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JA SOLAR and Borussia Dortmund Announce Partnership and Joint Major Project

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BEIJING, April 2, 2025 /PRNewswire/ — The PV module manufacturer JA SOLAR and the renowned football club Borussia Dortmund are joining forces for the installation of a new photovoltaic system on the roof of SIGNAL IDUNA PARK-creating the world’s largest PV system on a stadium roof. The stadium, which hosts the highest average number of spectators per match in European football, now also becomes a flagship of sustainable innovation.

In selecting new partners, JA SOLAR places a strong emphasis on integrity, respect, and the pursuit of sustainable solutions. These values are central to its collaboration with Borussia Dortmund. With this new installation in Dortmund, JA SOLAR delivers exceptional product quality for the purpose of decarbonization.

Aligned with the sustainability goals and long-term vision of both Borussia Dortmund and JA SOLAR, this project will generate reliable green electricity for the next 30 years, uniting two powerful partners with a shared commitment. It also represents JA SOLAR’s long-term dedication to the European PV market.

The world-famous football temple with its legendary “Yellow Wall.” The highly efficient Full-Black modules from JA SOLAR. This unique combination brings unparalleled black-and-yellow energy-on the pitch, in the stands, and now on the roof-setting a new standard for the energy transition.

JA SOLAR’s sleek black modules, perfectly matching Borussia Dortmund’s iconic colours, are already widely used on private homes for their aesthetic appeal. The Borussia Dortmund project also demonstrates that these modules-and others from JA SOLAR’s extensive portfolio-are equally suitable for commercial rooftops. All modules used in this project meet the JA Solar ITS Supply Chain Standard.

More than 11,000 modules will be installed on the stadium roof. In total, the system will generate over 4 GWh annually for Borussia Dortmund’s own consumption. This serves as an inspiring example for other organizations. The rooftop system is expected to reduce the club’s CO₂ emissions by approximately 1,800 tons per year, while significantly improving the stadium’s energy security and resilience. For perspective: this solar energy could power the floodlights for 1,000 matches per year.

Installation is scheduled to begin in summer 2025, with completion targeted by the end of that same summer.

Carsten Cramer, Managing Director of Borussia Dortmund GmbH & Co. KGaA: “We are very pleased about the partnership with JA SOLAR, which will play a key role in the planned renovation of the photovoltaic system on the roof of SIGNAL IDUNA PARK. This collaboration underlines our commitment to sustainability and innovative technologies. With JA SOLAR’s modules, which will power the largest photovoltaic system on any stadium roof, we are setting the course for a more environmentally friendly future.”

Henning Schulze, Vice President JA SOLAR: “We believe that Borussia Dortmund and JA SOLAR share many common values, and we are really proud that our modules are to be used for this project at this iconic stadium. In times of rapid political change and market disruption, our participation in this project is a clear statement from JA SOLAR that we are here to stay.”

JA looks forward to welcoming customers from all over the world together with representatives of Borussia Dortmund at Intersolar Europe in Munich from 7-9 May at stand A2.280. For inquiries in advance, please contact us at info@jasolar.com.

About JA SOLAR

Grow towards the sun, stride forward to our goal! Since 2005, we have been pursuing our mission to make solar energy accessible to as many people as possible. As one of the market leaders, we want to be a role model with sustainable and social corporate development. Customer-centricity, the well-being of our employees and increasing value for our owners are all among our core values. Working closely with our global partners, we are creating a mutually beneficial industrial ecosystem and driving progress in energy and environmental solutions. More information at  https://www.jasolar.com/.

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SOURCE JA Solar Technology Co., Ltd.

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ASTRI Triumphs at International Exhibition of Inventions Geneva, Clinching 16 Awards

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HONG KONG, April 13, 2025 /PRNewswire/ — The Hong Kong Applied Science and Technology Research Institute (ASTRI) has made a stellar showcasing at the 50th International Exhibition of Inventions Geneva, securing 16 awards. These include 1 Gold Medal with Jury Congratulations, 4 Gold Medals, along with 7 Silver Medals and 4 Bronze Medals. The award-winning projects feature cutting-edge technologies such as artificial intelligence (AI), 3D integrated circuits, 5G communications, blockchain and visual sensing, with wide-ranging applications in various sectors, promising to benefit both industry and the public. 

