2nd June 2026
Somewhere between the glossy promises of “digital transformation” and the lived reality of rural Scotland, a quiet revolt is taking shape.
Communities that once welcomed any hint of investment are now pushing back against the arrival of vast data centres — the industrial cathedrals of the AI age.
On paper, these facilities look like salvation: high‑tech jobs, inward investment, and a foothold in the global digital economy. But on the ground, the mood is shifting. From the Highlands to the Borders, residents are asking a sharper question:
“At what cost?”
The paradox of the modern data centre
Data centres are not the tidy, silent, job‑rich employers that brochures imply. They are energy‑hungry, water‑intensive, and job‑light. They operate 24/7, demand grid capacity equivalent to small towns, and often require new substations, pylons, and water infrastructure that local people end up paying for indirectly.
Communities are discovering that the benefits are diffuse and national, while the burdens are intensely local.
Why rural Scotland is increasingly sceptical
1. Energy demand that dwarfs local capacity
A hyperscale data centre can draw 100–500 MW — more than the entire electricity use of many rural counties. In areas like Caithness, Moray, and the Borders, where grid constraints already delay renewable projects, residents fear that new data centres will push up bills and crowd out local generation.
2. Water use that competes with households and agriculture
Cooling systems can require millions of litres per day. In regions with fragile water networks — including parts of the Borders — this is a red flag.
3. Very few permanent jobs
Despite headlines promising “hundreds of jobs”, the reality is stark:
A typical hyperscale facility employs 30–80 people.
Most roles require specialist skills not found locally.
Construction jobs vanish once the site is built.
For communities that have been burned before by over‑promised employment, scepticism is rational.
4. Diesel generators, noise, and industrialisation of rural landscapes
Backup power systems can involve hundreds of diesel engines, each tested regularly. Residents near proposed sites report concerns about noise, emissions, and the creeping industrialisation of farmland.
5. A sense of developments being imposed, not negotiated
When planning applications arrive fully formed, with little early engagement, communities feel sidelined. Trust evaporates quickly.
The Duns example: a case study in emerging resistance
The proposed data centre near Duns in the Scottish Borders has become a focal point for these tensions. While the developer emphasises investment and digital infrastructure, local concerns mirror those seen across Scotland:
Grid pressure: Residents fear the facility will require major reinforcement of already stretched infrastructure.
Water use: Questions have been raised about the impact on local supplies and the sustainability of cooling systems.
Landscape impact: The scale of the buildings and associated substations is seen as out of character with the rural setting.
Limited jobs: The community is wary of claims that the project will deliver meaningful long‑term employment.
Transparency: Campaigners argue that key details — including energy demand and water consumption — have not been clearly disclosed.
The Duns case is not unique. It is part of a pattern: rural communities are no longer accepting “trust us” as a planning argument.
The deeper issue: who pays, and who benefits?
The heart of the opposition is not anti‑technology sentiment. It is fairness.
Data centres serve global corporations, national digital infrastructure, and AI workloads that may have little to do with the communities hosting them. Yet the costs — grid upgrades, water stress, diesel emissions, landscape change — are borne locally.
Meanwhile, the benefits — tax revenues, digital capacity, corporate profits — flow elsewhere.
This imbalance is driving a new rural assertiveness.
What a fairer model would look like
Communities are not saying “no”. They are saying:
“Not like this.”
A sustainable approach would include:
Full cost recovery for grid upgrades
Transparent water‑use reporting
Meaningful community benefit funds
Siting rules that avoid constrained grids
Environmental standards for cooling and backup power
Local training pipelines to ensure jobs actually go to local people
Without these, resistance will only grow.
Scotland stands at a crossroads
Data centres are essential to the digital economy, but they cannot be allowed to become extractive industries — consuming rural resources while offering little in return. The debate unfolding in Duns is a warning: unless policy catches up, Scotland risks a wave of community‑led opposition that slows development and deepens mistrust.
The choice is not between data centres and no data centres.
It is between unregulated expansion and fair, transparent, community‑centred development.
