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QCY H3 Pro Wins Red Dot Design Award 2025, Continuing a String of Global Design Accolades

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QCY H3 Pro Wins Red Dot Design Award 2025, Continuing a String of Global Design Accolades
Business

Business

QCY H3 Pro Wins Red Dot Design Award 2025, Continuing a String of Global Design Accolades

2025-05-09 13:41 Last Updated At:14:05

DONGGUAN, China, May 7, 2025 /PRNewswire/ -- QCY, a globally renowned brand in wireless audio technology, is proud to announce that its QCY H3 Pro Adaptive Noise Cancelling Headphones have received the Red Dot Design Award 2025, one of the most prestigious honors in the global design community.

This new award joins the H3 Pro's increasing number of international awards, including the VGP Design Award and the IDEA Award, thereby further reinforcing its reputation for sophisticated aesthetic, user-centric design, and innovative forward thinking.

Red Dot: The Universal Standard for Design Excellence

The Red Dot Design Award has been one of the most renowned design awards in the world since its establishment in 1954. An international jury of design professionals evaluates products based on design quality, innovation, usability, and functionality. The H3 Pro was distinguished because it features a premium industrial design, a user-friendly interface, and outstanding sound quality.

QCY H3 Pro: A Design and Sound Award-Winning Leap

The QCY H3 Pro is a premium over-ear headphone for immersive, high-resolution sound. Featuring adaptive noise cancellation by up to 50dB and a dual-chip architecture—a main audio chip and a dedicated amplifier chip—it delivers deeper, more powerful bass with better clarity.

The product's ergonomic shape ensures long-lasting comfort throughout extended listening periods. With support for the LDAC codec and being Hi-Res Audio certified, the H3 Pro delivers detailed sound over a wide frequency band. In addition, the implementation of spatial audio technology allows for a multi-dimensional, cinema-like soundstage, while individual EQ settings through the QCY App allow users to tailor their hearing experience based on their personal needs.

A Commitment to the Future of Design.

This recognition mirrors QCY's unwavering commitment to design excellence and empowering users. QCY aims to make high-quality audio accessible by merging intelligent technology, eco-friendly values, and considerate design that enriches everyday life.

Regarding QCY as a top global audio brand owned by Dongguan Hele Electronics, it is committed to expanding the possibilities of wireless audio through technology and intelligent design. With more than 16 years of experience in the field and millions of users across the globe, QCY is still venturing into the future of consumer electronics. Stop by qcy.com to learn about the newest products.

PR Contact
Tracy, Senior PR Manager, QCY
pr@qcyearphone.com
Rice, Marketing Director, QCY
Rice@qcyearphone.com

DONGGUAN, China, May 7, 2025 /PRNewswire/ -- QCY, a globally renowned brand in wireless audio technology, is proud to announce that its QCY H3 Pro Adaptive Noise Cancelling Headphones have received the Red Dot Design Award 2025, one of the most prestigious honors in the global design community.

This new award joins the H3 Pro's increasing number of international awards, including the VGP Design Award and the IDEA Award, thereby further reinforcing its reputation for sophisticated aesthetic, user-centric design, and innovative forward thinking.

Red Dot: The Universal Standard for Design Excellence

The Red Dot Design Award has been one of the most renowned design awards in the world since its establishment in 1954. An international jury of design professionals evaluates products based on design quality, innovation, usability, and functionality. The H3 Pro was distinguished because it features a premium industrial design, a user-friendly interface, and outstanding sound quality.

QCY H3 Pro: A Design and Sound Award-Winning Leap

The QCY H3 Pro is a premium over-ear headphone for immersive, high-resolution sound. Featuring adaptive noise cancellation by up to 50dB and a dual-chip architecture—a main audio chip and a dedicated amplifier chip—it delivers deeper, more powerful bass with better clarity.

The product's ergonomic shape ensures long-lasting comfort throughout extended listening periods. With support for the LDAC codec and being Hi-Res Audio certified, the H3 Pro delivers detailed sound over a wide frequency band. In addition, the implementation of spatial audio technology allows for a multi-dimensional, cinema-like soundstage, while individual EQ settings through the QCY App allow users to tailor their hearing experience based on their personal needs.

