ACCP Announces 2025 Purpose Award Winners

ATLANTA, September 16, 2025 /3BL/ – The Association of Corporate Citizenship Professionals (ACCP) today announced the 2025 Purpose Award winners, recognizing exceptional leaders in corporate social impact. 

Presented in partnership with Rocket Social Impact, the awards recognize corporate social impact professionals who are making a meaningful impact in their companies and communities.

This year’s recipients are: 

“We’re proud to celebrate these outstanding leaders who are pushing the boundaries of what corporate social responsibility can achieve—especially when the work is increasingly complex and more scrutinized than ever,” said Andrea Wood, President and CEO of ACCP. “Their passion and ingenuity remind us of the power of purpose-driven leadership—and what’s possible when business success and social impact are aligned.”

“The scope and pressure of CSR roles are only growing, with professionals being asked to deliver more impact across more fronts,” said Rich Maiore, CEO & Founder of Rocket Social Impact. “Now more than ever, it’s essential to recognize the value these leaders bring—to their companies, their communities, and to global progress.”

The Champion for Change Award recognizes a C-suite executive who provides leadership that advances both social and business impact in communities where the company operates and globally. Joe Hinrichs works to embed community investment as a priority across the company, and his focus on employee volunteerism as a means to collaboration and engagement makes him an exemplary Champion for Change.

The Trailblazer Award honors a senior CSR practitioner whose leadership, strategy, and partnerships resulted in significant business and societal impacts. As Global Head of Social Impact, HP Inc. & Executive Director of the HP Foundation, Michele Malejki’s work on the organization’s Digital Equity Accelerator, and other digital equity initiatives and partnerships, has helped work toward HP’s goal to accelerate digital equity for 150 million people by 2030 by equipping disconnected adolescents and adults with the critical skills needed for the Future of Work. 

The Corporate Social Impact Team of the Year Award recognizes a team of corporate social impact practitioners whose collaborative and innovative approach to a project or program generated significant business results for the company and social impact in the community. As the triple whammy of storms in 2024 – Hurricanes Debby, Helene, and Milton – brought widespread devastation, Duke Energy Foundation innovated its grant programs and acted swiftly to provide vital support across all seven of Duke Energy’s service areas.

Finally, the Rising Star Award is presented to an emerging professional in corporate citizenship whose work creates a meaningful impact both inside and outside the company, often requiring influence well beyond their position. As CSR Manager, Danielle Nickerson oversees volunteerism and all aspects of corporate giving at Toyota Material Handling. Her initiatives have contributed more than 12,850 hours of community service and $1M in economic impact in the past year.

Separate committees of judges chose this year’s Purpose Award winners, comprised of past Purpose Award recipients and current corporate social impact industry leaders.

 

The Association of Corporate Citizenship Professionals (ACCP) is the preeminent membership organization advancing the practice of corporate social impact. ACCP increases the effectiveness of CSR & ESG professionals and their companies by sharing knowledge, fostering solutions, and cultivating inclusive and supportive peer communities. ACCP amplifies the voices of its practitioner network to elevate strategies that work, provide innovative solutions, and expand impact. www.accp.org
 

Rocket Social Impact is a leading CSR & ESG consultancy, advising established and emerging companies on their social impact strategy, implementation, and communication. Go further, faster. www.rocketsocialimpact.com

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Southwire 2024 Sustainability Report: A New Era of Innovation

The following is an excerpt from Southwire’s 2024 Sustainability Report: Wired for the Future. To read the full report, visit https://southwire.com/sustainability.

We are in the business of making critical infrastructure safer, transforming how people travel and connect, and making power grids more resilient to a changing climate. Southwire’s technologies are also a critical enabler of the energy transition, with electrification among the most effective strategies for reducing greenhouse gas (GHG) emissions. As our Vision goes, We Deliver Power…Responsibly®. These are a few projects that helped us further that Vision in 2024:

TEAMING UP TO DECARBONIZE CABLE PRODUCTION 

Southwire joined forces with Levidian, a British climate tech leader, to bring its innovative decarbonization technology to North America for the first time. Southwire will use Levidian’s LOOP technology to separate the hydrogen and carbon (in the form of graphene) from methane. The hydrogen can be used to produce a hydrogen-rich blend gas. We will explore applications for graphene derived from the process to increase the performance of various materials, such as coatings and wire and cable compounds.

ADVANCING SUSTAINABLE INSULATING COMPOUNDS 

Insulating compounds are critical in most wire and cable products, helping to ensure safety, prevent short circuits and extend product lifespans by protecting the conductor within. In 2024, we moved into phase two of a project to identify more sustainable forms of insulating compounds, which we kicked off in 2023. We also focused on ensuring a resilient supply chain of these components to support Southwire’s business needs.

CHARGING AHEAD ON EV INFRASTRUCTURE

As many businesses and communities seek more sustainable modes of transportation, EVs are playing a leading role. Southwire is pushing this technology forward, with our teams completing the development of new liquid-cooled charging cables in 2024. Our next step is to begin production of the cables, which will help power electric buses and trucks.

