By Fernanda Belchior, Elea Data Centers
This chapter is an excerpt from Greener Data: Volume Three, launched on Earth Day 2026. Featuring perspectives from 75+ sustainability leaders across the digital infrastructure ecosystem, the full book is available now on Amazon.
The drive for digital progress today is immense, powered by massive growth in cloud services and the essential need for artificial intelligence. Digital capacity is no longer a small, extra service; it’s the fundamental base for national success in the twenty-first-century economy. To ensure this growth is sustainable, the digital infrastructure industry must fully integrate with the societies it serves. Growth is only sustainable when it’s inclusive, meaning every major infrastructure decision must start with the people and communities it impacts.
Governments view this digital expansion as crucial to national security and a vital catalyst for economic and technological growth. Yet, the pursuit of this goal is being increasingly blocked by local resistance.
This is the Data Center Paradox: A technology essential for national wealth often meets strong opposition from the communities where it must be built. This is the common “Not In My Backyard” or NIMBY problem1, exacerbated by the large scale of modern projects. Communities fear that the direct, visible costs — such as heavy water and energy use, noise pollution, and the aesthetic impact of large industrial buildings — outweigh any distant or unclear benefits.
The global challenge is clear. The industry has created a disconnect between a nation’s desire to lead in technology and a local community’s wish for a good life. The large amount of resources required for modern facilities, particularly those supporting intensive work such as high-performance computing and artificial intelligence, creates significant stress on local utility systems and scarce resources.
When this stress isn’t addressed and poorly explained, public trust declines. Local people start to see the digital economy not as a partner in progress, but as a costly neighbor that takes resources.
The rule for the global data center industry is simple: create a new way of working. To earn public trust and build responsibly at the necessary scale, the focus must shift to a model based on genuine partnership with the community and clear sustainability. This isn’t just a public relations exercise; it’s a business must and a moral duty. This path is beginning to be carved out in emerging markets, where sustainability is the first thing considered, not something added later.
A Blueprint for Partnership: Building With, Not Just In, a Community
In rapidly modernizing markets, such as Brazil, the industry has learned a profound lesson: the ESG (Environmental, Social, and Governance) framework must be the foundation for development, not a secondary compliance requirement. This ESG-only mandate forces developers to integrate positive impact into their core business model from the start. It recognizes that in a resource-constrained world, building responsibly is the only practical way to enter the market for the long term and gain public permission to operate.
Setting a Basic Standard for Responsible Infrastructure
Moving past typical “green promises,” this new standard requires resource efficiency and zero negative impact.
First, the basic rule must be that facilities are powered by 100% renewable and certified energy to eliminate carbon impact from day one. In a fast-growing economy, securing certified clean energy is a powerful sign of commitment. It reduces the load on the local power grid and offers a clear, verifiable claim against climate harm.2 This level of commitment must be required for all new buildings.
Second, the industry must fully address resource scarcity, particularly in terms of water use. While data centers today utilize advanced systems like closed-loop and waterless cooling3, the critical failure is often the communication of this efficiency. When the local community isn’t aware of the low water consumption, it becomes the industry’s responsibility to inform them.
Transparency is key in these situations. The industry must provide clear, consistent data and communication that fully demonstrates a commitment to water conservation and overall resource efficiency. This transparency is the only way to counter the negative perception that digital infrastructure unfairly diverts resources from the community.
Delivering Measurable Community Value
A responsible infrastructure project is defined by how it enhances, rather than detracts from, its surrounding environment. The industry must move away from the isolated industrial box model.
Rethinking Space: Architectural design must contribute to a pleasant, inspiring atmosphere for those who live and work nearby. Data centers should blend in with the local community landscape, potentially incorporating shared community areas or green spaces. The facility must be an integral part of the community, not a foreign structure imposed upon it.
This commitment includes maximizing the life of resources. Companies should commit to programs that donate unused or extra resources back to city services or local non-profit groups. This might involve donating excess power capacity, repurposing cabling and hardware for local schools, or providing clean water from closed-loop systems for municipal landscaping. This visible, quantifiable contribution transforms a data center from a site that consumes resources to one that creates shared value.
Growing the Future Local Workforce
A core social component of the blueprint involves a dedicated commitment to local workforce development. The long-term societal value of a data center extends beyond the tax base; it must create high-skilled, future-proof jobs for the local population.
The focus should be on developing world-class talent within the region, while also attracting global expertise. This requires the implementation of structured “educate, train, talent” programs. These programs are designed to ensure equitable inclusion, specifically engaging the young generation and underrepresented populations in the digital economy.
By providing certified training in areas such as data management, network operations, and cloud architecture, companies can build a sustainable talent pipeline that benefits the local community long after construction is complete. This commitment turns the facility into a center of economic opportunity and social mobility.
Weaving IT into the Urban Fabric
Data centers must be conceptualized as a co-created utility, a living infrastructure that integrates seamlessly into the urban plan, rather than an isolated industrial site.
The industry must adopt a philosophy that promotes building for communities to thrive alongside one another. This involves utilizing a large-scale urban regeneration model, ensuring that data center support is complemented by anchor businesses and public facilities in the surrounding area. The infrastructure development should lead to positive city renewal, transforming old industrial zones into mixed-use, high-value neighborhoods.
This ensures Equitable Access. Data centers can then become the “IT backbone” powering not just corporate clients but also new parks, local businesses, and public services. By providing strong connectivity and fast access to the immediate surrounding area, the community benefits are integrated into the daily lives of residents. This proximity-based benefit, tied directly to the public realm, makes the data center a visible source of social and economic value.