A Commitment to the Future of Design.

This recognition mirrors QCY's unwavering commitment to design excellence and empowering users. QCY aims to make high-quality audio accessible by merging intelligent technology, eco-friendly values, and considerate design that enriches everyday life.

Regarding QCY as a top global audio brand owned by Dongguan Hele Electronics, it is committed to expanding the possibilities of wireless audio through technology and intelligent design. With more than 16 years of experience in the field and millions of users across the globe, QCY is still venturing into the future of consumer electronics. Stop by qcy.com to learn about the newest products.

PR Contact
Tracy, Senior PR Manager, QCY
pr@qcyearphone.com
Rice, Marketing Director, QCY
Rice@qcyearphone.com

** The press release content is from PR Newswire. Bastille Post is not involved in its creation. **

QCY H3 Pro Wins Red Dot Design Award 2025, Continuing a String of Global Design Accolades

QCY H3 Pro Wins Red Dot Design Award 2025, Continuing a String of Global Design Accolades

Landmark Project Across Four Governorates to Boost Power Plant Output by 50%, Easing Chronic Electricity Shortages

SHANGHAI, Dec. 20, 2025 /PRNewswire/ -- Shanghai Electric has broken ground on the Euphrates Combined Cycle Expansion Project in Iraq. As the project's contractor, Shanghai Electric is upgrading power plants across four Iraqi governorates by transforming simple-cycle units into combined-cycle systems. The expansion will add a total capacity of 625 megawatts (MW) and is designed to boost overall plant efficiency by approximately 50%, generating an additional 5 billion kilowatt-hprojours (kWh) of electricity annually without increasing fuel consumption. This initiative is poised to significantly alleviate the country's persistent electricity shortages.

"The pressing need for energy security and development in Iraq is clear. We are honored that our efficient combined-cycle technology is recognized as instrumental in modernizing this critical infrastructure," said a spokesperson for Shanghai Electric. "This project exemplifies our commitment to supporting the energy security and green development of Belt and Road countries through technological innovation."

Iraq, a major Middle Eastern oil producer, has faced severe power shortages for over three decades. Most of its power plants rely on natural gas, yet domestic gas development lags, creating a heavy dependence on imports. This power deficit has become a persistent challenge to people's livelihoods and a bottleneck for national reconstruction and economic growth.

The Shanghai Electric-contracted expansion project along the Euphrates River broke ground early this year and covers the Iraqi governorates of Najaf, Karbala, Babylon, and Al-Qadisiyyah, with all upgrades centered on advanced combined-cycle technology. Core equipment has now arrived on site, and construction is advancing through the collaboration of Chinese and Iraqi teams. Since its commencement, the project has drawn considerable attention from the Iraqi government and public.

Iraqi Minister of Electricity Ziad Ali Fadel has praised the project's strategic importance, stating, "This initiative is highly significant for improving Iraq's power supply and optimizing its electricity infrastructure. Once operational, it will effectively reduce Iraq's reliance on imported natural gas and lower its fuel costs for power generation."

At the power plant in Najaf, the upgrade utilizes high-temperature exhaust from existing gas turbines as a heat source. The exhaust is directed through heat recovery steam generators to produce high-pressure steam, which then drives a new steam turbine to create additional electricity. This combined-cycle process increases output and efficiency without extra fuel and reduces the thermal pollution from the original units.

Naseem Ayad, the Iraqi project manager at the Najaf site, said, "Chinese equipment and power technology help us reuse high-temperature exhaust, boosting generation capacity while reducing thermal pollution. This project sets a benchmark for power plant upgrades in Iraq and reflects local hopes for more reliable electricity and better living conditions."

At the Karbala site, core equipment such as heat recovery steam generators and direct air-cooled condensers have been delivered. This project phase marks one of Iraq's first combined-cycle expansions to fully utilize Chinese equipment and standards, with core systems designed and manufactured in China. This will effectively drive the overseas deployment of Chinese equipment and enhance the recognition of Chinese standards in Iraq.

