LONDON, UK – Equinix, Inc. (Nasdaq: EQIX), the world's digital infrastructure company™, has significantly increased its backing of renewable power projects with the addition of five new long-term virtual Power Purchase Agreements (PPAs) in Spain totalling 225 megawatts (MW). Once operational in 2025, the projects are expected to generate more than enough power to match consumption at Equinix’s International Business Exchange™ (IBX^®) data centres in Madrid, Barcelona and Seville.

The five new projects, along with existing projects, will bring Equinix’s contracted PPA capacity to 595 MW globally, which is estimated to generate nearly two million MWh annually.

The geography of Spain offers solar radiation levels higher than those recorded in other parts of Europe.¹ Furthermore, Valladolid, Lérida, Granada and Segovia, where the new projects are planned, have an average solar radiation value above other geographical zones within Spain.

“Equinix is committed to enabling the digital infrastructure that enriches our daily lives while minimising environmental impact,” said Raouf Abdel, EVP of Global Operations for Equinix. “We plan to continue to seek opportunities such as these new solar PPAs and other innovations to support renewable power generation globally.”

Ross Henderson, Senior Director, IBX Operations UK at Equinix, said: “As more companies seek to address climate change and reduce their carbon footprint, Equinix has observed a growing trend of customers moving towards organisations that prioritise renewable energy. This trend has influenced our approach to PPAs, with Equinix actively seeking out and securing renewable energy PPAs. We strongly believe collaborating with our partners and customers to understand their energy needs will enable the company to make informed decisions and identify new opportunities for the data centre industry to achieve climate-neutrality by 2030.”

The projects will be managed by Madrid-based IGNIS, an integrated renewable energy group involved in the entire value chain, from development to operation and energy solutions. IGNIS has participated in the development of a portfolio of more than 20 GW of renewable projects in Europe, the U.S., Latin America and Asia, and it currently manages an operational portfolio of more than 4 GW of different generation technologies. Schneider Electric, a leading global advisor on corporate renewable energy procurement, supported Equinix in project selection and contract negotiations.

Equinix continues to evolve its power procurement portfolio to increase the quality of its renewable energy purchases. Priorities include transitioning from certificates to PPAs in all global markets where feasible. Beyond the company’s renewable energy strategy, it continues to evaluate on-site solar opportunities, on-site generation from fuel cells, and other distributed low-carbon technology that fits with the company’s overall global strategy.

Equinix was the first in the data centre industry to commit to becoming climate neutral, aligned to an approved short-term science-based target, for emissions reduction across its global operations and supply chain by 2030. It is also a founding signatory of the EU Climate Neutral Data Centre Operator Pact, which is leading advocacy and steering the development of sustainability requirements for the EU data centre industry to become climate neutral by 2030.

Highlights/Key Facts

• Equinix began its PPA programme in 2015 with the signing of two wind PPAs for 225 MW in Texas and Oklahoma that have been operational since 2016.
• In late 2021 and 2022, Equinix signed three PPAs in Finland for a total of 144 MW of new-build wind capacity from the Bjorkliden, Lumivaara and Storbotet projects with renewable providers Neoen and Prokon.
• The company is currently evaluating additional projects in the Americas, Asia and Europe.
• In December 2022, Equinix became the first colocation data centre operator to commit to a programme to optimise energy use across its global footprint of more than 240 data centres by “adjusting the thermostat” to reduce the amount of cooling provisioned within its buildings.