastructure to access it,” said Stuckenberg. “Our mission is to make water available anywhere — safely, securely, and on demand — while reducing friction and improving life.”

In 2022, Genesis Systems^® was named the U.S. Most Fundable Company by Entrepreneur Magazine and Pepperdine University, besting more than 4,000 startups. The same year, Genesis Systems set a global record with the highest seed round ever raised by a water-tech startup. By 2025, Genesis Systems’ flagship WaterCube^® technology had been named a TIME Best Invention.

Technology Proven in Crisis

WaterCube^® has drawn international attention for its role in emergency response and preparedness for home and business owners. Coverage by WIRED documented the deployment of a WaterCube^® system during Hurricane Milton, when the State of Florida positioned the system at Johns Hopkins All Children’s Hospital in St. Petersburg as a backup water source after storm damage threatened local infrastructure.

The system can provide a resilient source of potable water at any time, illustrating how atmospheric water generation can support hospitals and critical facilities when conventional water systems fail.

Addressing a Defense Logistics Challenge

Genesis Systems’ technology is the product of enduring efforts to solve one of the military’s most persistent burdens: water supply and transport.

In many operational environments, water accounts for a large portion of logistics transport, creating risks and operational constraints for deployed forces.

WaterCube^® systems were designed to allow water to be produced directly where needed, reducing reliance on vulnerable supply chains. Passing the U.S. military’s rigorous potable water testing standards represents another major government validation of the technology’s safety and performance, in addition to civilian third-party testing.

The Next Frontier — Water for the Digital Economy

Genesis Systems^® is now expanding its technology into a new frontier for atmospheric water generation — utility-scale water production for data centers and AI infrastructure.

As hyperscale computing facilities require massive volumes of cooling water, the company is developing systems capable of producing water sustainably on site, reducing strain on municipal and community supplies while supporting next-generation digital infrastructure.

“We’re entering an era where water security is as critical as energy security,” Stuckenberg said. “Distributed water production like water from air will become essential infrastructure for everything from disaster response to AI computing.”

Female Founder Leading a Global Water Technology Movement

Shannon Stuckenberg’s recognition on the Inc. Female Founders list highlights the growing role of women entrepreneurs in shaping the future of climate technology, infrastructure, and resilience. Under her leadership, Genesis Systems has grown from a startup into a globally recognized award-winning technology company pioneering Renewable Water from Air (RWA) systems.

As climate pressures, population growth, and infrastructure vulnerabilities intensify, technologies capable of producing water anywhere will play a critical role in the future of global water security.

Stuckenberg said, “There is reason to look up. Hope is all around us. Hope is in the air.”

About Genesis Systems

Genesis Systems^® is a U.S. technology company developing Renewable Water from Air™ solutions for defense, disaster response, residential, and commercial infrastructure markets. Its flagship WaterCube^® systems generate clean drinking water directly from atmospheric moisture, enabling resilient and sustainable water supply without reliance on traditional infrastructure.

The company’s technologies are deployed globally and support military operations, emergency response, and emerging next-generation infrastructure solutions.

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First real-world validation of China’s YDHB-NS01 shows 100% success, shorter procedures than manual angiography, and no added radiation or complications

CHINA, March 13, 2026 /EINPresswire.com/ — A new study from Peking Union Medical College Hospital finds that robot-assisted cerebral angiography using China’s YDHB-NS01 system achieved a 100% success rate and significantly shorter procedure times than manual methods, without increasing radiation exposure, contrast use, or complications. This prospective study provides real-world clinical validation and highlights the potential of robotic systems to reduce occupational radiation risks in neurointerventional surgery.

Digital subtraction angiography remains the gold standard for diagnosing cerebrovascular diseases, including intracranial aneurysms, arteriovenous malformations, and arterial stenosis. However, the procedure requires operators to work under fluoroscopic guidance, resulting in prolonged exposure to ionizing radiation. To address this issue, vascular interventional robotic systems have been developed to allow operators to perform procedures remotely from the radiation zone.