Ir Sunny Lee, Board Chairman of ASTRI, expressed his delight of the institute’s achievements. “This success not only reflects the global recognition of Hong Kong’s innovation and technology (I&T) research excellence but also underscores our commitment to accelerating commercialisation of research outcomes.”

He said that the strong backing from both the central and HKSAR governments have created unprecedented opportunities for the I&T sector.  ASTRI, he added, remains dedicated to aligning with government policies and strategic development blueprints, while fostering collaboration across government, industry, academia, research and investment sector aiming to support Hong Kong-developed technologies to go global.

Dr Ying Huang, Acting CEO and Chief Technology Officer of ASTRI, highlighted the dedication of the ASTRIANs. “Each award-winning invention reflects the relentless efforts of our teams and validates their excellence in high-quality research.”  

He was pleased to learn that ASTRI’s technologies, recognised as practical solutions to industry pain points, were well-received by the judges. “With the tremendous support from the HKSAR government and the industry, we are committed to enhancing Hong Kong’s competitiveness through technology, ensuring that more people benefit from our research outcomes,” he added.

Two winning innovations were co-developed by ASTRI and the MTR Corporation. The “Automatic Tunnel Inspections System” won the Gold Medal with Jury Congratulations, while the “Power Demand Optimisation AI Cohort” won the Gold Medal.

The International Exhibition of Inventions Geneva, held from 9 to 13 April, is one of the world’s premier events celebrating innovation. This year’s exhibition brings together over 1,000 inventions from 45 countries and regions, with awards selected by an international panel of expert judges.

Awards

Inventors

Invention Name and Description

Gold Medal

Chi Wai
Neville NG,

Suk Ling
Elaine LEE

Tiny Machine Learning Platform for Computation
Optimisation
A standalone tiny machine learning device utilising optimised
Convolutional Neural Network (CNN) architecture and
algorithms designed for environments with limited resources,
power, and latency requirements. CNNs, widely deployed in
artificial intelligence applications including voice command
recognition on edge devices, are reimagined through this
hardware platform specifically engineered to reduce
computational complexity via block float point calculations.

Gold Medal

Yuelin WANG,

Ziqi WANG,
Chun ZHANG

Continuous Line for Automatic Diamond Colour Grading
This is a sophisticated automated diamond colour-grading
machine capable of continuous assessment with ±0.5 grade
accuracy. This revolutionary technology uses standard
unbiased internal references to evaluate loose ‘diamonds’
colour grade, eliminating subjective human assessment and
standardising the valuation process throughout the gemstone
industry.


Gold Medal

Meijing TIAN,

Ting Hei WAN,

Caiyun MIAO,

Nan LUO,

Xueyan TANG,

Jinbo JIANG

Dynamic Hybrid-frequency Spatial-carrier Deflectometry-
based 3D Inspection System
This invention introduces a high-resolution dynamic 3D defect
inspection system tailored for thin films in new energy
applications. Unlike traditional 2D inspection methods, it
excels in identifying 3D defects that can cause short circuits
or overheating in batteries. It is also adaptable for inspecting
a wide range of specular surfaces on motion production lines,
ensuring versality and reliability in industrial settings.

Silver Medal

Huimin GUO,

Wenchao WU,

Chun Kit LAU

A Portable Automatic Control System for Capsule
Endoscopy in Stomach
This revolutionary capsule endoscopy system offering
automated and precise stomach examination solution.
Employing cutting-edge control algorithms and 3D
reconstruction technology, this system delivers enhanced
diagnostic accuracy whilst significantly reducing costs,
making gastrointestinal evaluations more accessible to
patients.

Silver Medal

Yan WANG,

Tao LI,

Wing Ki YEUNG

Efficient Data Storage Methods for AI Computing
Revolutionise AI capabilities with this groundbreaking solution
addressing surging storage demands and energy
consumption. By harnessing unique AI data characteristics,
this innovation delivers efficient compression and resource
allocation, substantially reducing storage requirements and
power usage, realising a more intelligent and sustainable
data management for tomorrow’s technological landscape.

