Ideas shaping industry and energy

Artificial intelligence is rapidly changing the global economy. Data centres are expanding, computing requirements are increasing and technology companies are investing billions in the infrastructure needed to support the next generation of digital services.

Yet behind every algorithm, every AI model and every new computing platform lies a physical requirement that cannot be ignored: electricity.

The AI revolution is often discussed in terms of processors, software, chips and computing performance. But the infrastructure that makes these technologies possible deserves equal attention. Data centres require enormous quantities of electricity, reliable connections to the grid, resilient backup systems and the ability to expand as computing demand grows.

The next phase of the AI economy will therefore be shaped not only by technological innovation, but by the availability, reliability and economics of power.

This is where energy infrastructure becomes a strategic issue.

Building an industrial business across national borders is fundamentally different from developing a company in a single market. It requires more than capital, technology and a compelling business plan. It demands the ability to align governments, investors, industrial partners, suppliers and local stakeholders around a common objective—and then turn that alignment into a functioning business.

Throughout my career, I have worked across Europe, the United Kingdom, the United States and the Middle East. These markets differ considerably in their industrial traditions, regulatory systems, financing structures and approaches to business. Yet the underlying challenge remains remarkably consistent: creating the conditions in which complex industrial projects can move from ambition to execution.

The opportunities are substantial. So are the risks.

Energy storage is entering a new phase of industrial development. What was once primarily viewed as a battery technology is increasingly becoming a fundamental component of modern energy infrastructure.

The expansion of renewable generation, the electrification of industry, the growing demands of data centres and the need for greater grid flexibility are changing how electricity systems must be designed and operated. In this environment, energy storage is no longer simply about storing electricity. It is about making power systems more flexible, responsive and capable of supporting changing patterns of demand.

The opportunity extends far beyond the battery itself. It encompasses system architecture, industrial assembly, power electronics, software, grid integration and the ability to deploy reliable solutions at scale.

The next generation of energy storage will be defined not only by advances in cell chemistry, but by how effectively these technologies are transformed into complete industrial and infrastructure solutions.

Industrial development begins with ambition. A new manufacturing facility, an energy infrastructure platform or an advanced technology business may start with a compelling vision of what is possible. But the distance between that vision and a functioning industrial operation is considerable.

Ideas are relatively easy to articulate. Building the conditions required to make them commercially viable is much harder.

Large industrial projects must bring together capital, technology, infrastructure, partners, regulatory approvals, suppliers and customers. Each element matters, but none can guarantee success on its own. The real challenge is making them work together, in the right sequence, within a structure that can withstand commercial pressure and changing circumstances.

Throughout my career, I have worked with industrial concepts that require coordination across different countries, industries and stakeholders. One lesson has remained consistent: ambition creates the starting point, but execution determines the outcome.