In a study published in Volume 12 on January 30, 2026, in the Chinese Neurosurgical Journal, Dr. Yuanli Zhao, from Peking Union Medical College Hospital in Beijing, China, and his team evaluated the clinical safety and efficacy of a domestically produced robot-assisted system (YDHB-NS01) for cerebral angiography. The study also included a review of the current status, advantages, and challenges of robot-assisted technology in cerebrovascular interventions.

“The preliminary clinical application demonstrates that the YDHB-NS01 robot-assisted system is feasible for diagnostic cerebral angiography and shows early indications of safety and comparable procedural performance to those of conventional manual methods,” quotes Dr. Zhao.

From May to August 2025, the team prospectively enrolled 25 consecutive patients who underwent robot-assisted cerebral angiography and 25 consecutive patients who underwent manual cerebral angiography at the same center. All procedures were performed by a single neurosurgeon. The primary endpoints were technical success rate and clinical success rate. Secondary endpoints included procedure time, fluoroscopy time, patient radiation dose, contrast agent volume, total angiography room time, device performance evaluation, and complication rate.
All 50 procedures were successfully completed, resulting in a 100% technical and clinical success rate in both the robotic-assisted and manual groups. All target vessels were clearly visualized and met diagnostic requirements.

The median procedure time was significantly shorter in the robotic-assisted group than in the manual group: 27 minutes versus 38 minutes (p = 0.005). There were no statistically significant differences between the two groups in fluoroscopy time, patient radiation dose, contrast agent volume, or total angiography room time (all p > 0.05).

“There were no differences between the two groups in fluoroscopy time, patient radiation dose, contrast agent dose, or total angiography room time,” Dr. Zhao reported.

The robotic system operated stably throughout the procedure without mechanical or system failures. Operator evaluations reported smooth catheter and guidewire delivery, stable manipulator fixation, responsive control handles, and good force feedback.

No complications occurred in any of the 50 patients. There were no puncture-related complications and operation-related complications, such as vessel spasm, injury, perforation, or thromboembolism. No neurological complications, including transient ischemic attack or ischemic stroke, and no contrast-related adverse reactions. A learning curve was observed in the robotic-assisted group. The first two cases required longer procedure times and higher radiation doses, and the subsequent 23 cases showed more stable procedural parameters.

Dr. Zhao describes this investigation as a single-center post-marketing case series: “Given the small, single-center cohort and the exploratory nature of this study, larger multicenter controlled trials are required to confirm these findings.”

In addition to the clinical data, the article includes a literature review summarizing the development and clinical application of various robotic systems in neurointervention, including their reported technical success rates, procedural outcomes, and limitations. The authors note ongoing challenges, including improving force feedback, optimizing imaging integration, and enhancing compatibility with commercial devices.

***

Reference
Title of original paper: Clinical validation and literature review of robot-assisted cerebral angiography
Journal: Chinese Neurosurgical Journal
DOI: 10.1186/s41016-026-00426-w

About the University
Founded in 1921, Peking Union Medical College Hospital (PUMCH) is widely regarded as one of China’s most respected and trusted hospitals. Located in the heart of Beijing, it has built a reputation for combining compassionate patient care with rigorous scientific research and medical innovation. Generations of physicians trained at PUMCH have gone on to become leaders in Chinese medicine. The hospital is known not only for treating complex and rare conditions, but also for setting national standards in clinical practice, education, and research. Its teams continue to play a central role in advancing modern medicine in China.
Website: https://www.pumch.cn/en/edu_overview.html

About Dr. Yuanli Zhao from Peking Union Medical College Hospital
Dr. Yuanli Zhao, M.D., is a chief physician, doctoral supervisor, and leading cerebrovascular surgeon who pioneered neuronavigation-guided minimally invasive surgery for brain tumors and complex vascular diseases in China. Since 2005, he has led the Department of Cerebrovascular Surgery and Geriatric Oncology at Peking Union Medical College Hospital and has served as part-time Head of Neurosurgery at Peking University International Hospital since 2015. A key contributor to national research on giant intracranial aneurysms and arteriovenous malformations, he has received three second-prize National Scientific and Technological Progress Awards and published over 80 high-impact papers.

