#USA #Beijing #HyperStrong #HyperCube II #Design Awards

HyperStrong Celebrates International Recognition for the HyperCube II

In a significant achievement for the energy storage sector, HyperStrong, a leading provider of energy storage solutions, has announced that its commercial and industrial energy storage product, the HyperCube II, has been honored with two prestigious international design awards: the French Design Award Gold and the American Good Design Award Silver. This recognition exemplifies HyperStrong's dedication to innovative design and excellence in energy storage technology.

The French Design Award, organized by the International Award Association in France, is known for recognizing global design innovations, providing a platform for showcasing exceptional design work. The Gold Award for the HyperCube II was conferred by a jury comprising esteemed design experts and professors, reflecting the product's remarkable quality and blend of technology and aesthetics.

Similarly, the American Good Design Award, established by the American International Design Award Association, is one of the most coveted awards in the design industry. The selection process is extensive and confidential, involving evaluations by a distinguished jury of industry experts, design directors, and business leaders. The award acknowledges the HyperCube II's outstanding design and functionality, highlighting its contribution to enhancing quality of life and fostering innovation within the sector.

Dr. Jianhui Zhang, the Chairman and CEO of HyperStrong, expressed his pride in the company's accomplishments, stating, "HyperCube II represents the perfect synergy of cutting-edge energy storage technology and first-rate design. Winning these two awards is a monumental moment that affirms our commitment to developing products that are not only technologically advanced but also align with global design standards."

The HyperCube II is a sophisticated outdoor cabinet featuring liquid cooling, specifically designed for commercial and industrial applications. With its sleek silver metal finish, hexagonal ventilation openings, and minimalist design, it marries aesthetics with practicality. Its inherent safety, flexible deployment options, intelligent operation, and exceptional efficiency provide reliable energy storage solutions for businesses aiming to transition towards sustainable energy practices.

Developed in collaboration with Schneider Electric, the HyperCube II incorporates advanced digital and manufacturing processes. It boasts several certifications from TÜV NORD, underscoring its reliability and high performance.

Receiving dual accolades is yet another milestone in HyperStrong's mission to redefine the energy storage landscape through innovation and excellence. The awards reinforce the company's positioning as a global leader in sustainable energy solutions.

About HyperStrong

Founded in 2011, HyperStrong has accumulated over 13 years of expertise in research and development, successfully executing more than 300 energy storage system (ESS) projects with a cumulative deployment of over 20 GWh. The company provides a comprehensive portfolio of ESS products and solutions catering to a wide array of energy supply, commercial, and industrial applications. HyperStrong supports customers worldwide in achieving their energy transition and carbon neutrality goals through its four intelligent manufacturing facilities, three research and development centers, two testing laboratories, and a global marketing center.

As reported by SP Global Commodity Insights, HyperStrong ranks among the top three battery energy storage system (BESS) integrators globally by installed capacity in 2023. In 2024, the company was listed in the BloombergNEF Energy Storage Tier 1 ratings for three consecutive quarters. The Electric Energy Storage Alliance (EESA) has recognized HyperStrong as the leading BESS provider by delivery volume in the Chinese market for three years in a row.

To learn more about HyperStrong, visit hyperstrong.com or connect with them on LinkedIn.