ENHANCING EFFICIENT TRANSMISSION 

Communities rely on reliable grid infrastructure, and Southwire is developing new products to make power transmission more efficient. In 2024, we validated a novel overhead conductor that uses a high-performance coating to reduce power losses. The new AmpaMax™ transmission conductor coating is set to launch in late 2025.

EXPANDING HYDROPOWER FROM QUEBEC TO QUEENS 

As the most-populated city in the U.S., New York has an important role to play in the transition from fossil fuels to clean energy. This work will get a major boost from the Champlain Hudson Power Express® (CHPE), a fully buried transmission line that will bring 1,250 megawatts of low-cost renewable power from the U.S.-Canadian border into Queens, New York. Southwire partnered with NKT to manufacture underground power cables for the project, which we continued to produce in 2024.

COFER CENTER EXPANSION

Meanwhile, we commenced construction of a new R&D facility at our Carrollton, Georgia, headquarters that will expand our R&D capabilities. We also modernized the existing Cofer Center, a 30-year-old R&D facility, bringing it up to date with enhanced infrastructure. Both the new and existing facilities have been renovated with HVAC and a more sustainable, efficient ground-source thermal heating and cooling system. We are also pursuing Leadership in Energy and Environmental Design (LEED) Silver certification for the new center to ensure the facility meets globally recognized green building standards.

To learn more about Southwire’s sustainability initiatives, visit https://southwire.com/sustainability.

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Advanced Parking Technologies and GenCell Commission EVOX® at Michigan Technical Resource Park to Demonstrate Yard Management Solutions for Automotive OEMs

Addressing the U.S. power gap with high-capacity, resilient, zero-emission distributed charging that requires no additional infrastructure, the hydrogen-fueled EVOX power generation and storage solution revolutionizes yard management with ~70% higher vehicle throughput

OTTAWA LAKE, Mich. and HOUSTON, Sept. 16, 2025 /PRNewswire/ — Following successful commissioning of the high-capacity GenCell EVOX® system at the Michigan Technical Resource Park (MITRP), GenCell Inc., the U.S. subsidiary of GenCell Ltd. (TASE: GNCL), and Advanced Parking Technologies (APT) today announce entering into a teaming agreement regarding EVOX for yard management operations. Together they will showcase EVOX’s capabilities to leading automotive OEMs and logistics providers through a series of live demonstrations showing how EVOX enables APT to deliver significantly improved throughput and performance of its yard management operations, including off-grid power, DC fast EV charging and battery warehouse charging solutions.

GenCell EVOX® closes the power gap with a grid-optional hydrogen fuel cell solution delivering fast DC charging. Purpose-built for yard management, EVOX boosts vehicle throughput and operational efficiency with rapid deployment and resilient, dispatchable zero-emission power beyond today’s grid limitations

Integrating hydrogen fuel cells, battery storage, power conversion technology and proprietary EMS software, the EVOX delivers high-capacity, resilient, zero-emission, grid-optional power. Tailored to meet the growing needs of automotive logistics, EVOX enables high-capacity, concurrent vehicle EV fast charging where the grid cannot supply sufficient power. In yard management scenarios, EVOX supports ~70% higher vehicle throughput, reduces labor and shuttle movements, and ensures uninterrupted charging to maximize fleet readiness.

The results confirm EVOX’s ability to deliver resilient, high-capacity power for EV fleets and critical infrastructure, supporting near-term market adoption and scalability.

Ron Cardwell, President of GenCell Inc., commented:
“By commissioning EVOX at MITRP together with APT, we are demonstrating real and proven business value. Automotive OEMs are under pressure to electrify their operations quickly, and EVOX offers them reliable, zero-emission charging wherever vehicles are staged. This validation underscores our ability to close the power gap and deliver measurable efficiency gains for yard management and other critical distributed power use cases.”

Mike Jones, CEO/Owner of Advanced Parking Technologies, said: “APT has long supported OEMs and logistics providers with scalable vehicle storage and yard management solutions. Partnering with GenCell allows us to bring advanced, grid-optional charging directly into the yard. With EVOX, our customers can ensure power for all aspects of yard management at all times – even during power outages. Eliminate charging bottlenecks, accelerate throughput, and stay resilient — all while achieving sustainability targets. The strong interest we are already seeing confirms the value of this solution.”

About GenCell Energy

GenCell Inc., a wholly owned U.S.-based subsidiary of GenCell Energy, (TASE: GNCL), founded in 2011 to adapt revolutionary space fuel cell technologies to serve critical power applications on Earth, is dedicated to transforming the energy landscape by providing reliable, sustainable and climate-resilient power solutions that address the growing global demand for energy security and independence. With rapidly deployable solutions and advanced EMS software such as GenCell GEMS™, GenCell Inc. is well-positioned to drive growth and expand GenCell’s presence in key markets across North America and beyond.

