BBVA Achieves 99% Renewable Electricity Consumption

Spanish bank nears total renewable power in global operations

BBVA has confirmed that 99% of its worldwide electricity came from renewable sources in 2025. The Spanish banking group published the figure as part of its 2026 to 2030 Global Eco-efficiency Plan, which sets out how it will cut operational emissions, tighten energy use, and extend internal carbon pricing across its divisions. The bank is now targeting 100% renewable electricity by 2030.

For UK businesses tracking corporate climate performance, BBVA’s progress offers a practical case study in operational decarbonization. While financing emissions remain the larger challenge for banks, direct emissions from buildings, data centres, and transport are the easiest to measure and control. Consequently, they serve as an early indicator of whether an organisation can execute on climate commitments.

BBVA operates across Europe, the Americas, and Turkey. Its ability to source renewable electricity at scale in multiple jurisdictions demonstrates that even large, geographically dispersed organisations can make meaningful progress on Scope 1 and 2 emissions.

BBVA’s operational climate record since 2019

The bank has been tightening its environmental footprint for several years. By the end of 2024, it had already achieved 97% renewable electricity and reduced operational emissions by 81% compared with 2019. Those reductions cover Scope 1 emissions, which come from sources the bank owns or controls directly, and Scope 2 emissions, which come from purchased electricity and heat.

BBVA’s 2025 update shows further gains. The bank reported an 83% reduction in Scope 1 and 2 emissions since 2019, alongside measurable efficiency improvements across its estate. Electricity consumption per employee fell by 22%. Total energy use dropped by 19%. Water consumption declined by 36%, paper use by 44%, and net waste generation by 33%.

These figures reflect upgrades to lighting, heating, ventilation, and building management systems, as well as changes to operational practices such as paper reduction and waste sorting. The bank has also been electrifying its vehicle fleet and installing on-site renewable generation where feasible.

In addition, BBVA maintained an internal carbon price of €32 per tonne in 2025 and retired 167,532 carbon credits during the year. Internal carbon pricing is a financial mechanism that assigns a cost to emissions within an organisation, creating an incentive to reduce them. It is increasingly common among large companies with science-based targets.

Five pillars in the 2026 to 2030 plan

BBVA’s updated strategy is organised around five themes: renewable energy, energy efficiency, sustainable mobility, resource and waste management, and operational decarbonization. The renewable energy pillar focuses on closing the remaining gap to 100% renewable electricity through power purchase agreements, renewable energy certificates, and on-site generation.

Power purchase agreements are long-term contracts to buy electricity directly from renewable generators. They provide price certainty for the buyer and revenue stability for the generator, making them a popular tool for large corporate energy users. Renewable energy certificates represent proof that a megawatt-hour of electricity was generated from a renewable source, allowing companies to claim renewable electricity use even when physical delivery is not possible.

The energy efficiency pillar targets further reductions in consumption through building upgrades and system automation. Meanwhile, the sustainable mobility pillar continues the shift towards electric and low-emission vehicles. The resource and waste management pillar aims to reduce material consumption and improve circularity, particularly around paper, plastics, and electronics.

Operational decarbonization ties these efforts together, ensuring that emissions reductions are tracked, reported, and linked to financial incentives through internal carbon pricing. The bank has said it will extend carbon pricing across more business units during the plan period.

Broader sustainability commitments beyond operations

BBVA frames its operational targets within a wider sustainability strategy built on three pillars: climate, natural capital, and inclusive growth. The bank has committed to mobilising €700 billion in sustainable finance between 2025 and 2029, with a long-term goal of reaching net zero emissions by 2050.

However, operational emissions represent only a small fraction of a bank’s total carbon footprint. The majority comes from financed emissions, which are the indirect emissions associated with the loans, investments, and other financial services a bank provides. For example, a loan to a coal-fired power station or a steel manufacturer contributes to the bank’s financed emissions profile.

Measuring and reducing financed emissions is considerably more complex than addressing direct operational emissions. Nevertheless, demonstrating progress on Scope 1 and 2 emissions helps establish credibility and shows that an organisation can translate climate commitments into measurable outcomes.

