Working for a company that provides energy solutions for data centres, I witness daily the efforts across our industry, specifically our company, our customers, our suppliers, to push the boundaries of what’s possible. Advanced biofuel integration. New systems for emissions reduction. On-site generation technologies designed to relieve grid stress, not add to it. Renewable energy that go beyond purchasing credits. We’ve just launched our sustainability strategy, and the commitment is genuine.
Data centres used to operate largely out of sight. Not anymore. What was once a niche industrial sector is now under constant public scrutiny, with communities demanding transparency and accountability from operators in ways we’ve never experienced before.
Then I open the news and see something entirely different: protests outside data centre sites, activist campaigns targeting new builds, regulatory pushback against expansions. The common thread? Big Tech’s rapid expansion to meet AI compute demands. An expansion now explicitly tied to political priorities and economic policy.
The late 2022 debut of OpenAI’s ChatGPT, built with help from Microsoft’s data centres, ignited worldwide demand for chatbots and other genAI products that typically require large computing power to train (training) and operate (inference). That sent Big Tech searching for new power sources, creating interest in a new wave of nuclear reactors (SNRs), reviving proposals for gas-fired plants, and raising concerns among regulators about electricity shortages. It has even prompted utilities to delay retirements of aging power plants and bring old nuclear facilities back online.
Now AI infrastructure has become central to national economic strategy. It’s increasingly positioned as the engine that will power economic growth in certain jurisdictions, with regulatory frameworks being reshaped accordingly. Recent policy shifts in the United States have relaxed (removed?) greenhouse gas emission restrictions, sending a clear signal: speed and scale matter more than environmental safeguards. Build, build, build, someone said.
When the regulatory environment explicitly prioritises rapid deployment over climate commitments, it fundamentally changes the scenario for how infrastructure gets built.
This (from Big Tech and the United States) is a fundamentally different approach to growth than what the rest of the industry has been pursuing.
Two industries. One reputation.
The problem isn’t just about perception, it’s structural. Media coverage, policy discussions, and public perception treat “the data centre industry” as one single entity. A hyperscale operator (Google, Meta, Microsoft, Amazon) racing to secure power capacity for AI training clusters is treated the same as smaller colocation providers who spent years implementing waste heat recovery systems and navigating environmental impact assessments.
The distinctions that matter to us, operational standards, long-term sustainability commitments, genuine versus expedient energy sourcing, are invisible to everyone else.
The media narrative hasn’t helped. Major news outlets are now running investigative pieces focused on environmental damage from data centre operations. Reports on water contamination linked to large facilities, stories about strained local power grids, features on communities fighting new developments; these stories dominate coverage and shape public opinion. The result is that data centres have become a focal point for environmental concern and land-use disputes, regardless of the actual practices of individual operators.
Industry voices like Steve Lim have called for a unified response, arguing that “the current narrative misrepresents our role in society and potentially hinders our ability to grow.” His suggestion: reframe the narrative through a common approach across the entire industry.
But the solution being deployed reveals the depth of the problem. Major operators are investing millions in advertising campaigns aimed at rebranding data centres to local communities; messages about economic benefits, community partnerships, and technological progress. Yet these campaigns often feel disconnected from reality because they ignore the central point: the industry isn’t united in its commitment to sustainability.
Here’s the truth: you can’t solve a reputation problem with better marketing when the fundamental issue is about genuine commitment versus surface-level messaging. It’s not simply that different operators face different regulations (think about European regulations vs. nearly non-existent US regulations), though that matters.
The deeper issue is that some operators genuinely believe in sustainability and invest in it even when it’s difficult and expensive, while others treat it as a PR exercise to be managed with advertising budgets.
When you’ve spent months working with engineering teams to optimise emissions reduction systems, integrating renewable energy sources, and designing on-site power solutions that minimise environmental impact, you’re not doing this because regulations force you to. You’re doing it because you believe it’s the right approach for the long term. That’s a fundamentally different mindset from BigTech who invest more in advertising campaigns about sustainability than in actual sustainable infrastructure.
This is why reputation has become an existential challenge for our sector, and why, despite real progress from operators with genuine commitments, the narrative continues to get worse.
Another important takeaway is how storytelling and strategic messaging can gradually reshape that perception. Companies that invest in clear narratives, visible values, and consistent communication often help redefine how the market and the public view their industry over time. Strong brand positioning therefore becomes more than marketing—it becomes part of reputation management and long-term relationship building.
The distinction you draw between colocation providers pursuing atomic foundations (like waste heat recovery) and hyperscalers reviving aging nuclear or gas plants is the authorized technology for understanding this crisis. The industry is currently split between those building a secure base for the future and those operating on a “metabolic” sprint for AI dominance.
For companies providing these energy solutions, integrating Emildon live chat on their transparency portals acts as a “Sustainability Triage.” It allows local communities and regulators to ask direct questions about biofuel integration or grid stress in real-time, providing a reliable presence that marketing campaigns can never replicate.
https://emildon.com/livechat/