New nickel-zinc battery technology offers dual-use capability for uninterruptible power supply and dynamic power management in AI data centers, addressing volatile power demands.
Next-Gen Efficiency and Storage
emerging tech
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Soaring power demands necessitate immediate infrastructure overhauls across hyperscale and enterprise facilities. This field concerns integrating advanced power, cooling, compute hardware, and networking to support evolving demands, particularly AI workloads. Innovations like sub-10-millisecond latency systems and glass-based storage are now entering commercial implementation.
Aligning flexible data center workloads with cleaner energy availability and locations can significantly reduce Scope 2 emissions.
Modern data centers require a resilient backup strategy that goes beyond traditional protection methods to ensure operational continuity.
Synchronized GPU workloads necessitate rethinking energy storage placement, cycling, and models as AI era demands evolve beyond traditional battery rooms.
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New power architectures, including rack-level batteries and solid-state transformers, are redefining the role of uninterruptible power supply systems in data centers.
Supercapacitors offer millisecond response for AI power transients, potentially complementing rather than replacing UPS systems and batteries.
This article details adaptive energy storage solutions, focusing on enhancing scale, speed, and flexibility within the data center power infrastructure.
Google's grid-interactive AI data centers leverage full-stack design, low-voltage DC power, battery storage, and liquid cooling to support local grids while managing hyperscale AI demands.
A Google-backed battery storage pilot in Texas, involving Quintrace, esVolta, and LevelTen Energy, demonstrates improved carbon-free energy matching for data centers.
Zombie workloads, including abandoned jobs and instances, persist in data centers; the GPU era of artificial intelligence necessitates advanced zombie-hunting methods beyond current FinOps tools.
The data center industry is undergoing a significant transformation with the emergence of battery technologies, marking a revolution in power solutions.
Microsoft is adopting a biomimicry-based strategy for data center development, aiming to restore habitats, customize ecological solutions, and provide community benefits to address environmental concerns.
The water footprint of United States data centers has tripled over the past decade, highlighting significant resource consumption growth.
NVMe has updated its specifications to incorporate virtualization capabilities for locally attached solid-state drives, enhancing performance and flexibility for storage solutions.
Artificial intelligence has fundamentally altered data architecture requirements, but the storage industry has yet to adapt adequately to these new demands and capabilities.
The rapid growth of artificial intelligence is forcing a reassessment of battery strategies within the digital infrastructure sector, impacting power management and storage solutions.
Innovations like laser spectroscopy are streamlining data center emissions tracking with next-generation CEMS, reducing maintenance burdens for IT teams.
Amazon's carbon emissions increased by 16 percent in 2025 due to record data center capacity additions, with the company acknowledging that rising demand may hinder its net-zero goals by 2040.
ZincFive has been recognized for its contributions to advancing safer and more sustainable power solutions.
Google announced a $17 million investment in water sustainability efforts across seven US states, aiming to replenish more water than consumed at its data center sites by 2030.
opinion
This opinion piece questions whether token efficiency will become the sole critical metric for data centers, potentially overshadowing established metrics like power usage effectiveness and water usage effectiveness in the age of artificial intelligence.
Microsoft, Google, Amazon, and Meta are supporting an initiative aimed at testing environmentally friendly data center technologies.
SoftBank is launching a battery storage business in Japan, which will include a production plant expected to house an AI data center and begin operations in 2028.
ZincFive has introduced a new retrofit kit designed to enhance and leverage legacy uninterruptible power supply infrastructure.
Gradiant will construct a water treatment facility for a data center development in Didcot, UK, reportedly by Amazon.
ZincFive has received TIME's GreenTech recognition for the third consecutive year, highlighting its sustainable innovations.
There is a growing industry push to enhance the flexibility of large technology company data centers through potential modifications to operational standards or technology deployments.
Google has achieved 1 gigawatt of flexible data center capacity, enhancing its ability to manage workloads and support the grid during peak demand.
Exowatt introduces a new approach to solar-powered data centers using thermal solar modules optimized for power generation and long-duration energy storage.
ZincFive's 2026 Data Center Energy Storage Insights Report highlights key trends driven by artificial intelligence, focusing on advancements in energy storage solutions.
Data center and storage leaders are facing new demands and challenges that require strategic adaptation and innovative solutions.
Nvidia introduced the Vera Rubin next-generation artificial intelligence system, which features a modular design, supports liquid cooling, and is engineered to achieve a tenfold improvement in performance per watt for future data centers.
Microsoft’s Project Silica initiative suggests that its innovative glass-based storage solution, capable of preserving data for ten thousand years, may soon be commercially viable at a low cost for broader industry adoption.
Microsoft researchers have detailed a new archival storage method utilizing borosilicate Pyrex glass plates, which they claim can safely retain data for over ten thousand years, offering a faster and more cost-effective alternative to fused silica, despite having lower density.
Vertiv reported record fourth quarter financial results driven by significant demand for artificial intelligence data center infrastructure, leading to accelerated operator investments in energy storage, liquid cooling technologies, and modular solutions to support hyperscale and gigawatt-scale facilities.