Hitachi Vantara’s FY2025 Sustainability Report: Energy-Efficient Infrastructure Advancements

Hitachi Vantara cuts operational emissions by 43% while targeting AI infrastructure efficiency

Hitachi Vantara published its FY2025 Sustainability Report on 22 April 2026. The document details a 43% reduction in Scope 1 and 2 greenhouse gas emissions. This decrease stems from renewable energy adoption and improved operational efficiency. The company also introduced tools designed to help customers reduce carbon footprints in data-intensive sectors.

The report arrives as AI workloads strain global data infrastructure. Meanwhile, construction and manufacturing sectors increasingly rely on digital tools that demand significant computing power. For UK businesses, these developments matter because energy-efficient infrastructure can lower operational costs while meeting tightening environmental regulations.

Hitachi Vantara operates as a subsidiary of Hitachi Ltd. It provides data storage, infrastructure, and hybrid cloud management. The company serves industries including construction, where built assets require scalable computing for analytics and digital twins. Its sustainability strategy aligns with the broader Hitachi Group approach and UN Sustainable Development Goals.

Emissions performance and renewable energy transition

The 43% emissions cut reflects several operational changes. Hitachi Vantara increased renewable energy procurement across its facilities. Additionally, the company improved governance systems for tracking Scope 3 emissions. These supply chain emissions often represent the largest portion of a technology company’s carbon footprint.

Scope 1 emissions come from direct operations like company vehicles and on-site fuel combustion. Scope 2 covers purchased electricity and heating. Scope 3 includes everything else in the value chain. For most technology firms, Scope 3 accounts for over 90% of total emissions. However, tracking these emissions accurately requires cooperation from suppliers and customers.

Hitachi Vantara set a target of carbon neutrality for Scope 1 and 2 emissions by FY2030. This timeline matches commitments from other major infrastructure providers. The company also aims to divert between 90% and 100% of electronic waste from landfills through remanufacturing and recycling programs.

Akinobu Shimada serves as CEO of Hitachi Vantara. He stated that sustainability increasingly connects to operational performance and business outcomes. In FY2025, the company focused on helping customers manage AI and data growth while improving efficiency and reducing environmental impact.

Virtual Storage Platform One and energy efficiency gains

Hitachi Vantara launched VSP One Block High End during the reporting period. This storage system offers between 40% and 60% lower greenhouse gas emissions compared to competing products. Power consumption also decreases by the same percentage. The system includes integrated energy monitoring and a Clear Sight dashboard for real-time carbon tracking.

The VSP One portfolio covers Block, File, and Object storage solutions. These systems handle different types of data workloads. Block storage suits structured databases and transaction processing. File storage supports collaborative work and document management. Object storage works for unstructured data like images, videos, and sensor readings.

Energy efficiency matters because data centers consume substantial electricity. As AI adoption accelerates, computing demands continue rising. Projections suggest data center energy use could double within five years. Consequently, infrastructure that delivers the same performance with less power creates both cost savings and emissions reductions.

For UK manufacturers and construction firms, these efficiency improvements translate directly to operating costs. A storage system that uses 50% less power over a five-year lifespan can generate significant savings. Furthermore, many public sector contracts now require suppliers to demonstrate emissions reductions. Energy-efficient infrastructure helps businesses meet these procurement criteria.

Circular economy approaches to hardware lifecycle

Hitachi Vantara expanded lifecycle assessments to measure environmental impact more precisely. The company now uses up to 50% post-consumer recycled plastics in certain components. This approach reduces demand for virgin materials and lowers embodied carbon in products.

Less than 0.3% of materials end up in landfills across the company’s operations. At EMEA distribution centers, this figure drops below 0.01%. These numbers reflect reuse and recycling programs that have operated since 2018. The company eliminated LDPE and PP foams from packaging, replacing them with paper-based alternatives.

The concept of cradle-to-cradle design differs from traditional cradle-to-grave thinking. Instead of products moving from manufacture to disposal, cradle-to-cradle planning considers how materials return to production cycles. This approach reduces waste and creates value from components that would otherwise become scrap.

Modern Storage Assurance allows nondisruptive upgrades to existing systems. Businesses can enhance capacity or performance without replacing entire installations. This capability matters because traditional storage systems typically require replacement every three to five years. Extending these lifecycles reduces both capital expenditure and the carbon footprint of equipment manufacturing.

For UK SMEs, these circular economy practices offer several benefits. First, longer equipment lifecycles reduce capital costs. Second, businesses can demonstrate progress toward net zero targets by choosing suppliers with strong circular economy credentials. Third, extended support periods reduce operational disruption from hardware replacements.