When Rural Scotland Pushes Back: What Data Centres and the Halkirk Battery Project Have in Common
Rural Scotland has long been treated as the place where national infrastructure can be placed with minimal resistance — wind farms, pylons, substations, nuclear facilities, and now data centres and grid‑scale batteries. But something has changed. Communities from Caithness to the Borders are increasingly saying “enough”, and the reasons behind this shift are remarkably consistent.
The proposed data centre near Duns and the battery storage project near Halkirk may appear unrelated at first glance. One is a digital facility powering AI and cloud computing; the other is an energy‑sector installation designed to stabilise the grid. Yet the public reaction to both reveals a deeper pattern: rural communities are no longer willing to accept high‑impact infrastructure without clear local benefit, transparent information, and credible safeguards.
1. The burden–benefit imbalance
Data centres (Duns)
Residents fear that the facility will:
consume huge amounts of electricity
require major grid upgrades
industrialise the landscape
deliver very few long‑term jobs
Battery storage (Halkirk)
Locals raised concerns that the BESS would:
introduce fire and explosion risks
require new substations and cabling
create noise and visual impact
offer no meaningful employment
In both cases, the benefits are national, but the risks are local. This imbalance is the root of modern rural opposition.
2. Safety fears and worst‑case scenarios
Halkirk BESS
The strongest objections centred on fire risk — specifically, the possibility of a lithium‑ion thermal runaway event. Communities pointed to incidents in the US, Australia, and Europe where BESS fires burned for days and required exclusion zones.
Data centres
While not explosive, data centres bring their own safety concerns:
hundreds of diesel generators
large volumes of fuel storage
potential noise pollution
heavy electrical infrastructure
In both cases, residents felt developers downplayed risks and over‑relied on technical assurances that did not address public anxiety.
3. Grid pressure and infrastructure creep
Halkirk
The BESS required new grid connections and raised questions about whether Caithness was becoming a dumping ground for grid‑balancing infrastructure because of its strong renewable output.
Duns
The data centre could require major grid reinforcement, with locals worried that:
the cost would be socialised
local renewable projects might be delayed
the Borders would become an energy colony for external digital workloads
Both communities saw the same pattern: infrastructure built to solve someone else’s problem.
4. Landscape and rural identity
Halkirk
Residents objected to the industrialisation of farmland and the visual impact of battery containers, fencing, and substations.
Duns
The data centre’s scale — large buildings, substations, cooling equipment — was seen as incompatible with the rural character of the area.
In both cases, the issue was not nostalgia but place‑based identity: rural Scotland is tired of being treated as empty space.
5. Jobs: the promise that never arrives
Data centres
Hyperscale facilities typically create 30–80 permanent jobs, many requiring specialist skills.
BESS projects
Battery storage sites create almost no long‑term employment.
Communities have learned from experience — Dounreay, wind farms, transmission lines — that “jobs” are often used as a rhetorical shield, not a realistic benefit.
6. Trust, transparency, and the feeling of being bypassed
This is perhaps the strongest parallel.
Halkirk
Residents felt the developer:
provided incomplete information
minimised risks
failed to engage early
treated objections as obstacles, not contributions
Duns
Campaigners report:
unclear data on water use
vague job claims
limited early consultation
a sense that decisions were already made
When trust collapses, opposition hardens — regardless of the technology.
The deeper truth: rural Scotland is changing
The parallels between Duns and Halkirk reveal a broader shift:
Communities are no longer passive recipients of infrastructure.
They are active stakeholders demanding fairness.
They want:
honest information
clear local benefits
credible safety assurances
meaningful engagement
respect for rural identity
Without these, even essential infrastructure will face resistance.
Two technologies, one story
The data centre near Duns and the battery project near Halkirk are symptoms of the same structural issue: national infrastructure being placed in rural areas without a fair social contract.
Both cases show that:
rural communities are informed
they understand the trade‑offs
they are willing to challenge developers
they expect transparency and respect
And they are right to do so.
If Scotland wants to build the digital and energy systems of the future, it must build trust first.