Yi Lu
Chinese Neurosurgical Journal
+861059978478 ext.
luyi617@sina.cn

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KOCHI, INDIA, March 13, 2026 /EINPresswire.com/ — Sturlite, one of India’s leading electric and lighting brands, has announced the successful implementation of SAP S/4HANA EWM Public Cloud & RF Integration in partnership with Fingent. The initiative, which began in November 2025, is now officially wrapped up, marking a major milestone in Sturlite’s warehouse modernization. The team now looks forward to more intelligent warehouse operations and enhanced supply chain capabilities.

Sturlite’s Vision for Modernization

Sturlite has always embraced modernization as a core part of its growth journey. Established in 2009, the company has steadily grown into one of India’s recognized brands in the electrical and lighting industry. Their strategy has remained consistent—adapting and evolving with changing times.

In today’s turbulent markets, where consumer demands and supply chain requirements are constantly shifting, Sturlite recognized the need to leverage new-age technologies to transform its warehouses. By implementing SAP S/4HANA EWM Public Cloud & RF Integration, the company can now benefit from enhanced visibility, improved operational accuracy, and more streamlined warehouse operations.

The Implementation Journey

The SAP EWM implementation for Sturlite was led by Fingent’s SAP experts. The team worked closely with Sturlite to ensure a smooth transition to the new system. As an SAP Silver Partner, Fingent developed a strategic roadmap to support secure data migration and effective system optimization, while ensuring uninterrupted business operations during the transition.

With years of experience in delivering enterprise SAP solutions, Fingent has consistently empowered modern businesses in driving digital transformation. Known for a solution-driven approach and strong implementation expertise, Fingent has always proved to be a reliable SAP partner for growing businesses.

For Sturlite, the Fingent team ensured a smooth implementation through continuous monitoring, database health checks, and effective system configuration.
The Fingent team continues to provide technical support and guidance to ensure the system operates smoothly and is effectively integrated into Sturlite’s daily warehouse operations.

Why Are Businesses Turning to SAP EWM PUBLIC CLOUD

As supply chains grow more complex and customer expectations continue to rise, organizations are increasingly turning to advanced warehouse management solutions like SAP Extended Warehouse Management (EWM) on Public Cloud. The solution empowers businesses with:

Faster time to implement with Industry best practices
Real-time visibility into inventory
Optimized warehouse layouts
Automated key processes
Order fulfilment speed, and
Improved order accuracy.

By integrating warehouse operations with enterprise-wide systems, SAP EWM Public Cloud helps businesses reduce operational errors and inefficiencies. For companies operating in large or complex warehouse environments, SAP EWM systems provide the scalability and control required to support long-term growth.

What’s Ahead for Sturlite

The SAP S/4HANA EWM Public Cloud implementation & RF Integration promises a more streamlined and efficient warehouse management for Sturlite. SAP EWM is designed to help organizations manage complex warehouse environments with efficiency. The platform offers real-time inventory tracking, optimized storage management, automated workflows, and improved order fulfillment.

By adopting SAP EWM Public Cloud & RF Integration, Sturlite can now reduce manual effort, minimize errors, and increase operational speed. It will also help them scale warehouse operations while maintaining accuracy and control.

With the successful SAP EWM Public Cloud implementation & RF Integration, Sturlite is now better equipped to tackle the market challenges. Greater operational transparency and the ability to respond quickly to changing demands will now power them to function smarter and deliver more quickly.

The transformation will further strengthen the company’s growth trajectory and competitiveness in India’s dynamic electrical and lighting industry.

Joby Antony
Fingent
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ZHUHAI, GUANGDONG, CHINA, March 13, 2026 /EINPresswire.com/ — The intersection of global manufacturing and sustainable industrial processing is frequently highlighted at specialized international forums. Among the most significant gatherings for the photopolymerization industry is the RadTech UV+EB Technology Expo & Conference in the United States. This event serves as a central hub for professionals involved in ultraviolet (UV) and electron beam (EB) technologies. As the industry continues its shift toward energy-efficient and environmentally conscious production methods, the presence of established manufacturers at such expositions underscores the global nature of the supply chain. This article examines the significance of the RadTech event and profiles Zhuhai Tianhui Electronic Co., Ltd., a participant representing the sector of UV LED packaging and curing solutions.

