HyperStrong Triumphs with Dual International Design Awards for HyperCube II
In an impressive display of innovation and design excellence,
HyperStrong, a renowned leader in energy storage solutions, has achieved recognition on a global scale. Their latest product, the
HyperCube II, recently bagged two coveted international design awards: the
French Design Award Gold and the
American Good Design Award Silver. These accolades emphasize not only the superior design quality of HyperCube II but also HyperStrong's unwavering commitment to pioneering advancements in the energy storage domain.
The
French Design Award, curated by the International Award Association, aims to showcase and honor cutting-edge design innovations from across the globe. HyperCube II's attainment of this prestigious accolade is a testament to its remarkable quality, creativity, and the seamless integration of aesthetic appeal and technology. The evaluation was conducted by a panel of esteemed design experts and educators who acknowledged the product's exceptional contribution to the industry.
Similarly, the
American Good Design Award, established by the American International Design Award Association, followed a rigorous and confidential assessment by a distinguished jury comprised of design specialists and executives from diverse sectors. HyperCube II's recognition as a silver award winner highlights its outstanding design features, functionality, and its potential impact in enhancing the quality of life while inspiring future innovations.
Dr. Jianhui Zhang, President and CEO of HyperStrong, expressed his pride saying, "HyperCube II represents the perfect synergy between state-of-the-art energy storage technology and world-class design. Receiving these two awards is a monumental moment validating our dedication to creating products that are not just technologically advanced but also exemplify global design excellence."
The
HyperCube II is a cutting-edge liquid-cooled outdoor cabinet tailored for commercial and industrial applications. Sporting a sleek silver metallic finish, hexagonal ventilation design, and minimalist aesthetics, it effortlessly merges style with functionality. Moreover, its intrinsic safety features, flexible deployment options, intelligent operations, and exceptional efficiency promise reliable energy storage solutions for businesses transitioning towards sustainable energy practices.
Developed in close collaboration with
Schneider Electric, the HyperCube II leverages advanced digital and manufacturing processes. Its reliability and high performance are supported by multiple certifications from
TÜV NORD, affirming its credibility in the energy landscape.
The dual recognition awarded to HyperStrong marks a significant milestone in their mission to redefine the energy storage paradigm through innovation and excellence. This solidifies the company’s position as a global leader in sustainable energy solutions.
About HyperStrong
Founded in 2011, HyperStrong has accumulated 13 years of experience in research and development, successfully completing over 300 energy storage projects with deployments surpassing 20 GWh. The company boasts a comprehensive portfolio of Energy Storage Systems (ESS) and holistic solutions tailored for utility, commercial, and industrial applications. With four smart manufacturing bases, three R&D centers, two testing laboratories, and a global marketing hub, HyperStrong is poised to support customers worldwide in achieving their energy transition and carbon neutrality objectives.
According to
SP Global Commodity Insights, HyperStrong ranks as a top-three BESS integrator based on total installed capacity in 2023. Additionally, in 2024, the company secured a place on the
BloombergNEF Energy Storage Tier 1 list for three consecutive quarters. For three years running,
Electric Energy Storage Alliance (EESA) recognized HyperStrong as the leading BESS player in terms of market delivery volume in China.
For further details about HyperStrong and its innovative products, visit
www.hyperstrong.com or connect with them on LinkedIn.