About Advanced Parking Technologies (APT)

Advanced Parking Technologies (APT) provides large-scale vehicle storage and yard management services for automotive OEMs, logistics operators, and fleet owners. With facilities offering capacity, efficiency, and integration of innovative solutions, APT enables customers to streamline operations, reduce costs, and adopt new technologies.

Contacts:  Shelli Zargary
GenCell Energy
Tel: +972 54 5617161
shelliz@gencellenergy.com
www.gencellenergy.com

 Ben Ziemkiewicz
 Advanced Parking Technologies
 Tel: ‪+1 (419) 350-0185
 Ben.Ziemkiewicz@4ptmgt.com
 www.mitrp.com

Photo – https://mma.prnewswire.com/media/2774238/EVOX_with_APT_Demo_at_MITRP.jpg
Logo – https://mma.prnewswire.com/media/2467397/GenCell.jpg
Logo – https://mma.prnewswire.com/media/2774239/APT.jpg

 

GenCell

   

APT

 

 

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SOURCE GenCell Energy; Advanced Parking Technologies

Powering Life: Recovery to Renewal

Originally published on Verite News

When the floodwaters from Hurricane Katrina began to recede, neighborhoods were left with more questions than answers. Families wondered how they would rebuild, schools needed resources and small businesses faced uncertain futures. Entergy’s response wasn’t just about restoring power – it was about helping communities find their footing again.

Entergy’s continued investment in its local communities demonstrates its commitment to show up for New Orleans customers, time and time again. Over the years since the storm, that commitment often meant putting resources directly where they matter most – in the hands of both large and small community-driven initiatives to support local economies, strengthen nonprofits, and create opportunities for people to thrive.

Every partnership and project underscores Entergy’s dedication to

Powering Life: From Recovery to Renewal across the Gulf South.

For Entergy, Katrina wasn’t just a one-time challenge. It reaffirmed a century-long legacy of investing in the communities it serves. Choosing New Orleans as the corporate headquarters was intentional, a reflection of the deep roots and responsibility that come with being the only Fortune 500 company in the city.

“We’re engrained in New Orleans’ past, and we will be part of her bright future,” said Marcus Brown, Entergy’s Executive Vice President and General Counsel. “When we all came back after Hurricane Katrina, we came back with a real purpose to be better, to be stronger, to be more resilient not just in how we built back the grid but also in how we built back the communities we serve.”

“We recognize that the need to invest in the resilience of our communities through education and workforce development, poverty solutions, and environmental programs is just as important as investing in the resilience of our infrastructure,” Brown added.

Over the past two decades, Entergy shareholders have contributed nearly $95 million in philanthropic support, while employees have dedicated more than 1.6 million hours of volunteer service across the company’s service area.

Entergy doesn’t just want to be in New Orleans, it wants to be of New Orleans.

“Entergy is more than power lines; we’re the foundation of economic growth and community life,” said Elizabeth Adams, Senior Vice President and Chief Customer Officer. “From attracting businesses and creating jobs to planting trees and restoring wetlands, our work touches everyday lives. We live here, work here, and invest here because thriving communities are at the heart of what we do.”

That focus on lasting impact has positioned Entergy to help drive sustainable change across the region. One of the most visible examples came earlier in 2025 with the city’s hosting of Super Bowl LIX. As part of Entergy’s partnership with Mrs. Gayle Benson and the New Orleans Saints, the NFL Foundation, and the New Orleans Super Bowl LIX Host Committee, Entergy helped power Impact 59, the official legacy grant program for Super Bowl LIX. The program is already making a measurable difference across Greater New Orleans, well beyond the big game.

Through Impact 59, Entergy and its partners awarded more than $3.5 million in grants to 65 nonprofit organizations across 10 parishes, supporting programs that advance economic development, education, workforce training, youth development, health and wellness, and equity and inclusion.

“The need for our region is great, and the grant selection process was highly competitive, with more than 570 applications totaling $70 million in funding requests received in just one month,” Brown said. “These grants support a broad range of community programs, from expanding educational opportunities at Xavier University of Louisiana, to fostering equity through the Louisiana Chamber of Commerce Foundation, to improving food access with the help of Second Harvest Food Bank of Greater New Orleans and Acadiana.”

Workforce training has also been a key priority. Organizations like the New Orleans Career Center are using their funding to prepare residents for high-demand careers. Youth-focused groups such as the Youth Empowerment Project are helping young people build leadership skills and open doors to new opportunities. For Entergy, the Impact 59 legacy grant program is part of a broader mission: investing in and giving back to the communities where they live and serve.

“We’re proud to empower local organizations that are dedicated to fostering positive change and strengthening the greater New Orleans area for years to come, well beyond the Super Bowl,” Brown said.

Looking ahead, Entergy remains focused on helping the
Gulf South continue to grow and thrive.