Essential details on BBVA’s renewable electricity progress

• BBVA sourced 99% of its global electricity from renewable sources in 2025, up from 97% at the end of 2024.
• The bank has set a target to reach 100% renewable electricity by 2030 under its 2026 to 2030 Global Eco-efficiency Plan.
• Scope 1 and 2 emissions have fallen by 83% since 2019, reflecting reductions in direct emissions and purchased energy.
• Electricity consumption per employee decreased by 22% since 2019, while total energy use dropped by 19%.
• BBVA maintained an internal carbon price of €32 per tonne in 2025 and retired 167,532 carbon credits during the year.
• The bank’s operational efficiency gains since 2019 include a 36% reduction in water use, a 44% reduction in paper consumption, and a 33% reduction in net waste generation.

What this means for UK businesses watching corporate climate performance

BBVA’s progress is relevant for several reasons. First, it demonstrates that large, multinational organisations can achieve near-total renewable electricity use across diverse geographies. This matters because many UK businesses with international operations face similar challenges sourcing renewable power in different regulatory and market environments.

Second, the bank’s approach combines procurement, efficiency, and financial incentives. It is not relying solely on purchasing renewable electricity certificates, which can sometimes be criticised as a shortcut. Instead, it is pairing renewable procurement with measurable efficiency gains and internal carbon pricing, creating multiple levers to drive down emissions.

Third, BBVA’s use of internal carbon pricing is increasingly relevant for UK businesses. Many organisations are adopting internal carbon prices to align investment decisions with climate targets, particularly those working towards science-based targets or preparing for future carbon pricing regimes. An internal carbon price of €32 per tonne is broadly in line with shadow carbon prices used by other European companies, though it remains below the social cost of carbon estimated by many climate economists.

For businesses in the financial services sector, BBVA’s operational progress raises the bar on what is considered achievable. UK banks and insurers are already subject to climate-related disclosure requirements under the Financial Conduct Authority’s rules, and many have committed to net zero targets under the Glasgow Financial Alliance for Net Zero or similar initiatives. Demonstrating progress on operational emissions is often the first step in building a credible transition plan.

More broadly, the trend towards operational decarbonization in financial services reflects growing stakeholder expectations. Investors, regulators, and customers increasingly expect organisations to show measurable progress on climate commitments, not just set long-term targets. Operational emissions are the easiest category to measure and control, making them a natural starting point for demonstrating accountability.

Challenges in reaching 100% renewable electricity

While BBVA has made substantial progress, the final percentage point is often the hardest. Renewable electricity procurement is easier in some markets than others. In countries with mature renewable energy markets and supportive regulatory frameworks, businesses can access renewable power through competitive contracts or direct investment. In other markets, renewable supply may be limited, grid infrastructure may be unreliable, or regulatory barriers may make procurement difficult.

BBVA operates in Spain, Mexico, Turkey, South America, and the United States, among other markets. Each jurisdiction has different renewable energy policies, grid structures, and certificate schemes. Achieving 100% renewable electricity across all locations will require a combination of local procurement strategies, potentially including on-site generation and energy storage where grid supply is constrained.

Another challenge is ensuring additionality. Some corporate renewable energy strategies have been criticised for purchasing certificates that do not lead to new renewable capacity. Additionality refers to whether a company’s renewable energy purchase contributes to new renewable generation that would not have happened otherwise. Power purchase agreements for new renewable projects generally offer stronger additionality than purchasing unbundled certificates from existing projects.

BBVA has indicated it will use a mix of power purchase agreements, certificates, and on-site generation to close the remaining gap. This multi-pronged approach is likely to be necessary given the complexity of its global footprint.

Implications for operational carbon reporting and compliance

UK businesses are facing increasing pressure to measure and report operational emissions accurately. Large companies are already required to report Scope 1 and 2 emissions under the Streamlined Energy and Carbon Reporting framework, which applies to quoted companies, large unquoted companies, and large limited liability partnerships. From April 2025, many businesses also need to consider the requirements of the Sustainability Disclosure Requirements, which extend climate-related disclosure obligations to a broader range of organisations.