Finally, human-centric and environmentally friendly design principles must guide construction. Concepts like “Green Skin Design”4 are critical for performance and social acceptance. These architectural elements, such as green roofs, vertical gardens, or noise-reducing walls, reduce noise, manage heat, and contribute to the mental well-being of workers and neighbors. More broadly, they enhance the overall ecosystem services of the surrounding area, demonstrating a commitment to the local environment that extends beyond mere efficiency.
Collaboration as the Catalyst: Building Brazil’s Sustainable Ecosystem
The final layer of the blueprint moves from physical design to a systemic social and governance architecture. Here, ESG becomes a Governance Principle, built into how an organization makes decisions, manages its finances, and collaborates with others. This requires a level of transparency and teamwork that has been historically missing in industrial development.
It requires actively aligning with government and urban planners. Data center developers must work directly with city leaders to make sure that digital expansion aligns with local development goals.
When local authorities and community representatives are involved in the planning process, they become supporters of the project, viewing it as a shared asset. The success of this model in Brazil, where it has been implemented in close collaboration with city master plans, has enabled necessary expansion, serving as powerful proof of its effectiveness.
This commitment to partnership is best demonstrated by a major project now underway in Rio de Janeiro. This initiative is founded on a formal alliance that includes the local Municipality, major energy distributors and generators, and an advanced innovation partner. The partner’s role, which involves utilizing sophisticated tools for grid visibility and future planning, is foundational: it ensures the city’s energy grid is “AI-ready” and can reliably serve both the massive needs of the digital hub and the existing community with resilience and efficiency. This alliance ensures that this digital infrastructure project is a true asset to the city’s power infrastructure, and by extension, the community, rather than a burden.
The success of these local partnerships, however, is only one part of the transformation. For the industry to truly solve its reputation problem and scale the ESG mandate, this collaborative spirit must extend into fostering legislative industry change. No single company can solve the industry’s overall reputation problem. The industry must foster open discussions to achieve a comprehensive sustainability impact.
Focusing on the social parts of ESG is most important, promoting diversity and inclusion through industry-wide groups. By actively sharing best practices and promoting a diverse workforce, the industry shows that its growth will be fair, equitable, and representative of the societies it serves.
The Promise of Inclusive Digital Growth
The lessons learned in markets that demand an ESG-first approach offer deep insights for the global data center industry. The simple answer to the Data Center Paradox is that the industry doesn’t have to choose between building big and building responsibly. Sustainable growth means achieving both simultaneously.
Why community is key lies in sharing ownership. The only way to get and keep public trust is to partner with the community. When local people are treated as partners in the project, helping to guide its social and environmental contributions, they become invested people. This partnership model is the strongest solution to the global NIMBY problem.
Elea Data Centers’ blueprint, centered on the ESG-only mandate, resource neutrality, and local social investment, isn’t just a theory; it is a clear, repeatable plan for other countries and developers. This plan is currently being executed in a single, ambitious project that is attracting global attention: the Rio AI City5 project in Brazil.
This Rio AI City hub, set to deliver up to 3.2 GW of green capacity, is the direct physical realization of every principle outlined above. It features 100% renewable energy and zero-water cooling systems; it’s integrated with the city’s urban renewal plans—including reforestation and mixed-use development—and actively creates thousands of high-skilled local jobs. The project’s collaboration with advanced innovation partners, such as Tapestry (a team from X, The Moonshot Factory), ensures the energy grid benefits the entire community, validating the project’s holistic approach and vision. This demonstrates that local ideas and close attention to community needs contribute directly to the success of global expansion.
The future goal for the data center industry is to recognize that digital infrastructure isn’t just a service, but a foundational force for fair, sustainable growth. By adopting this inclusive model, proven at scale by Elea’s work in Rio, the industry can create long-term shared value for everyone, ensuring that the future is powerful, equitable, and community-centered, fulfilling the promise of inclusive digital growth.
RESOURCES
1. MultiState, Data Centers Confront Local Opposition Across America, 2025. https://www.multistate.us/insider/2025/10/2/data-centers-confront-local-opposition-across-america
2. U.S. Department of Energy, Clean Energy Resources to Meet Data Center Electricity Demand, 2025. https://www.energy.gov/gdo/clean-energy-resources-meet-data-center-electricity-demand
3. Technology Magazine, How Are Companies Cooling Data Centers Without Water, 2025. https://technologymagazine.com/news/how-are-companies-pioneering-data-centre-zero-water-cooling
4. Facade Tectonics, Deep green skins: Façade assembly design for adaptive capacity, durability, and disassembly, 2024. https://www.facadetectonics.org/articles/deep-green-skins-fa%C3%A7ade-assembly-design-for-adaptive-capacity-durability-and-disassembly
5. Elea Data Centers, Elea Announces Rio AI City: A Landmark Brazilian Data Center Project With Capacity Up to 3.2 GW of Renewable Energy Supporting AI Growth, 2025. https://eleadatacenters.com/en/2025/05/08/elea-announces-rio-ai-city/
Author: Courtney Burrows
Courtney Burrows is the Executive Editor of Greener Data and Executive Vice President of Marketing and Sustainability at JSA, where she leads content strategy across PR, marketing, and media initiatives for the global digital infrastructure industry. With more than 20 years of experience — and over a decade dedicated to data centers — she curates expert insights focused on data center sustainability, innovation, and the evolving demands of an AI-driven world.