“The future excites me because Entergy touches every stage of life,” Adams said. “From education to careers to recreation, we’re investing to help people thrive at every step. That means attracting new businesses, keeping talent here at home, and ensuring our environments remain sustainable for the next hundred years and beyond.”

For Adams, sustainability is personal. She’s a native of Cut Off, La., in Lafourche Parish, and sits both in the fishing community of Bayou Lafourche but also on the front lines of coastal erosion and rising sea levels. She chaired the Super Bowl LIX Host Committee’s sustainability program, spearheading environmental initiatives including tree planting, beautification and coastal restoration projects. Entergy, in collaboration with partners like the Super Bowl Host Committee and NFL Green helped support these efforts.

For example, Entergy volunteers, alongside partners with Chef’s Brigade, Coalition to Restore Coastal Louisiana, Coastal Protection and Restoration Authority, Force Blue and Verizon, installed 59 tons of oyster shells along the shoreline in Leeville, Louisiana. These reclaimed shells, sourced from local restaurants, create a “living shoreline” and serve to prevent coastal erosion and act as natural storm barriers. This event is just one example of Entergy’s continued support for local partners, like the Coalition to Restore Coastal Louisiana.

“CRCL has been working across Louisiana’s coast to implement projects that slow land loss and restore healthy ecosystems. Entergy has helped power this work directly through the might of its volunteers,” says Donna Betzer, development director at CRCL. “The company has also provided funding to support projects including our Oyster Shell Recycling Program’s reefs that created more than 350 feet of shoreline protection in Bay Adams and at Bayou Pointe-au-Chien, and it was the primary funder of projects to plant more than 2,000 bald cypress, red swamp maple and water tupelo trees in Schriever, Manchac and Chalmette.”

Brown concluded, “We remain committed to building a future where our cities, state and region can weather the storm and get back on their feet faster and stronger than before.”

For Entergy, powering life has always been about more than electricity. It’s about investing in people, supporting communities, and helping the Gulf South move from recovery to renewal together.

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PlanetiQ Wins $24.3M NOAA Contract, Largest Commercial Satellite Weather Data Award Ever

Contract Highlights Growing Importance of Radio Occultation Data for Weather Forecasting

GOLDEN, Colo., Sept. 16, 2025 /PRNewswire/ — PlanetiQ, a leading provider of commercial weather and space weather data, has been awarded a $24.3 million contract from NOAA’s National Environmental Satellite, Data, and Information Service (NESDIS). The award, issued under the Commercial Data Program’s Radio Occultation Data Buy 2 (RODB-2), is NOAA’s single largest commercial satellite weather data purchase.

“We are proud to expand our support for NOAA and its mission to protect life and property,” – Ira Scharf, CEO.

Under the agreement, PlanetiQ will deliver 7,000 GNSS-RO profiles per day, including 500 enhanced high-signal-to-noise ratio (SNR) profiles, which are over seven times higher in quality than RO profiles delivered by other commercial providers, as well as 2,500 low-latency Total Electron Content (TEC) tracks daily. Data deliveries begin on Thursday.

GNSS-RO data from PlanetiQ provides precise vertical profiles of the atmosphere across the globe, over land and sea, and in cloudy and clear conditions. It is recognized as the most impactful satellite data input for weather forecast models. The 500 enhanced high-SNR profiles per day are especially valuable in the lower troposphere, where measurement and forecast accuracy are often most challenging, further enabling actionable decisions and operations planning with reduced risk. TEC data additionally strengthens NOAA’s space weather monitoring and forecasting capabilities.

“This award demonstrates NOAA’s confidence in our ability to deliver both the quantity and quality of data needed to advance weather and space weather forecasting,” said Ira Scharf, chief executive officer of PlanetiQ. “We are proud to expand our support for NOAA and its mission to protect life and property.”

The new contract represents an over threefold increase in PlanetiQ’s data deliveries compared to its most recent NOAA award, which provided 2,200 profiles per day, and is adding the enhanced SNR and TEC tracks as new products. PlanetiQ currently collects thousands of profiles daily across the planet and plans to expand its constellation of satellites in the future. PlanetiQ is excited that organizations running numerical weather prediction, and especially AI forecast models, are recognizing the value in high-quality GNSS-RO data.

“Our ability to provide enhanced high-SNR profiles, at seven times the SNR of any other commercial company, sets us apart,” said Chris McCormick, president and chairman of PlanetiQ. “I founded PlanetiQ because radio occultation is one of the few technologies I’ve worked with that tangibly improves the human condition. It’s gratifying to see this capability recognized and scaled.”

While NOAA is the procuring agency of the GNSS-RO data, it will also be used by NASA, the U.S. Air Force, the U.S. Navy, and international government weather agencies for operational and research purposes. This latest award underscores the critical role of public-private partnerships to bring new capabilities online faster and at a lower cost to strengthen national forecasting and research. PlanetiQ also partners with leading commercial technology companies and data providers. 

For more information on PlanetiQ’s radio occultation products or to inquire about partnerships, visit www.planetiq.com.