Silver Medal

Ying DONG,

Xiaodong WANG,

Yau Yau Yolanda TSANG,

Simon Yee WONG

Autonomous Connectivity Suite for Critical 5G
Applications
In mission-critical 5G applications such as autonomous
vehicles and smart cities, stability is paramount to prevent
costly downtime. This innovation, featuring Stream Control
Transmission Protocol (SCTP) with automatic reconnection,
enhances logistics communication, ensuring timely inventory
updates and highly-efficient operations. The technology
reduces expenses and operational inefficiencies through
superior connectivity and resilience.

Silver Medal

Xun CHEN,

Liqiong LIU,

Zizhou WANG,

Eddy CHIU

5G-Enabled Remote Crane Control and Site Coverage for
Safer Construction Sites
The construction sector is increasingly adopting advanced
technologies, including crane control systems and IoT
sensors, to bolster safety and efficiency whilst relying on
stable uplink transmission. This breakthrough proposes
dynamic uplink resource allocation technology, incorporating
5G uplink efficiency with bandwidth part switching and
DMRS-based multi-user scheduling to enhance
communication quality and spectrum efficiency, addressing
industry challenges while improving workplace safety.

Silver  Medal

Tacitus HUI,

George CHEN,

Stella ZHU,

Dongzhe SU

Generative Pretrained Large Traffic
Model for Multi-Modal Traffic Data Understanding
This pioneering invention presents a traffic data
understanding method utilising a generative pretrained
model. The process encompasses multi-modality data
collection, feature extraction via tokenisation, and
comprehensive model training. By analysing this novel data
language, researchers can understand and forecast how
various traffic factors influence one another, revolutionising
urban planning.

Silver Medal

Ming Wai Alwin TAM,
Malik Saad SULTAN,

Xiuling ZHU,

Kin Lung Kenny CHAN

Dynamic Vision Sensing System with A Static Capturing
Mode
This state-of-the-art invention redefines vision sensing
system by overcoming the limitations of traditional Dynamic
Vision Sensors (DVS). It seamlessly detects both dynamic
and static objects through a combination of advanced optics,
artificial intelligence, and innovative modular components.
The result is precise action recognition delivered in a
compact, energy-efficient design, making it a breakthrough in
modern sensing technology. 

Silver Medal

Ming Wai Alwin TAM,

Samuel POON,

Zhiqi YAO,

Tony CHOW,

Peisong HUA,

Kwok Sing CHENG,

Kin Lung Kenny CHAN

Optical Digital Encoding-Decoding System
This invention integrates optical methods with digital
encoding techniques to revolutionise secure anti-
counterfeiting measures in printed materials. By utilising
Resonant Waveguide Gratings (RWG) for image encoding, it
employs angular multiplexing and aperiodic diffraction
gratings to enhance image visibility. This sophisticated
system strengthens verification processes in security
applications while ensuring confidentiality across diverse data
sets, offering a robust solution to counterfeiting challenges.

Bronze Medal

Eric TSANG,

Jingwei XIE,

Vincent LOI

Implementation Method of Ultrasonic Echo Envelope
Detection
A breakthrough method for ultrasonic echo envelope
detection has emerged, markedly improving signal-to-noise
ratio and sensor SoC performance. IC design firms can now
leverage these bespoke solutions for precision detection,
creating immense industrial opportunities, especially this
technology strengthens safety features in automotive
ultrasonic sensors, contributing to safer roadways.

Bronze Medal

Chan Fai LAM,

Man Yuen CHENG,

Tsz Yu CHEUNG,

Wei Lun Alan CHEUNG

Identity Non-Fungible Token for Identity Verification in
Metaverse & Online Services
A blockchain-based identity authentication system leveraging
identity NFTs to bridge Web3, blockchain and real-world
identification through verifiable credentials. Users
demonstrate ownership of accounts and wallets, with records
maintained on an immutable blockchain. The system employs
sophisticated cryptography and zero-knowledge proofs for
secure verification, strengthening privacy and security for
third-party identity confirmation in digital environments.