The RadTech UV+EB Technology Expo & Conference: An Industry Barometer
The RadTech UV+EB Technology Expo & Conference represents the largest dedicated event for UV and EB industry technologies in North America. It is organized by RadTech International North America, a non-profit trade association dedicated to the advancement of ultraviolet and electron beam technologies. The conference acts as a barometer for the health and direction of the curing industry, bringing together suppliers, formulators, equipment manufacturers, and end-users from diverse market verticals.

The primary focus of the RadTech conference is the science of photopolymerization. This process involves using light energy to change the physical state of a material, typically converting a liquid resin into a solid plastic or coating. This technology is critical in numerous sectors, including automotive manufacturing, graphic arts, electronics, medical device assembly, and additive manufacturing (3D printing). The event provides a technical forum where academic papers are presented, and panels discuss the latest regulatory developments, particularly those concerning volatile organic compounds (VOCs).

A dominant theme in recent iterations of the RadTech Expo is the industry-wide transition toward sustainability. Traditional thermal drying processes often require significant energy consumption and can emit solvents into the atmosphere. In contrast, UV and EB technologies are recognized for their ability to cure materials instantly with reduced energy input and minimal to no emissions. The conference dedicates substantial programming to these environmental benefits, exploring how manufacturers can lower their carbon footprint while maintaining high production speeds.

Furthermore, the Expo highlights the technological evolution from traditional mercury-vapor lamps to UV LED curing systems. This transition is driven by the desire for longer equipment lifespans, lower heat output, and the elimination of mercury, a hazardous material. Exhibitors at RadTech display the latest advancements in photoinitiators—chemicals that react to specific wavelengths of light—as well as the engineering behind the light sources themselves. The event also serves as a critical networking space where the supply chain connects. It allows raw material suppliers to interface with system integrators, ensuring that the chemistry of inks and coatings is perfectly matched with the spectral output of the curing hardware.

Discussions at the conference also extend to emerging applications. While printing and packaging remain foundational markets, the technology is expanding into battery manufacturing for electric vehicles, where UV curing is used for binding and coating electrode materials. Additionally, the role of UV technology in coil coating, wood finishing, and functional coatings for consumer electronics is heavily featured. The RadTech UV+EB Technology Expo thus functions not merely as a trade show, but as a comprehensive educational platform that defines the trajectory of industrial surface finishing and material assembly.

Zhuhai Tianhui Electronic: Advancing UV LED Solutions
Within this global context of technological advancement, Zhuhai Tianhui Electronic Co., Ltd. operates as a specialized entity in the UV LED sector. Established in 2002, the company positions itself as a production-oriented high-tech enterprise. Its operational model integrates research and development, manufacturing, sales, and solution provision. Unlike companies that focus solely on assembly, Tianhui Electronic specializes in UV LED packaging—the critical process of enclosing the LED semiconductor chip to protect it and ensure efficient light extraction and thermal management.

The core of Tianhui’s operations lies in its comprehensive approach to UV spectrum applications. The company’s product portfolio covers the full range of ultraviolet wavelengths, including UVA (320–400 nm), UVB (280–320 nm), and UVC (200–280 nm). This spectral diversity allows the company to cater to different industrial requirements. UVA is predominantly used for curing applications, such as drying inks, adhesives, and coatings, which aligns closely with the technologies showcased at events like RadTech. UVB and UVC ranges are utilized in medical applications, sterilization, and disinfection protocols, reflecting the broader utility of UV technology beyond industrial curing.

Tianhui Electronic emphasizes its capabilities in UV LED packaging technology. Packaging is a determinant factor in the performance of an LED, influencing its intensity, thermal resistance, and operational lifespan. The company offers a production series that ranges from small-power specifications to high-power modules. This flexibility is essential for system integrators who require specific form factors and power densities for different machinery. For instance, a large-format printer requires a different curing module compared to a compact medical device used for bonding catheters. By controlling the packaging process, the company maintains oversight regarding the consistency and reliability of the light output.