About PlanetiQ

PlanetiQ provides the highest-quality GNSS/GPS radio occultation (RO) data available from a commercial constellation of satellites, offering unmatched temporal and spatial resolution. The data drives accurate, high-impact weather and climate forecast models, helping improve Numerical Weather Prediction and AI forecasts, and safeguard lives and property from severe weather. PlanetiQ is a space-tech company that serves the most mission-critical government, defense, and industry leaders, including international weather agencies, enabling more resilient operations across sectors. Founded in 2015 and privately owned, PlanetiQ designs, builds, and operates a commercial constellation of GNSS-RO satellites, setting the standard for precision and reliability in atmospheric monitoring. For more information, contact info@planetiq.com.

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SOURCE PlanetiQ

Low-carbon tech key to addressing energy demand China looks to speed up cooperation with developing nations for green transition

Editor’s note: China Daily is publishing a series illustrating the efforts being made to achieve the country’s carbon peak and carbon neutrality goals.

BEIJING, Sept. 16, 2025 /PRNewswire/ — A report from China Daily

The conflicting trajectories of a global climate crisis and the world’s ever-growing need for energy could be addressed by the transition and use of green and low-carbon technologies, and China, with its leading position in these fields, could capitalize if it can overcome some obstacles, experts said.

More than half of the population in sub-Saharan Africa lacks access to electricity, and over 2 billion people worldwide struggle to find affordable clean cooking methods, according to the International Energy Agency’s World Energy Outlook 2024.

The growing consensus has been to meet this rising demand with green, low-carbon solutions. China is expected to play a crucial role in addressing this challenge, making full use of its rapidly advancing and affordable green, low-carbon technologies.

The potential for cooperation is significant, especially through China’s green Belt and Road Initiative, yet the path forward is fraught with challenges, experts said during a roundtable forum in Beijing last week on the challenges and prospects of investing in and applying national green and low-carbon technology. The forum was part of the launch ceremony for the Green and Low-Carbon Technology Application Committee.

Obstacles exist both within developing nations and in the broader international landscape, where trade barriers that target China’s products for solar and wind power generation pose additional difficulties.

Experts suggest that while government-led cooperation platforms should enhance their effectiveness by incorporating market mechanisms, companies must also explore innovative partnership models with local stakeholders to meet the dual demands of clean energy and job creation in developing nations.

Wang Can, a professor and chairman of the school council of Tsinghua University’s School of Environment, in an interview with China Daily, highlighted the significant potential in low-carbon cooperation between China and countries involved in the Belt and Road Initiative.

“Countries participating in the Belt and Road Initiative have reached a consensus on the development of renewable energy, with most setting clear development goals,” he said.

In their efforts to promote overseas deployment of green technology, Chinese companies have not only exported equipment, but also implemented capacity building programs, providing training to local engineers to ensure sustainable project operations, Wang said.

Through the transfer of green technologies, he said China has helped many developing nations improve infrastructure, reduce fossil fuel reliance, promote industrial transformation and upgrading, and create new industrial chains.

He warned, however, of a series of challenging factors such as uneven regional development, insufficient policy enforcement, inadequate infrastructure and limited green financing.

Wang said that many developing nations still lack strong legal and market mechanisms to support a stable investment environment, which is crucial for advancing energy transition and achieving carbon neutrality.

Currently, some 34 countries, predominantly Western developed nations, have enshrined in law their carbon neutrality or net-zero goals, he said.

He added that no more than 8 percent of developing nations’ annual demand for climate finance, which stands at around $470 billion, is met.

The significant shortfall could pose challenges to implementing capital-intensive projects like clean energy and power grid infrastructure, potentially further widening the technological adaptability gap in developing nations, Wang said.

To combat this, China has partnered with development banks and green funds to attract social capital to the sector, while also developing green bonds and carbon market mechanisms to expand funding sources.

Wang warned, however, that China’s efforts may be subject to the adverse impacts of trade barriers.

“Our study estimates that if G20 countries maintain tariff barriers on green products, global solar and wind investment costs would increase by 6 percent and 3 percent, respectively, creating an additional $130 billion funding gap,” he said.

Wang added that China is attempting to solve the problem by harmonizing international rules to curb green protectionism. The country has also been adopting localized production strategies by investing in manufacturing facilities, which can bypass tariffs and foster local industrial development.

Ma Minxiang, deputy director of the Yunnan Provincial Academy of Science and Technology, has promoted collaboration on green and low-carbon technologies with South and Southeast Asian countries for over a decade.

Ma, who is also secretary-general of the China-South Asia Technology Transfer Center, said there have been few successful examples in that time, despite consistent efforts from China and the high demand for such technologies in the region.

Solar pumping systems from Yunnan have been installed in India, Pakistan, Myanmar and Thailand. “Such technologies and products are quite popular there. The technologies have been applied even in some quite remote areas,” Ma said.

