Everpure’s FY26 Impact Report highlights sharp efficiency gains in its flash storage platform and a science-based path to net zero by 2040.
Everpure’s newly published Impact Report 2026 offers a case study in the central tension facing the technology industry as it scales for artificial intelligence: doing more with less energy per unit of output, while total energy consumption keeps rising. The storage and data infrastructure vendor reports genuine efficiency gains, but the numbers also show why efficiency claims alone will not be enough to bend an industry’s absolute emissions curve downward.
Published in August 2026 and covering the fiscal year ended February 1, 2026, the report details Everpure’s climate targets, its energy-efficient product line, and the governance structures overseeing sustainability commitments validated by the Science Based Targets initiative (SBTi).
According to the company, its flagship claim rests on hardware efficiency: DirectFlash storage technology is said to be two to five times as efficient as conventional solid-state drives, and up to ten times more efficient than hard-disk-based storage. A newly introduced 300-terabyte DirectFlash Module pushed effective storage density above 18 terabytes per watt, nearly doubling the prior generation’s capacity without a meaningful increase in power draw, the company states. Everpure argues that broader adoption of its technology could cut data-center power consumption by up to 20%, since storage typically accounts for a fifth to a quarter of a facility’s infrastructure footprint.
The company also frames circularity as a complement to raw efficiency. Its Evergreen Architecture is designed to let customers upgrade individual components rather than replace entire systems, and Everpure says approximately 100 petabytes of previously deployed capacity were returned for refurbishment and reuse during the fiscal year. A newly launched remanufactured platform, FlashArray//RC20, is credited by the company with cutting manufacturing-related emissions by as much as 18% for the units involved.
Yet the report’s own data table for Scope 1 and 2 emissions tells a more complicated story. Against a company target of cutting absolute Scope 1 and 2 emissions 42% by fiscal 2030 relative to a fiscal 2023 baseline, actual emissions in that category rose from 7,894 to 15,429 metric tons of CO2 equivalent over the same period, an increase of roughly 95%. Everpure attributes the rise chiefly to business growth, including 16% year-over-year revenue growth and expanding data-center electricity use, offset only partly by higher renewable electricity procurement, which reached 46% globally.
Progress looks steadier on a different metric tracked under the same SBTi-validated framework: Scope 3.11 emissions intensity, which measures the carbon footprint per petabyte of product sold. That figure fell from a baseline of 34.26 to 26.70 metric tons of CO2 equivalent per petabyte-equivalent, a 22.4% reduction against a target of 51.6% by fiscal 2030. The company points to this as evidence that efficiency improvements are outpacing emissions growth on a per-unit basis, even as total output and total footprint expand.
Everpure has also set a broader ambition of reaching net-zero emissions by 2040 across its Scope 1 and market-based Scope 2 emissions, and says 45% of suppliers by spend covering purchased goods and services are expected to have science-based targets of their own in place by fiscal 2029.
Governance oversight for these commitments sits with a ten-member Board of Directors, chaired by CEO Charles Giancarlo, supported by an Audit Committee that reviews sustainability reporting quarterly alongside financial and compliance matters. A management-level Sustainability Committee, meeting roughly monthly, coordinates work across legal, finance, supply chain, and engineering functions, reporting to executive sponsors that include the company’s chief financial, legal, and supply-chain officers.
Beyond climate metrics, the report describes a workforce of nearly 6,400 employees across more than 30 countries, an employee-engagement score the company places in the top decile of the technology sector, and a first-time impact investment fund, externally managed with roughly $56 million in assets as of February 2026, directed toward renewable energy, water infrastructure, and affordable-housing projects.
In his letter opening the report, Giancarlo frames the stakes in industry-wide terms, arguing that energy availability, not compute alone, will set the ceiling on how far artificial intelligence can scale, and that infrastructure providers face a choice between efficiency gains and outright growth limits. That framing underpins the report’s broader materiality process: Everpure says its FY26 priorities were shaped by a preliminary Double Materiality Assessment conducted the prior year, drawing on input from customers, investors, and sustainability rating agencies, with independent third-party assurance applied to the company’s greenhouse-gas inventory and renewable-energy data.
For an industry under mounting pressure to justify AI’s energy appetite, Everpure’s report illustrates both the opportunity and the limits of an efficiency-led sustainability strategy: hardware and design improvements can meaningfully lower the environmental cost of each unit of storage sold, but as long as revenue and infrastructure expand faster than decarbonization measures can offset, absolute emissions may keep climbing before company targets bring them back down.
Dr. Jakob Jung is Editor-in-Chief of Security Storage and Channel Germany. He has been working in IT journalism for more than 20 years. His career includes Computer Reseller News, Heise Resale, Informationweek, Techtarget (storage and data center) and ChannelBiz. He also freelances for numerous IT publications, including Computerwoche, Channelpartner, IT-Business, Storage-Insider and ZDnet. His main topics are channel, storage, security, data center, ERP and CRM.
Contact via Mail: jakob.jung@security-storage-und-channel-germany.de