In Bidwells’ panel discussion ‘Powering the Technology Boom: Clean Energy for Growth’, held at UKREiiF 2026, the message was clear - this rapid growth is colliding with an energy system that was never designed for such demand.
Data centres alone already consume around five per cent of the UK’s electricity. By 2050, that figure could exceed ten per cent, at the same time as national electricity demand is expected to double. As Bidwells’ Associate, Energy & Renewables, Edoardo Ruggeri noted when opening the discussion, the challenge has shifted: the question is no longer how to steadily reach net zero, but how to keep pace with soaring demand without slipping back into fossil‑fuel dependency.
This is the tension shaping the next decade of UK growth. And it is one that requires new thinking, new partnerships and new models of energy delivery.
The Grid Is Now a Strategic Constraint
One of the clearest messages from the panel was that grid availability is increasingly determining where innovation can happen. Jo Dally from the National Composites Centre described how the location of AI growth zones is being dictated not by talent clusters or research ecosystems, but by where power happens to be available. That is a deeply limiting position for a country trying to build globally competitive technology hubs.
But the panel also highlighted a major opportunity: behind‑the‑meter renewable generation. Rooftop solar, localised generation and on‑site storage may not solve the entire problem, but they can meaningfully reduce grid import requirements and improve resilience, especially when deployed at scale across science parks, campuses and industrial estates.
Cambridge Science Park, represented on the panel by Jane Hutchins, is already demonstrating what this looks like. With sixty buildings across 152 acres, the Park has undertaken detailed radiation mapping, payback modelling and collaborative planning with building owners to maximise solar deployment. This is not simply a sustainability exercise; it is a strategic response to energy security and cost certainty for more than 140 innovative companies.
Microgrids Are Moving From Concept to Reality
Perhaps the most forward‑looking theme of the discussion was the rise of smart microgrids. These systems, capable of balancing generation, storage and consumption across multiple buildings, are emerging as a practical solution for energy‑intensive clusters.
A notable example is Aveva, which is bringing microgrid technology to its new global R&D headquarters at Cambridge Science Park. This could become a blueprint for retrofitting microgrids into existing estates, something UKGBC’s Yetunde Abdul noted is becoming a frequent topic among developers, investors and contractors.
Microgrids are not without complexity. They require new commercial models, regulatory clarity and long‑term operational planning. But as energy resilience becomes a board‑level issue, they are rapidly shifting from “innovative idea” to strategic infrastructure.
For Bidwells, this is a space where our advisory role is becoming increasingly important, helping clients navigate the technical, commercial and regulatory landscape to unlock viable, future‑proofed solutions.
The Economics of Sustainability Are Changing
One of the most striking insights came from Trinity College Cambridge’s decision to embed an internal carbon price into every investment decision. This has materially shifted outcomes, making greener choices not just preferable but financially rational.
Yet the panel also acknowledged that many occupiers, particularly scale‑ups, still prioritise cost over carbon. This is where clear business cases, transparent modelling and shared data become essential. Bidwells’ work in behind‑the‑meter renewables is increasingly focused on exactly this: demonstrating how sustainability and strong financial outcomes can align.
Regulation: A Delicate Balance
The panel explored whether the UK’s relatively hands‑off regulatory approach is still fit for purpose. Stronger regulation could accelerate renewable deployment and standardise expectations for new developments. But over‑regulation risks creating tick‑box compliance and poorly designed systems.
The consensus was that policy must be co‑designed with industry and aligned with industrial strategy. As Jo Dally emphasised, the UK cannot afford to repeat past mistakes where renewable deployment targets were met by importing technology rather than building domestic supply chains. If the UK wants energy security, economic resilience and net‑zero progress, regulation must support, not undermine, the development of homegrown clean‑tech industries.
Scaling Innovation Is the Next Frontier
The UK is rich in clean‑energy innovation, from next‑generation offshore wind to hydrogen systems and AI‑driven optimisation. But scaling these technologies requires full‑scale demonstration environments, investor confidence and long‑term policy stability.
This is where science parks, innovation districts and industrial clusters - many of which Bidwells advises - can play a transformative role. They are natural testbeds for new energy models, and they sit at the intersection of academia, industry and investment.
A New Model for Powering Growth
The panel’s discussion points toward a new paradigm for powering the UK’s technology boom, one built on distributed generation, local energy systems, smarter regulation and integrated planning. It is a model that values resilience as much as capacity, and collaboration as much as innovation.
For Bidwells, this is not a theoretical conversation. It is the work we are doing every day with clients across science parks, research campuses, industrial estates and emerging technology clusters. The future of UK growth will be powered by clean energy, but only if we design the systems, partnerships and policies to deliver it.
The technology boom is not slowing down. The question is whether our energy system can keep up. As this panel made clear, the answer lies in deploying smarter, more localised and more collaborative solutions today.