He added that the limited number of successful cooperative projects for green and low-carbon development between China and South and Southeast Asian nations is largely due to insufficient enterprise participation.

Many green projects have been carried out by research institutions, and their involvement usually ended once their assigned tasks were completed, making it difficult for these projects to be sustained, he said.

Ma emphasized the crucial role of government-initiated platforms, such as the China-South Asia Technology Transfer Center, in facilitating the international expansion of Chinese companies with their products and technologies in the low-carbon sector.

Due to a lack of understanding of policies and the needs of local governments, Chinese companies often face limited avenues for entering foreign markets, he said.

Ma noted that financial support from the Chinese government for low-carbon technology transfer is limited, and foreign governmental bodies and research institutions collaborating with China on this issue often have no available funds to provide support at all.

Despite these challenges, government-initiated platforms could create a win-win situation, he said. While companies get the necessary avenues to seek business opportunities, they can also occasionally offer supplementary funding to support cooperative projects.

In the process of promoting the international expansion of China’s low-carbon technologies, it is essential to further emphasize the primary role of enterprises in order to address the issue of insufficient capacity in the recipient countries to absorb relevant technologies, said Ma.

He called on Chinese companies to focus more on localized management in their efforts to promote green, low-carbon products and technologies internationally.

Shi Hui, senior investment advisor at the Embassy of Colombia in China, agreed. She said that while multiple Chinese companies have participated in solar and wind energy development in Colombia, the country’s energy demand remains substantial.

Shi joined Colombian President Gustavo Petro on a visit to a Chinese green energy company in May, as part of his trip to China for the Fourth Ministerial Meeting of the China-Community of Latin American and Caribbean States Forum. She recalled that the president paid particular attention to distributed solar energy systems.

Such systems offer a highly viable clean energy solution for Colombia, especially given that approximately 53 percent of the country’s territory and 270,000 households are not yet connected to the national grid.

Shi offered several suggestions for Chinese companies that are willing to seize the significant energy market opportunities in Latin America.

While Chinese companies possess significant advantages in capital, technology and large-scale production, local companies often have a deeper understanding of local policies, social environments and market dynamics, she said.

“If they collaborate through joint ventures, partnerships and joint bidding, it will undoubtedly enhance their competitiveness and enable them to complement each other’s strengths,” said Shi, emphasizing the importance of having a localized operational team as a strategy for Chinese companies to mitigate operational and market risks in Latin America.

Ma Dingping, secretary general of the Chongqing Energy Research Society, advocates a “product plus service” model as an ideal strategy to promote Chinese green, low-carbon technologies internationally.

This approach emphasizes integrating service provision with product exports and more actively involving foreign partners.

When Chinese photovoltaic panels are sold abroad, for instance, they may not be installed correctly, which can lead to inefficient power generation, he said. Additionally, these facilities might lack adequate power storage solutions, resulting in suboptimal use of the photovoltaic products.

These problems underscore the importance of service provision. The significance of the “product plus service” model extends far beyond ensuring that buyers get full value from their product investments, he said.

“By selling products and offering complementary services that encourage entrepreneurship and job creation, local individuals can learn from China’s experience,” he said.

 

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SOURCE China Daily

Ambilight Named to MIT TR50 List of “50 Smartest Companies,” Pioneering the Future with Electrochromic Technology

SHENZHEN, China, Sept. 16, 2025 /PRNewswire/ — Ambilight has been named to the MIT Technology Review TR50 list of “50 Smartest Companies,” a recognition of the company’s global leadership and its role in transforming how technology shapes everyday life.

To be named to the list signals both originality in technology and the ability to change industries—and people’s lives—on a global scale. Since its founding in 1899, MIT Technology Review has been one of the world’s most influential technology media outlets. Its annual TR50 list, launched in 2010, highlights companies that not only demonstrate breakthrough innovation but also succeed in turning ideas into impactful business models. 

The 2025 TR50 celebrates companies with vision, interdisciplinary strength, and a commitment to advancing humanity. Ambilight was honored for bringing electrochromic technology from lab research to real-world applications, exemplifying how science and industry can work together to deliver meaningful value to society.

Being named to the TR50 is both recognition of Ambilight’s achievements and a validation of its long-term potential. The company will continue to advance smart dimming technology and collaborate globally to illuminate a smarter, more sustainable future.

Ambilight Named to MIT TR50 List of "50 Smartest Companies," Pioneering the Future with Electrochromic Technology

 

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SOURCE Ambilight

Scania launches new combustion and plug-in hybrid powertrains for buses and coaches

SÖDERTÄLJE, Sweden, Sept. 16, 2025 /PRNewswire/ — Scania’s new powertrain platform, based on the Super truck engine, comes in internal combustion and plug-in hybrid configurations for buses and coaches to meet varying needs and requirements, enabling significantly reduced fuel consumption and zero-emission zone compliance for long-distance operators.

In a time of political and technological change, when carbon emission regulations and varying local sustainability laws are creating uncertainty for bus and coach operators, Scania is responding with the launch of two new powertrains.