For companies working towards net zero, operational emissions are typically the first category to address. This is partly because the data is more straightforward to collect and partly because the levers for reduction are well understood: energy efficiency, renewable procurement, fleet electrification, and operational changes. However, achieving deep reductions still requires sustained investment and attention.

BBVA’s reported 83% reduction in Scope 1 and 2 emissions since 2019 demonstrates what is possible over a five-year period with consistent focus. For comparison, many UK businesses are targeting 50% to 60% reductions in operational emissions by 2030 under science-based targets aligned with the Paris Agreement. BBVA’s trajectory suggests that more ambitious reductions are achievable, particularly for organisations with significant electricity consumption and access to renewable procurement options.

Internal carbon pricing is also becoming a more common feature of corporate climate strategies. Our compliance support for carbon reporting increasingly involves helping businesses understand how to implement and report on internal carbon pricing mechanisms, particularly where these are tied to capital allocation decisions or executive remuneration.

Looking beyond operational emissions to financed emissions

While operational emissions are important, they represent only a small fraction of a bank’s total carbon footprint. For financial institutions, financed emissions are typically orders of magnitude larger. Financed emissions are calculated based on the emissions of the companies and projects a bank lends to or invests in, adjusted for the bank’s share of the financing.

Measuring financed emissions is more complex than measuring operational emissions. It requires detailed data on borrowers’ and investees’ emissions, which is often incomplete or inconsistent. It also requires methodological choices about how to allocate emissions between different financing providers and how to treat different asset classes.

Despite these challenges, financed emissions are increasingly the focus of climate regulation and stakeholder scrutiny. The Partnership for Carbon Accounting Financials has developed methodologies for calculating financed emissions, and these are being adopted by banks worldwide. In the UK, the Financial Conduct Authority’s climate-related disclosure rules require financial institutions to report financed emissions where practicable.

BBVA’s operational progress is relevant here because it demonstrates execution capability. Banks that cannot manage their own operational emissions are unlikely to inspire confidence in their ability to manage the more complex challenge of financed emissions. Conversely, a strong operational track record can support credibility when engaging with investors, regulators, and customers on broader transition plans.

Key considerations for UK SMEs tracking corporate climate action

For UK small and medium-sized businesses, BBVA’s announcement is a reminder that large corporate climate commitments are increasingly backed by measurable, reported progress. This matters because many SMEs operate within the supply chains or financing relationships of larger companies, and expectations around climate performance are being passed down the value chain.

Businesses supplying goods or services to large corporations, particularly in sectors such as construction, manufacturing, and professional services, are more likely to face climate-related questions in tenders and procurement processes. Similarly, businesses seeking finance from banks with net zero commitments may find that climate performance becomes a factor in lending decisions.

Understanding how larger organisations are approaching operational decarbonization can help SMEs anticipate future requirements. For example, if a bank is reducing its own emissions through energy efficiency and renewable procurement, it may eventually expect similar actions from its borrowers. If a corporate customer is implementing internal carbon pricing, it may start to favour suppliers that can demonstrate lower carbon intensity.

For businesses that are just beginning to measure their carbon footprint, focusing on operational emissions is a sensible starting point. This typically involves calculating Scope 1 and 2 emissions from energy use, transport, and other direct activities. Our net-zero program for carbon reporting compliance helps businesses establish baseline emissions, identify reduction opportunities, and prepare for increasing disclosure requirements.

Where to find further information on renewable energy and operational emissions

The UK government provides guidance on energy efficiency and renewable energy procurement for businesses through the Department for Energy Security and Net Zero. This includes information on energy audits, grant schemes, and best practice for reducing energy consumption.

Businesses looking to procure renewable electricity can find information on power purchase agreements and renewable energy certificates through Ofgem, the UK energy regulator. Ofgem also oversees the Renewables Obligation and Contracts for Difference schemes, which support renewable generation in the UK.

For guidance on measuring and reporting emissions, the UK government’s environmental reporting guidelines are available on gov.uk. These guidelines cover the requirements for Streamlined Energy and Carbon Reporting and provide methodologies for calculating Scope 1, 2, and 3 emissions.

Businesses interested in science-based targets and internal carbon pricing can find resources through the Science Based Targets initiative, which provides frameworks for setting emissions reduction targets aligned with climate science.