Upon completion, the project is expected to improve local livelihoods, support post-war reconstruction, and lay a robust energy foundation for Iraq's industrial recovery and economic growth.

Shanghai Electric remains dedicated to supporting sustainable development in Belt and Road regions and worldwide through advanced, efficient, and eco-friendly energy technologies.

For more information, please visit https://www.shanghai-electric.com/group_en/.

 

Landmark Project Across Four Governorates to Boost Power Plant Output by 50%, Easing Chronic Electricity Shortages

SHANGHAI, Dec. 20, 2025 /PRNewswire/ -- Shanghai Electric has broken ground on the Euphrates Combined Cycle Expansion Project in Iraq. As the project's contractor, Shanghai Electric is upgrading power plants across four Iraqi governorates by transforming simple-cycle units into combined-cycle systems. The expansion will add a total capacity of 625 megawatts (MW) and is designed to boost overall plant efficiency by approximately 50%, generating an additional 5 billion kilowatt-hprojours (kWh) of electricity annually without increasing fuel consumption. This initiative is poised to significantly alleviate the country's persistent electricity shortages.

"The pressing need for energy security and development in Iraq is clear. We are honored that our efficient combined-cycle technology is recognized as instrumental in modernizing this critical infrastructure," said a spokesperson for Shanghai Electric. "This project exemplifies our commitment to supporting the energy security and green development of Belt and Road countries through technological innovation."

Iraq, a major Middle Eastern oil producer, has faced severe power shortages for over three decades. Most of its power plants rely on natural gas, yet domestic gas development lags, creating a heavy dependence on imports. This power deficit has become a persistent challenge to people's livelihoods and a bottleneck for national reconstruction and economic growth.

The Shanghai Electric-contracted expansion project along the Euphrates River broke ground early this year and covers the Iraqi governorates of Najaf, Karbala, Babylon, and Al-Qadisiyyah, with all upgrades centered on advanced combined-cycle technology. Core equipment has now arrived on site, and construction is advancing through the collaboration of Chinese and Iraqi teams. Since its commencement, the project has drawn considerable attention from the Iraqi government and public.

Iraqi Minister of Electricity Ziad Ali Fadel has praised the project's strategic importance, stating, "This initiative is highly significant for improving Iraq's power supply and optimizing its electricity infrastructure. Once operational, it will effectively reduce Iraq's reliance on imported natural gas and lower its fuel costs for power generation."

At the power plant in Najaf, the upgrade utilizes high-temperature exhaust from existing gas turbines as a heat source. The exhaust is directed through heat recovery steam generators to produce high-pressure steam, which then drives a new steam turbine to create additional electricity. This combined-cycle process increases output and efficiency without extra fuel and reduces the thermal pollution from the original units.

Naseem Ayad, the Iraqi project manager at the Najaf site, said, "Chinese equipment and power technology help us reuse high-temperature exhaust, boosting generation capacity while reducing thermal pollution. This project sets a benchmark for power plant upgrades in Iraq and reflects local hopes for more reliable electricity and better living conditions."

At the Karbala site, core equipment such as heat recovery steam generators and direct air-cooled condensers have been delivered. This project phase marks one of Iraq's first combined-cycle expansions to fully utilize Chinese equipment and standards, with core systems designed and manufactured in China. This will effectively drive the overseas deployment of Chinese equipment and enhance the recognition of Chinese standards in Iraq.

Upon completion, the project is expected to improve local livelihoods, support post-war reconstruction, and lay a robust energy foundation for Iraq's industrial recovery and economic growth.

Shanghai Electric remains dedicated to supporting sustainable development in Belt and Road regions and worldwide through advanced, efficient, and eco-friendly energy technologies.

For more information, please visit https://www.shanghai-electric.com/group_en/.

 

** The press release content is from PR Newswire. Bastille Post is not involved in its creation. **

Shanghai Electric Powers Up Iraq's Energy Future with Major 625MW Efficiency Upgrade

Shanghai Electric Powers Up Iraq's Energy Future with Major 625MW Efficiency Upgrade

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