The new Scania Super combustion powertrain, which is already giving the company’s trucks the benefits of its award-winning fuel consumption, is Scania’s most efficient, cost-effective and long-lasting yet.

The plug-in hybrid electric (PHEV) variant is an excellent alternative for customers who are aiming for exceptional cost and carbon emission reductions, outstanding operational flexibility to meet zero-emission zone requirements, and the provision of a premium customer experience in their long-distance operations.

The new powertrain platform, with the two distinct alternatives in the ICE and PHEV solutions, allows long-distance operators to find a solution that is perfectly fitted to their particular challenges and prerequisites.

Scania Super: 8% fuel and emission savings with extended lifespan

For a large portion of long-distance routes around the world, conventional buses and coaches remain the most suitable, or even the only, feasible choice. The Scania Super powertrain caters to those needs, representing the very latest in combustion technology.

There are several highlights here but one stands out: the exceptional fuel savings of up to 8 (eight!) percent compared with the equivalent current powertrain, which itself is already industry-leading. This greatly reduces the total cost of operation while also significantly cutting CO2 emissions.

These cost and carbon savings are enabled by a new 13-litre engine and a new version of the Scania Opticruise gearbox. The powertrain is also prepared for the Euro 7 emissions legislation. A brand-new aftertreatment system further reduces harmful emissions.

Scania’s commitment to sustainable people transport is matched by its commitment to helping customers get the most out of their operations. The new engine is designed with the aim of lasting for two million kilometres, a massive increase from its already durable predecessor.

Uptime is also boosted because all engine filters are positioned on the ‘cold’, non-turbo side of the engine which allows for better service access and faster filter replacements.

Transport sustainability is not only about CO2 emissions; it’s also about safer roads. Scania is committed to road safety and the new powertrain’s auxiliary brakes enable safer vehicle handling. Scania’s suite of driver safety systems can add to this vitally important aspect of people transport.

The plug-in hybrid: exceptional efficiency and up to 80 km electric range

The plug-in hybrid electric option (PHEV) is a versatile solution that is primarily designed to meet the demands of long-distance operations, enabling zero-emission zone compliance, drastically lowering fuel consumption and emissions, and increasing driver and passenger comfort.

With its integrated e-machine and six-speed powershift gearbox, the PHEV can run in four different modes: electric, hybrid, charge sustain and forced charging. The electric range is up to 80 kilometres on a single charge, while the electric power output is 290 kilowatts. Without compromising on total range, this makes it possible to enter zero-emission zones; even those of significant size. Depending on local requirements, the electric vehicle mode enables access to city centres – for current or future needs.

To facilitate the transition to and from electric mode, operators can choose to utilise Scania Zone geofencing technology to automate the process. So, if the vehicle is used in zero-emission areas, this can be pre-programmed into Scania Zone, meaning the vehicle can automatically switch to electric power from the still very efficient hybrid mode normally used in other types of traffic.

The different drive modes together add up to a powertrain that allows extremely efficient long-distance travelling – with fuel and emission savings of up to 40 percent in typical mixed coach traffic – and a flexibility and versatility that helps operators deal with the growing demands of coach operations while future-proofing their business.

Different solutions for different needs

“Our new combustion and plug-in hybrid powertrains are shining examples of Scania’s twin commitment to sustainability and profitability for bus and coach customers,” says Carl-Johan Lööf, Head of Product Management for People Transport Solutions at Scania. “With these new powertrains, we will be able to provide long-distance bus and coach operators with incredibly competitive solutions, regardless of their specific needs or which particular challenges they face, meeting both their current and future business needs.”

Visit scania.com for more information about the new bus and coach powertrains.

For further information, please contact:
Tobias Siöström
Marketing Communications Manager, People Transport Solutions
Phone: +46 8 55 37 18 45 
E-mail: tobias.siostrom@scania.com

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Databeyond Technology Pioneers China’s First Fully Automated Textile Waste Sorting Line

Setting a New Standard for Innovation and Circularity in the Global Textile Industry

DONGGUAN, China, Sept. 16, 2025 /PRNewswire/ — China’s first fully automated textile waste sorting line has officially entered operation at Zhangjiagang Shanhesheng Environmental Technology Co., Ltd. Developed and manufactured by Databeyond Technology, the line integrates AI and hyperspectral imaging technologies to deliver automated, high-precision sorting of discarded garments. The milestone marks the entry of China’s textile recycling sector into the era of AI-driven sorting.

 

The AI-driven textile waste sorting line has a processing capacity of approximately 2 tons per hour and is capable of high-precision separation across multiple material types, including: high-purity polyester (over 90%), high-purity cotton (over 90%), high-purity nylon (over 90%), polyester-spandex blends, and nylon-spandex blends. More importantly, the system not only identifies garment material, color, and style, but can also determine blend ratios, enabling it to meet the specific requirements of brand owners. Compared with traditional operations, where more than 30 workers were required to sort approximately 15 tons of post-consumer textiles in a single 8-hour shift, the new line delivers the same throughput with only four workers, substantially reducing labor needs and cutting operating costs.