What UK businesses should understand about these developments

• Hitachi Vantara achieved a 43% reduction in Scope 1 and 2 emissions through renewable energy adoption and operational improvements during FY2025.
• The company launched VSP One Block High End storage systems that deliver between 40% and 60% lower emissions and power consumption compared to competing products.
• Carbon neutrality for Scope 1 and 2 emissions is targeted by FY2030, with waste diversion goals of 90% to 100% for electronic equipment.
• Modern Storage Assurance enables nondisruptive upgrades that extend hardware lifecycles and reduce replacement frequency from every three to five years.
• Up to 50% post-consumer recycled plastics now appear in certain components, with less than 0.3% of materials sent to landfills overall.
• Integrated energy monitoring tools like Clear Sight dashboard provide real-time carbon tracking for data infrastructure operations.
• The approach supports construction and manufacturing sectors that increasingly depend on digital tools requiring substantial computing power for analytics and asset management.

Commercial implications for construction and data-intensive sectors

Construction firms increasingly use digital twins and AI-driven analytics for project optimization. These applications require substantial data storage and processing capability. However, the environmental cost of this computing power creates a challenge. Businesses must balance operational needs against sustainability commitments.

Built assets represent long-term investments with extended operational periods. A commercial building might operate for 50 years or more. Throughout this lifespan, the building’s management systems generate and analyze continuous data streams. Energy-efficient infrastructure for handling this data reduces the total carbon footprint of the asset.

Smart building systems monitor energy use, occupancy patterns, environmental conditions, and equipment performance. This monitoring generates valuable insights for optimization. Nevertheless, the infrastructure supporting these systems consumes energy itself. Consequently, efficiency gains in data storage and processing directly improve the sustainability profile of the entire building.

Public sector construction projects increasingly incorporate sustainability requirements in procurement criteria. PPN 06/21 requires central government suppliers to publish carbon reduction plans. Similarly, many local authorities and housing associations include environmental performance in tender evaluations. Businesses that can demonstrate lower emissions from their digital infrastructure gain an advantage in these competitions.

For manufacturers, similar dynamics apply. Production facilities generate operational data for quality control, predictive maintenance, and supply chain coordination. Processing this information efficiently reduces both costs and emissions. Moreover, customers increasingly request environmental performance data from suppliers. Having infrastructure that supports accurate carbon tracking helps businesses respond to these requests.

Scope 3 emissions tracking and supply chain transparency

Scope 3 emissions represent the most complex aspect of carbon accounting. These emissions occur throughout the value chain, from raw material extraction through product disposal. For technology companies, Scope 3 typically includes manufacturing of components, transportation, product use by customers, and end-of-life disposal.

Hitachi Vantara improved cross-functional tracking systems for Scope 3 emissions. Better governance structures enhance audit readiness and support science-based targets. This improvement matters because regulators increasingly scrutinize supply chain emissions. The EU Corporate Sustainability Reporting Directive requires detailed disclosures. UK businesses operating in Europe must comply with these standards.

Even for UK-only operations, supply chain transparency provides commercial benefits. Customers ask about product carbon footprints. Investors evaluate climate risk. Banks consider environmental performance in lending decisions. Having accurate Scope 3 data enables businesses to respond credibly to these inquiries.

The challenge with Scope 3 tracking lies in data collection. A technology product might contain components from dozens of suppliers across multiple countries. Each supplier has its own carbon footprint. Gathering this information requires cooperation throughout the supply chain. Therefore, companies that invest in robust tracking systems help their customers meet reporting requirements.

For UK businesses evaluating infrastructure suppliers, Scope 3 transparency indicates supply chain maturity. Suppliers with comprehensive carbon tracking typically have better quality control, risk management, and operational efficiency. These characteristics reduce the likelihood of supply disruptions or quality issues that could affect your operations.

Energy consumption projections and AI infrastructure demands

AI workloads require substantially more computing power than traditional applications. Training large language models can consume megawatt-hours of electricity. Inference operations, where trained models generate outputs, also demand significant resources. As businesses adopt AI tools, their infrastructure energy requirements increase accordingly.

Data center energy consumption could double within five years according to industry projections. This growth creates pressure on electricity grids and increases operational costs. For businesses, higher energy consumption translates directly to larger utility bills and increased carbon footprints. Consequently, infrastructure efficiency becomes a financial issue as well as an environmental concern.

Construction firms using AI for project planning, design optimization, or asset management face this challenge directly. The benefits of AI tools must justify their energy costs. More efficient infrastructure improves this calculation. A storage system that delivers the same performance with half the power consumption makes AI applications more economically viable.

UK electricity prices have fluctuated significantly in recent years. Businesses that reduce energy consumption protect themselves against price volatility. Furthermore, the UK government’s commitment to net zero by 2050 will likely result in additional carbon pricing mechanisms. Infrastructure that operates efficiently today will remain cost-effective as carbon costs increase.

How Hitachi’s approach fits broader sustainability frameworks

The Hitachi Group operates under a sustainability strategy called PLEDGES. This framework addresses environmental impact, social responsibility, and governance. Hitachi Vantara’s initiatives align with this broader approach. The company also references UN Sustainable Development Goals in its reporting.

