Prologis Issues "2025-2026 Global Impact & Sustainability Report"

Prologis (NYSE:PLD), a global leader in logistics real estate, today announced the release of its "2025-2026 Global Impact & Sustainability Report," which summarizes its sustainability initiatives.

Report Summary (Japanese)

https://www.prologis.co.jp/sustainability/global-impact-sustainability-report-2025-06

Full Report (English)

https://prologis.getbynder.com/asset/37205422-834b-4975-8d88-f4a1d0882472/Prologis-2025-26-Global-Impact-Sustainability-Report.pdf

The report showcases Prologis' sustainability efforts in the 20 countries where it operates. Highlights include:

In its Dutch logistics facilities, Prologis implemented "OnPrem Power" for on-site power generation, storage, and management, enabling early facility operation despite insufficient grid power*1.

At a logistics facility hub in Texas, USA, a large-scale 19.9 MWh storage system was installed, contributing to grid stability.

Five logistics facilities in Ontario, Canada, and California, USA, utilize mass timber, a construction material recognized for its contribution to reducing greenhouse gas emissions.

In Japan, Prologis entered into an on-site PPA (Power Purchase Agreement) to share electricity with customer facilities outside of its owned properties. This marks the first renewable energy project undertaken by Prologis on real estate not owned by the company.

The report also details progress on company-wide initiatives to build a sustainable future. Key achievements include:

1. Driving Net Zero

Prologis aims to achieve net-zero greenhouse gas emissions across its value chain by 2040. To reach this goal, the company is promoting the adoption of renewable energy, reducing emissions, tracking carbon output, and collaborating with suppliers.

Prologis has achieved a 30% reduction in Scope 3 greenhouse gas emissions by 2025, compared to 2019 levels.

2. Expanding Clean Energy Solutions

Amidst surging global electricity demand, Prologis is scaling up sustainable infrastructure and energy solutions.

Solar and storage capacity has surpassed the 2025 target of 1 GW, reaching 1.1 GW. With a goal to expand to a cumulative 2 GW by 2030, Prologis is supporting customer energy needs and grid stability through the deployment of solar power, battery storage, microgrids, and EV charging infrastructure.

Through "Prologis Ventures," its investment arm, the company supports the development of next-generation technologies in the logistics and energy sectors, including low-carbon building materials and data center cooling technologies.

3. Developing Sustainable Logistics Facilities

New development and redevelopment projects are subject to obtaining or planning to obtain environmental certification in principle, 100% of the time. Furthermore, Prologis is implementing Life Cycle Assessment (LCA)*2 to reduce CO2 emissions during construction. Currently, 27% of Prologis' global portfolio holds environmental certification, and 37% of the facility area utilized by its top 25 major customers is certified.

4. Creating Community Impact

In 2025, Prologis donated approximately $5.5 million (approx. ¥900 million*3) to organizations focused on creating economic opportunities, promoting education, solving community challenges, and enhancing environmental sustainability and quality of life. Employees contributed a total of 21,600 volunteer hours, including through the annual corporate social responsibility event "IMPACT Day." The company aims for a total of 200,000 volunteer hours from 2026 to 2030. Additionally, through "Space for Good," a social contribution program utilizing Prologis' logistics facilities, the company provides over 37,000 square meters (400,000 square feet) of logistics space free of charge to non-profit organizations worldwide, demonstrating its commitment to local communities.

Prologis will continue to conduct its business with a focus on contributing to a sustainable future and creating global impact.

*1 Electricity supplied from the power company's transmission grid.

*2 A method for quantitatively evaluating environmental impact, such as CO2 emissions, throughout the entire lifecycle of a building, from raw material procurement to construction, use, and demolition/disposal. It is characterized by its ability to visualize environmental impact during the construction phase, which was previously difficult to ascertain, and is increasingly recognized internationally as a foundational assessment method supporting decarbonization in the architecture and real estate sectors.

*3 Based on an exchange rate of 1 US dollar = 159 Japanese yen.