Ms. Feng, General Manager of Shanhesheng Environmental Technology, explained: “Through our collaboration with Databeyond, we have taken the first step toward the transformation of textile waste recycling. Looking ahead, we plan to introduce sorting lines for shredded garments and factory offcuts, enabling automated sorting from whole garments to shredded feedstock, and providing brand owners with higher-value recycled fibers and materials.”

Shortly after commissioning, Shanhesheng received a 200-ton order of high-purity post-consumer textiles from a global apparel company. In the past, fulfilling such an order would have required dozens of workers and extensive manual sorting. Now, with the advanced textile waste sorting line and only a handful of staff for support, the order can be completed with far greater efficiency.

“The launch of the Zhangjiagang project provides a scalable model of sustainable sorting for textile waste companies and signifies a milestone for China’s circular textile economy. Through ongoing innovation, we aim to accelerate the shift from manual to intelligent sorting and from fragmented to industrial operations, supporting the global textile industry’s transition toward circular growth,” Feng added.

The intelligent textile waste sorting line represents the first phase of Shanhesheng’s textile recycling transformation project. The upcoming second phase will extend to shredded garments and factory offcuts, ultimately delivering end-to-end automated sorting from whole garments to shredded feedstock. This will enable a steady supply of raw materials for both chemical and biological recycling of textiles, accelerating the industry’s progress toward closed-loop textile-to-textile recycling.

About Databeyond

Since its founding in 2018, DataBeyond has consistently focused on developing cutting-edge sorting technologies. As China’s largest supplier of AI-based optical sorters for the recycling front-end, DataBeyond has accumulated extensive waste sorting experience. Currently, thousands of its optical sorters are serving the global renewable resource recycling industry.

DataBeyond’s AI optical sorters have been implemented across multiple countries and regions, including China, Japan, South Korea, Italy, Brazil, Southeast Asia, and Mexico, earning strong recognition from users.

The company takes pride in driving the global adoption of advanced intelligent sorting technology. By leveraging professional knowledge and innovative capabilities, DataBeyond continues to accelerate the transition toward an intelligent, transformative era in the global recycling industry.

For more information, please visit www.databeyond.com

Contact: Jiahua Liu, liujiahua@databeyond.com 

 

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SOURCE GuangDong DataBeyond Technology Co., Ltd

XCMG’s 4,000-ton Crawler Crane XGC88000 Marvels China’s Offshore Wind Revolution

DONGYING, China, Sept. 15, 2025 /PRNewswire/ — The XGC88000, the world’s first 4,000-ton crawler crane developed by XCMG Machinery (SHE:000425), successfully installed the world’s largest 26-megawatt offshore wind turbine on August 29 in Shandong, China. Fully designed and manufactured with independent intellectual property rights, the installation marked a critical technological breakthrough for China’s offshore wind industry as it advances into deeper waters.

Currently the most powerful and largest offshore wind unit globally, the 26-megawatt wind turbine has the longest rotor diameter and highest single-unit capacity. Comprised of over 30,000 components, its hub center stands at 185 meters—equivalent to a 50-story building—with a rotor sweep area of 77,000 square meters.

The installation faced two major challenges: extreme precision and complex terrain. The engineers had to align over 200 bolts with millimeter-level accuracy at nearly 200 meters above ground, while also overcoming soft tidal flat foundations and cramped workspaces.

To tackle the hurdles, the project team innovatively reinforced the foundation with advanced piling techniques and deployed XGC88000. With an integrated solution of ground pre-leveling and aerial precision coordination, the crane safely positioned the 1,000-ton nacelle into place.

After installation, the turbine will undergo commissioning and grid integration. Once operational, a single unit is projected to generate 100 million kilowatt-hours (kWh) of electricity annually, which is enough to power 55,000 households for a year.

Dubbed the “National Weight” by CCTV (China Central Television) and honored with the Second Prize for National Science & Technology Progress Award, the XGC88000 is a marvel of engineering. It boasts a maximum lifting capacity of 3,600 tons, a 216-meter-long boom, and a record-breaking lifting torque of 88,000 ton-meters.

Since its debut in 2013, this crane has been instrumental in over 20 major projects across China and in Belt and Road Initiative countries, including Jubail Industrial City in Saudi Arabia and Duqm Refinery in Oman. With a cumulative total of 200,000 tons lifted, the legacy of the XGC88000 includes three world-first technologies, six internationally leading innovations, and more than 80 national patents, reflecting XCMG’s relentless pursuit of precision engineering and advanced R&D.

XCMG is committed to advancing the construction of renewable energy infrastructure, as well as to pushing the boundaries of heavy machinery innovation and paving the way for a sustainable future.

For more information, please visit https://www.xcmgglobal.com/.

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SOURCE XCMG Machinery