The comprehensive solutions provided by Tianhui extend to finished products. This indicates a capability to supply not just the component LEDs, but also the integrated modules and systems required for end-use. In the context of UV LED curing solutions, this involves the engineering of arrays that deliver uniform irradiance across a target surface. Uniformity is vital in industrial processing; uneven curing can lead to product defects such as tackiness or poor adhesion. Tianhui’s focus on solution provision implies a technical engagement with clients to match the LED specifications—such as peak wavelength and optical power—to the chemical requirements of the UV-curable materials being used.

Market trends indicate a growing demand for customized UV LED solutions. As industries adopt UV curing for temperature-sensitive substrates, such as thin films in electronics or heat-sensitive plastics in packaging, the “cold curing” nature of LEDs becomes advantageous. Tianhui Electronic addresses this market need by offering products that mitigate heat transfer to the substrate while delivering sufficient energy to initiate the polymerization reaction. The company’s competitive pricing strategy aims to make these advanced curing systems accessible to a broader range of manufacturers, potentially accelerating the adoption of LED technology over legacy systems.

The company’s portfolio also addresses the increasing strictness of global sterilization standards through its UVC products. While the RadTech conference focuses heavily on curing, the underlying semiconductor technology for UVC disinfection shares manufacturing principles with UVA curing LEDs. Tianhui’s expertise in packaging allows them to navigate both sectors, leveraging thermal management techniques developed for high-power curing LEDs to improve the efficiency of sterilization modules.

Tianhui Electronic maintains a digital presence to facilitate information access for global partners and clients. Detailed specifications regarding their UV LED packaging series, wavelength options, and finished product solutions can be reviewed on their official website at https://www.tianhuiuvled.com/. This platform serves as a repository for technical data, outlining the electrical and optical characteristics of their product lines.

Conclusion
The industrial landscape for UV and EB technologies is defined by a constant drive for efficiency and precision. Events like the RadTech UV+EB Technology Expo & Conference provide the necessary venue for understanding macro-level industry shifts, such as the move toward sustainable manufacturing and the technical evolution of photopolymerization. Concurrently, manufacturers like Zhuhai Tianhui Electronic Co., Ltd. provide the essential hardware and packaging solutions that enable these shifts.

By combining integrated R&D with a focus on consistent UV LED packaging across the UVA, UVB, and UVC spectrums, Tianhui Electronic supports the supply chain that drives modern industrial curing and sterilization. The synergy between global technical forums and specialized solution providers ensures that the benefits of UV LED technology—ranging from energy savings to enhanced process control—are realized across diverse industrial applications.

Zhuhai Tianhui Electronic Co., Ltd.
Zhuhai Tianhui Electronic Co., Ltd.
+867566986060 ext.
rong@thuvled.com
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Driving the future of renewable outdoor lighting through cutting-edge solar technology, intelligent control systems, and large-scale global deployment.

CALIFORNIA, CA, UNITED STATES, March 13, 2026 /EINPresswire.com/ — The global transition towards sustainable and off-grid energy solutions has accelerated demand for advanced solar lighting technology. As municipalities, governments, and private entities worldwide seek to reduce carbon footprints and operational costs, Solar Street Light Manufacturers are at the forefront of this transformation. Chinese manufacturers, in particular, have evolved from volume producers to leaders in technological innovation, quality, and comprehensive solution design. This article examines three leading Chinese Solar Street Light Manufacturers in 2026, with a detailed focus on Cmoonlight (Shenzhen Moonlight Technology Limited Co., Ltd.).

The Global Shift Towards Intelligent Solar Infrastructure

The push for smart city development and rural electrification projects worldwide has created unprecedented demand for reliable, energy-independent lighting. Municipal engineering, road construction, and highway service area projects increasingly require solutions that combine high brightness, smart controls, and minimal maintenance. Chinese manufacturers have responded by integrating cutting-edge technologies such as MPPT controllers, high-efficiency monocrystalline solar panels, and durable LiFePO4 batteries into their product lines, setting new benchmarks for performance and longevity in markets across the Philippines, South America, the Middle East, and Africa.

Top 3 Solar Street Light Manufacturers: A Comparative Analysis

Selecting the right manufacturer is critical for project success, balancing technical specifications, certification compliance, and long-term support. The following analysis highlights three industry leaders.