Bronze Medal

Alan HON,

Qijun ZHU,

Li XU,

Yacheng Peter LI,

Likai PENG,

Tao YU

System and Method for PDF Document Semantic Parsing
Combining Visual and Textual Features
This innovative solution transforms PDF document parsing by
introducing a Document Layout Classification Model that
categorises elements using statistical rules based on images,
layouts and text. It employs a Semantic Recovery Technique
for complex components and Text Structure Rules to
maintain hierarchical organisation, enhancing accuracy and
usability for subsequent natural language processing tasks
across multiple sectors.

Bronze Medal

Pui Ho LAM,

Tze Yui HO,

Man Tik LI,

Jingyi XU,

Wai Cheong KU

An Algorithm and Edge Computing Method for Urban
Noise Pollution Monitoring
This cutting-edge solution addresses real-time noise
monitoring, establishing a robust communication platform
linking edge computing devices with distributed sensors. It
features automated, decentralised intelligence for noise
detection and classification, employing a CNN+Shift+Pitch
engine for precise identification. The dual communication
network, combining LoRa and 4G technologies, optimises
data transmission and bandwidth efficiency in urban
environments.

Photos Download: https://bit.ly/3XZj9FZ

-END-

About ASTRI

Hong Kong Applied Science and Technology Research Institute (ASTRI) was founded by the Government of the Hong Kong Special Administrative Region in 2000 with the mission of enhancing Hong Kong’s competitiveness through applied research. ASTRI’s core R&D competence in various areas is grouped under five Technology Divisions: Advanced Electronic Components and Systems; Artificial Intelligence and Trust Technologies; Communications Technologies; Intelligent Perception and Control Technologies, and IoT Sensing and AI Technologies. It is applied across six core areas which are Smart City, Financial Technologies, New Industrialisation and Intelligent Manufacturing, Digital Health, Application Specific Integrated Circuits and Metaverse.

Over the years, ASTRI has nurtured a pool of research, I&T talents and received numerous international awards for its pioneering innovations as well as outstanding business and community contributions. ASTRI has transferred more than 1,500 technologies to the industry and has been granted over 1,100 patents in the Mainland, the United States, and other countries. For further information, please visit www.astri.org.

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SOURCE Hong Kong Applied Science and Technology Research Institute (ASTRI)

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Elm AI Secures $2 Million to Revolutionize Supply Chain Sustainability and Performance in Oversubscribed Round

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Elm AI, a Cornell University spinout and an AI-driven platform helping enterprises improve sustainability and operational performance across their supply chains, has successfully raised $2 million in an oversubscribed funding round. The round was led by Beta Boom Fund and Working Capital Fund, with participation from Boro Capital Partners, Very Serious Ventures, Gorges Ventures, The Bond Collective, and Textbook Ventures.

NEW YORK, April 12, 2025 /PRNewswire-PRWeb/ — Elm AI, a Cornell University spinout and an AI-driven platform helping enterprises improve sustainability and operational performance across their supply chains, has successfully raised $2 million in an oversubscribed funding round. The round was led by Beta Boom Fund and Working Capital Fund, with participation from Boro Capital Partners, Very Serious Ventures, Gorges Ventures, The Bond Collective, and Textbook Ventures.

Elm AI’s software is already trusted by a diverse range of customers, from mid-sized apparel brands to publicly listed multinational corporations generating billions in revenue.

Global enterprises continue to face escalating costs and complexity in supplier due diligence and compliance management, driven by rapidly evolving regulatory standards. Elm AI’s advanced AI-driven technology streamlines this process by automating analysis of supplier documentation (questionnaires, audit reports, etc), and instantly providing actionable insights and recommendations—dramatically faster and more cost-effectively than traditional methods.

Elm AI’s software is already trusted by a diverse range of customers, from mid-sized apparel brands to publicly listed multinational corporations generating billions in revenue. The platform currently manages data from several thousand factories globally. Amongst the company’s first few customers is Reformation, a leading sustainability clothing brand.

“Elm AI has been instrumental in transforming our responsible sourcing process, streamlining cumbersome administrative tasks and giving brands more time to focus on what matters most — building programs and management systems that benefit workers by ensuring safe, healthy, and equitable working conditions.”