Hitachi Eco-Design Management Guidelines cover product development. The company aims to incorporate these guidelines into 100% of new products. This integration ensures sustainability considerations appear throughout the design process rather than as afterthoughts. Early-stage design decisions have the greatest impact on a product’s eventual carbon footprint.

For UK businesses, these frameworks indicate a systematic approach rather than opportunistic initiatives. Companies that embed sustainability into product development typically deliver more reliable long-term performance. This reliability matters when making infrastructure investments that will operate for five to ten years.

The connection to UN Sustainable Development Goals provides a common reference point. Many UK businesses use these goals to structure their own sustainability strategies. Having suppliers that report against the same framework simplifies alignment and reporting. Additionally, this common language helps when communicating with stakeholders about environmental performance.

Our compliance support services help UK businesses navigate ESG reporting requirements and align supplier relationships with sustainability commitments. We work with SMEs to establish practical frameworks that meet regulatory standards without overwhelming internal resources.

Practical considerations for UK SMEs evaluating infrastructure suppliers

When selecting data infrastructure suppliers, UK businesses should consider several factors beyond initial purchase price. Total cost of ownership includes energy consumption, maintenance, upgrade cycles, and eventual disposal. A system with lower upfront costs but higher energy consumption may prove more expensive over its operational life.

Energy monitoring capabilities provide visibility into actual consumption. This data supports carbon reporting and identifies optimization opportunities. Systems with integrated monitoring reduce the need for separate measurement tools. For businesses working toward net zero targets, this visibility becomes essential.

Upgrade pathways affect long-term costs and environmental impact. Infrastructure that supports nondisruptive upgrades reduces replacement frequency. This capability lowers both capital expenditure and the embodied carbon from manufacturing new equipment. Consequently, businesses should evaluate whether potential suppliers offer clear upgrade paths.

Supply chain transparency indicates operational maturity. Suppliers that can provide detailed Scope 3 emissions data demonstrate sophisticated tracking systems. This capability suggests better overall supply chain management, which reduces risk of disruptions or quality issues. For businesses facing procurement requirements around sustainability, supplier transparency simplifies compliance.

Circular economy practices reduce environmental impact and often lower costs. Suppliers with established remanufacturing and recycling programs help businesses meet disposal responsibilities. Furthermore, these programs often include take-back schemes that simplify end-of-life management for old equipment.

The SBS net zero program helps businesses develop carbon reduction strategies that account for infrastructure decisions. We provide practical guidance on evaluating suppliers, calculating emissions from digital tools, and meeting procurement requirements like PPN 06/21.

How these developments connect to UK regulatory requirements

UK businesses face increasing sustainability reporting requirements. Large companies must report under the Streamlined Energy and Carbon Reporting framework. Many businesses also face supply chain inquiries from customers working toward their own net zero targets. Having infrastructure with clear carbon credentials simplifies these reporting obligations.

PPN 06/21 requires central government suppliers to publish carbon reduction plans. These plans must include Scope 1, 2, and 3 emissions. For businesses bidding on public sector contracts, demonstrating progress on emissions reductions has become essential. Infrastructure choices directly affect the numbers in these reports.

The UK government published its Net Zero Strategy in October 2021. This strategy includes commitments across multiple sectors. While data centers receive less attention than transport or buildings, their growing energy consumption means increasing scrutiny. Businesses that proactively address infrastructure efficiency position themselves ahead of likely future regulations.

Some local authorities and public bodies include environmental criteria in procurement scoring. These criteria might address energy efficiency, circular economy practices, or supply chain transparency. Businesses using infrastructure suppliers with strong sustainability credentials can score better on these criteria. This advantage can prove decisive in competitive tender situations.

Environmental reporting standards continue to evolve. The International Sustainability Standards Board published disclosure standards in 2023. UK businesses with international operations or customers increasingly face requests aligned with these standards. Having suppliers that report comprehensively on environmental performance simplifies compliance with these evolving requirements.

Government guidance and industry resources for sustainable infrastructure

The UK government’s Net Zero Strategy provides the overarching framework for emissions reduction across the economy. This document outlines sector-specific approaches and timelines. Businesses can use it to understand how their infrastructure decisions fit within national climate commitments.

The Procurement Policy Note 06/21 on carbon reduction plans details requirements for government suppliers. It explains what must be included in carbon reduction plans and how these plans will be evaluated. Businesses bidding on public sector contracts should review this guidance carefully.

The techUK data centers and net zero roadmap offers industry-specific guidance on infrastructure efficiency. This resource covers energy management, renewable energy procurement, and reporting practices. It provides practical benchmarks for businesses evaluating their own performance.

For businesses seeking to understand emissions accounting, the government’s environmental reporting guidelines explain Streamlined Energy and Carbon Reporting requirements. These guidelines clarify which businesses must report and what information must be included.

We help UK businesses interpret these requirements and develop practical implementation plans through our SBS Academy training programs. Our courses cover carbon accounting fundamentals, supply chain emissions, and procurement strategies for sustainable infrastructure. We focus on actionable guidance that SMEs can implement with existing resources.