1. Shenzhen Moonlight Technology Co., Ltd. (Cmoonlight) – The Integrated Innovation Leader

Company Profile & Scale: Established in 2010, Shenzhen Moonlight Technology Co., Ltd. (branded as Cmoonlight) is a high-tech enterprise dedicated to the research, production, sales, and service of solar power systems and solar LED street lights. The company operates from a 20,000 square meter manufacturing facility and employs approximately 245 staff, including an R&D team of 25 engineers. With an annual output capacity of 120,000 units and a monthly production capacity of 8,000 units, Cmoonlight’s products are used in more than 120 countries and over 400 cities globally, with exports accounting for 100% of its business. Its main markets include the Philippines, South America, Thailand, Malaysia, the Middle East, and Africa.

Product & Technological Edge: Cmoonlight’s philosophy centers on the belief that integrated all-in-one solar street lights represent the future of the industry. The company’s product portfolio is extensive, covering All-in-One/Integrated Solar Street Lights, Split Solar Street Lights, All-in-Two Solar Street Lights, Auto-Cleaning Solar Street Lights, Smart Solar Street Lights, Vertical Solar Wrapped Light Poles, and LED Street Lights.

Key technological innovations include:

· Foldable Design (Palm Series): Models like the ML-PALM-100 feature a 140W double-sided high-efficiency monocrystalline solar panel, a 12.8V 45Ah LiFePO4 battery, and a 100W LED with an efficacy of 200 lm/W. The foldable panel design optimizes the angle towards sunlight, increasing energy capture.

· Smart & Auto-Cleaning Systems: The Auto-Clean All-in-One series, such as the ML-CL-100, incorporates a self-cleaning mechanism to maintain panel efficiency and uses a 130W solar panel paired with a 60Ah battery.

· Advanced Sensing: Integrated microwave sensors offer a motion detection range of 15 meters, surpassing the typical 8-meter range of standard PIR sensors.

· Superior Efficiency: The products utilize MPPT solar controllers, which provide a 25% higher conversion rate compared to traditional PWM controllers. The integrated solar street lights offer a photoelectric conversion efficiency that is 22% higher than many alternatives.

· Risk Mitigation: To address a common failure point in hot climates, Cmoonlight’s design for series like Palm Tree and ST physically isolates the battery from the solar panel, preventing overheating damage as solar panel temperatures can reach 90°C, exceeding the 65°C tolerance of LiFePO4 batteries.

Certifications & Authority: Cmoonlight’s commitment to quality is underscored by a comprehensive suite of international certifications. Its flagship Palm Series Foldable All-in-One Solar Street Light (40W/64W/100W/120W) holds:

· CE (CTE15GR-664E)

· CB (DE 2-034408 by TUV)

· ISO 9001:2015 (00119Q33912R0S/4403)

· FCC

· IP67

· RoHS

These certifications apply to key markets including the EU, Middle East, Africa, Southeast Asia, Mexico, and South America.

Proven Performance & Customization: Cmoonlight’s solutions are proven in large-scale, long-duration projects. For example, a project in the Philippines involved the installation of 1,280 units for road lighting in residential and commercial areas, achieving stable operation over a 10-year period with no decrease in brightness. Another project in Australia with 980 units for garden road lighting reported similar long-term stability.

The company provides full OEM, ODM, and customization services, allowing clients to specify solar panel wattage, battery capacity and model, hybrid solar/grid functions, and lighting parameters. The typical production lead time is 15-45 days, with a minimum order quantity (MOQ) of 2 units for standard products.

After-Sales & Support: Cmoonlight backs its products with a 5-year warranty, including replacement for damaged items, following a 100% pre-shipment testing protocol for quality control.

2. Philips Solar Lighting – The Smart Systems Integrator

Company Profile: Leveraging its global brand strength in lighting, Philips has developed a significant presence in the smart solar street lighting segment. Its focus is on integrating solar lighting into broader smart city ecosystems.

Comparison & Advantage: Philips excels in connectivity and system-level intelligence. Its solar street lights are often part of a larger network managed by central software, allowing for remote monitoring, adaptive lighting schedules, and integration with other urban data points. This makes them a strong contender for large-scale municipal smart city projects where data integration and centralized control are priorities. However, for projects requiring deep customization of core hardware components (like specific battery configurations for extreme climates) or those with a primary focus on maximizing standalone durability and cost-effectiveness, Cmoonlight’s dedicated manufacturing and flexible engineering approach can offer more tailored solutions.