Carrie Freiman Parry, Senior Director Of Sustainability at Reformation

The company was founded in 2023 at Cornell University by Advait Raykar, Aparajita Thakker, Ken He, and Eesha Khanna. Elm AI was built on cutting-edge research of AI applications in the sustainability space, and initially secured funding from Cornell University and Entrepreneurs Roundtable Accelerator. Since then, the company has grown exponentially.

“The Elm AI team’s maturity and focus on solving customer problems continue to impress me. As someone with a long history in supply chain labor and sustainability, it’s refreshing to see such enthusiasm for making a real difference. They’ve made me a firm believer in AI’s ability to accelerate our efforts to support workers in global supply chains.”

James McMichael, Founder of ELEVATE Global and Mosaic RSR

The newly raised capital will accelerate Elm AI’s growth, allowing the company to quickly onboard customers from its extensive waitlist and continue expanding its technological capabilities. Elm AI aims to become the definitive platform for managing comprehensive supplier performance and risk data at global scale.

About Elm AI

Elm AI provides an AI-driven system of record for supplier sustainability, performance, and risk data. The platform automates complex workflows, empowering companies to achieve unprecedented efficiency and sustainability in their supply chain operations.

For more information, visit www.elm-ai.com or contact info@elm-ai.com.

Media Contact

Aparajita Thakker, Elm AI, 1 4085680807, aparajita@elm-ai.com, www.elm-ai.com

Advait Raykar, Elm AI, 1 9783629319, advait@elm-ai.com, www.elm-ai.com

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SOURCE Elm AI

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“Zhejiang’s Fine Products” debut at the 5th CICPE

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New Consumption Trends, New Technological Forces

HAIKOU, China, April 13, 2025 /PRNewswire/ — From April 13 to 18, the 5th China International Consumer Products Expo (CICPE) is held in Haikou, Hainan. A key highlight is the debut of the Exhibition of “Zhejiang’s Fine Products: A Legacy of Excellence” at the China Chic section. Companies such as Lingban Technology (Rokid’s parent company), OSM, and Hu Qing Yu Tang unveil global product launches at the event.

Themed on “New Consumption Trends, New Technological Forces,” the exhibition shows Zhejiang’s ambition to integrate heritage craftsmanship with cutting-edge innovation. With the slogan “World-Class Quality, Made in Zhejiang,” visitors experience a hybrid exhibit combining physical displays and virtual interactions. The cultural section highlights time-honored industries, with 18 brands presenting over 200 products, from traditional crafts to modern consumer goods. A virtual exhibition, co-developed with Alibaba’s Taobao & Tmall Group, extends the showcase digitally.

A major event in the CICPE’s official agenda is the global product launch session, themed “New Discoveries at the CICPE: Global Premieres.” On April 14, three innovations are unveiled: the AI+AR Rokid Glasses, OSM’s 2025 edition of Soothing Whitening Essence, and Hu Qing Yu Tang’s “Light Wellness: Workplace Saviors” series for health-conscious young professionals.

Throughout the exhibition, Zhejiang Satellite TV’s VR hostess, Gu Xiaoyu, serves as the “digital news officer,” providing real-time updates. The exhibition also introduces interactive experiences that engage sight, sound, smell, taste, and touch to explore Zhejiang’s historical products. Traditional crafts such as Dongyang wood carving, Wanfeng joinery, traditional Chinese medicine from Hu Qing Yu Tang, and Longjing tea from Shibake are showcased.

Prominent figures lend their support to the Zhejiang brand initiative, including Zhu Zhu, advertising spokesperson for OSM Skincare; Shen Zhirong, Founder of OSM known as OSM “Grandpa Pearl”; Zhu Mingming, Rokid’s Founder and CEO; and Chen Yunhan, Board Chairman and General Manager of Hu Qing Yu Tang. The exhibition attracts significant attention from both domestic and international media. Through live broadcasts, press conferences, and short video promotions, organizers seek to elevate the profile of Zhejiang’s brands on the global stage—part of China’s broader strategy to enhance the international competitiveness of its consumer goods sector.

View original content:https://www.prnewswire.co.uk/news-releases/zhejiangs-fine-products-debut-at-the-5th-cicpe-302425773.html

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