HOOFDDORP, Netherlands, April 22, 2026 /PRNewswire/ -- EZVIZ, an advocate for greener smart homes, is proud to announce its participation in the United Nations Global Compact (UNGC) in the International Year of Volunteers for Sustainable Development on this Earth Day. As a smart home pioneer joining the world's largest corporate sustainability initiative, EZVIZ will align its award-winning EZVIZ Green initiative with the UNGC's Ten Principles, making a transformative impact through responsible business in environmental protection.
The UN Global Compact is a call to companies to adopt ten universal principles in human rights, labour, environment and anti-corruption, and to support the Sustainable Development Goals (SDGs). With over 25,000 participants across 167 countries, the UNGC is keeping the earth green and clean with its growing influence.
Though new to the initiative, EZVIZ has been implementing SDGs in its development, operations and management, including establishing an ESG committee directed by the Board. On April 10, the company published its 2025 ESG report under its commitment "Our Planet. Our Actions" for transparency and awareness. Over the past year, EZVIZ has received international recognition like the European Green Awards, the SEAL Sustainability Business Awards, and the Indigo Design Award with the "Design for Social Change" honor.
To safeguard a green planet, EZVIZ has addressed land degradation, global warming, plastic recycling, community empowerment and more. Partnering with Treedom, EZVIZ has planted 4,190 trees with local farmers, reducing approximately 738.2 tons of CO2. Together with Plastic Bank, EZVIZ has prevented over 1,000,000 plastic bottles from polluting vulnerable environments. The partnerships are reinforced by internally recycling plastics and minimizing waste. In 2025, EZVIZ incorporated over 30 tons of recycled materials into its RE7 Edge robot vacuum's design and reduced CO2 emissions by 73.1 tons through greener packaging.
"Becoming part of the UNGC is a significant milestone for us. It means our efforts in building a better planet, have been recognized globally," said Jingwen Cao, EZVIZ Board Secretary and Director of the ESG Committee. "This participation provides us the confidence to further expand our environmental protection, as well as to set stricter boundaries to avoid sacrificing the environment for commercial gain."
With green in its brand gene, the company has also developed green technology with a low carbon footprint. The AOV low-energy consumption tech, and the ColorFULL low-light night vision mode help reduce energy consumption and light pollution resulted from 24/7 home security. Firstly embedding self-patented wild animal detection in outdoor cameras, EZVIZ continues to implement responsible AI to balance human safety and wildlife protection, according to Sophie Zhang, EZVIZ Global Brand Director.
"We believe in the power of technology and always strive to benefit not only our users, but also everyone and every life," said Zhang. "Alongside other industry leaders in the UNGC, EZVIZ is motivated to contribute to a better future for generations to come."
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EZVIZ joins the United Nations Global Compact, starting a new chapter of its unwavering journey to long-term sustainability and further expanding its contribution to key environmental issues
WASHINGTON, April 22, 2026 /PRNewswire/ -- Ampace, a global leader in advanced lithium-ion battery technology, is participating in Data Center World 2026 at the Walter E. Washington Convention Center (Booth 206), where active visitor engagement reflected growing industry focus on how power infrastructure must evolve for the AI era.
This year, Ampace is showcasing how battery systems are becoming an increasingly important enabler of gigascale AI infrastructure. From cell-level technologies to system-level deployment, spanning applications from commercial and industrial energy storage to UPS systems, Ampace is presenting solutions designed to help data centers manage rising power volatility, improve resilience, and scale more efficiently.
At the center of the showcase is the PU Series, Ampace's AI-ready battery platform engineered for the increasingly dynamic conditions of modern compute environments. As AI clusters drive 100kW+ rack densities, millisecond-level load spikes, and frequent workload transitions, conventional backup systems are being asked to do far more than emergency support. Ampace's PU Series is designed to absorb rapid fluctuations, maintain stable output, and support uninterrupted operation under highly variable AI workloads.
A key highlight of Ampace's presence this week will be its featured TECH TALK session with Eaton on April 22, from 2:30 PM to 3:15 PM (Room 209ABC), titled Powering Gigascale AI: How Advanced Batteries Stabilize Extreme Training Loads.
The session will bring together shared industry perspectives from Aaron Schott, UPS Sales Manager at Ampace, and Jon Hymel, Product Manager at Eaton, two professionals working closely with hyperscale, colocation, enterprise, and mission-critical customers navigating the next wave of AI infrastructure growth.
Together, the speakers will explore how established UPS architectures and advanced lithium battery systems are increasingly working in tandem to meet the operational realities of AI data centers. The discussion will examine how battery technologies can support real-time load balancing, improve reliability, and help operators prepare for the transition from megawatt-scale campuses to gigawatt-scale compute ecosystems.
Their joint appearance reflects a growing alignment across the power infrastructure ecosystem: scalable AI requires not only more electricity, but smarter coordination between UPS systems, energy storage, and facility operations. As data centers evolve, battery-enabled continuity is becoming a shared priority across technology providers, operators, and infrastructure partners.
Built for demanding AI applications, Ampace's platform is engineered to respond rapidly during ramp-up and ramp-down events, while maintaining stable operation under continuous partial-load cycling. Its semi-solid cell technology further enhances intrinsic safety by reducing leakage risk and lowering thermal runaway gas generation, while cabinet-level validation under UL 9540A standards reinforces readiness for mission-critical deployments.
At Ampace's booth, visitors have been exploring how advanced battery systems can help reduce infrastructure oversizing, relieve pressure on grid connections, and improve continuity in facilities originally designed for steady-state demand. The strong response reflects a broader market shift: batteries are no longer viewed only as standby assets, but as active components of modern AI power architecture.
Visit Booth 206 to meet the Ampace team, experience the PU Series on site, and join in-depth discussions on how advanced battery solutions are helping build a more resilient, scalable, and efficient AI infrastructure. On-site specialists are available throughout the show for live demonstrations, technical briefings, and media inquiries.
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Ampace Spotlights AI-Ready Battery Solutions for Gigascale Infrastructure at DCW Washington 2026