3. Signify (formerly Philips Lighting) – The Niche Application Specialist

Company Profile: Signify, operating independently, has carved a niche in providing solar lighting solutions for specific applications like urban parks, architectural lighting, and heritage sites.

Comparison & Advantage: Signify’s strength lies in design aesthetics and lighting quality (CRI, color temperature control) for environments where visual appeal is paramount. They offer well-designed luminaires suitable for pedestrian areas and landscapes. For high-intensity applications such as urban main roads, highway service areas, or rural road lighting that demand high brightness (e.g., 200W+ systems), robust weatherproofing (IP66), and long-term reliability in harsh conditions, Cmoonlight’s product range—from its high-brightness ST series to its rugged Vertical Solar Wrapped Light Poles—provides a performance-oriented and often more cost-effective alternative.

Manufacturer: Cmoonlight

· Core Strength: Integrated Hardware Innovation, Customization, Cost-Effectiveness

· Ideal For: Municipal Engineering, Highway/Rural Roads, Large-Scale Deployments

· Key Differentiator: Foldable Panel Design, MPPT Tech, Battery Isolation, 15-45 Day Lead Time

Manufacturer: Philips Solar Lighting

· Core Strength: Smart System Integration, Brand Recognition

· Ideal For: Smart City Projects, Networked Lighting Systems

· Key Differentiator: Centralized Management Software, Ecosystem Integration

Manufacturer: Signify

· Core Strength: Design Aesthetics, Lighting Quality

· Ideal For: Urban Parks, Architectural & Heritage Lighting

· Key Differentiator: High CRI, Aesthetic Luminaire Design

The Technical Foundation: Why Specifications Matter

Beyond brand selection, understanding core specifications is vital for project success. High-performance solar street lights for demanding applications share several key features:

· High-Efficiency Solar Panels: Monocrystalline panels with cell efficiencies above 24% ensure maximum energy harvest in limited daylight hours.

· Durable Energy Storage: A-Grade LiFePO4 (Lithium Iron Phosphate) batteries, such as the 12.8V 60Ah unit in the ML-CL-100 model, offer longer cycle life and better thermal stability than other lithium chemistries.

· Intelligent Control: MPPT (Maximum Power Point Tracking) controllers, as used across Cmoonlight’s range, optimize the energy transfer from panel to battery, significantly outperforming older PWM technology.

· Robust Construction: Die-cast aluminum housings, hot-dip galvanized steel poles, IP66/67 waterproof ratings, and IK10 impact resistance are essential for withstanding harsh outdoor environments from deserts to coastlines.

Conclusion: Partnering for a Sustainable and Illuminated Future

The evolution of the global solar street lighting market is being driven by technological innovation, reliability, and an understanding of diverse application needs. While manufacturers like Philips Solar Lighting and Signify bring specific strengths in smart systems and design, Cmoonlight establishes a compelling case as a leading partner for projects requiring robust, customizable, and high-performance hardware solutions. With its integrated manufacturing, proven track record in over 120 countries, comprehensive international certifications, and a strong focus on R&D—such as its innovative battery isolation design for hot climates—Cmoonlight is well-positioned to support the world’s growing infrastructure and sustainability goals.

Investing in the right solar street light technology is an investment in energy independence, reduced operational costs, and environmental stewardship. As specifications for brightness, durability, and smart features continue to rise, the choice of manufacturer becomes a critical determinant of long-term project success.

Contact Cmoonlight

For detailed technical specifications, project case studies, or to discuss a custom solar lighting solution:

📞 Phone/WhatsApp: +86 18823328907
📧 Email: info@cmoonlight.com
🌐 Website: https://cmoonlight.com
🌐 Blog: https://blog.cmoonlight.com/

Address: Huiye Science Park, Tangtou Avenue, Tangtou Community, Shiyan Street, Baoan District, Shenzhen, China.

Kim
Shenzhen Moonlight Technology Co., Ltd.
+86 188 2332 8907
info@cmoonlight.com
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