Last week, I had the pleasure of attending the National Wind Energy Awards 2026 hosted by Renews.

It was a brilliant showcase of what the UK wind industry is capable of. Developers, engineers, contractors, manufacturers, consultants and innovators, all in one room, celebrating projects that are helping reshape how this country generates its electricity.

There was plenty to be positive about. But there was also one subject that seemed to find its way into conversation after conversation: connections.

Or, more accurately, the challenge of getting one.

For an industry moving at incredible speed in so many areas, there’s a real frustration around the complexity and time involved in getting new generation connected to the transmission network.

That frustration is understandable. But the problem is also a lot more complicated than simply saying: ‘we need faster connections.’ We absolutely do. The more interesting question is how we get them.

Building generation is only half the job

The UK isn’t short of renewable ambition. There are extraordinary projects being developed across wind, solar and energy storage. Technology is advancing, investment is available, and there’s an enormous amount of engineering talent working across the sector.

The challenge is connecting all of it.

Britain’s transmission network was never designed around the volume, geography or characteristics of generation now looking to connect to it. And the connection queue has grown far beyond the amount of generation the country actually needs in the near term.

That’s why Connections Reform matters. Moving away from a largely first-come, first-served system towards one that considers project readiness and strategic need makes sense. There’s little benefit in viable projects sitting behind schemes that aren’t ready to progress.

But there’s something else worth remembering: reform doesn’t build substations.

Fixing the queue is one part of the problem. Delivering the infrastructure behind those connections is another. And that’s where things get interesting.

Why does connecting take so much work?

It’s tempting to look at the time it takes to connect a project and assume the answer is simply to remove process. Sometimes, it probably is. But plenty of that complexity exists for a very good reason.

We’re connecting enormous amounts of generation into infrastructure operating at 275,000 and 400,000 volts. Those connections become part of a transmission system supplying an entire country.

So yes, there are standards. Lots of them. There are power-system studies, connection designs, equipment specifications, protection systems, control systems, outages, interfaces, assurance processes, commissioning requirements and compliance obligations.

And all of those things eventually have to come together at exactly the right moment for somebody to say: ready to energise.

When you look at it like that, the question changes. Instead of asking ‘why is this so complicated?’, perhaps we should be asking: ‘which parts need to be complicated, and which parts can we make better?’ That distinction matters.

Faster doesn’t mean cutting corners

Quality of supply isn’t something we talk about very much outside the technical corners of the industry. Maybe we should.

The electricity arriving at our homes and businesses needs to behave in a remarkably predictable way, regardless of what’s generating it hundreds of miles away. Voltage needs controlling. Frequency needs managing. Harmonics need considering. Protection systems need to operate correctly. Faults need to be detected and isolated incredibly quickly.

And as we connect more inverter-based generation, batteries and increasingly sophisticated power-electronic systems, the behaviour of the network continues to change.

That means the assets we use to connect generation matter. The engineering matters. The protection matters. The commissioning matters. And the standards behind all of it matter.

We should be pushing hard for faster connections, but not at the expense of the engineering discipline that keeps the transmission system safe and reliable. Those two things don’t have to compete. In fact, we think the interesting bit is working out how to achieve both.

Standards aren’t the problem. Surprises are.

Anyone who has delivered infrastructure for National Grid Electricity Transmission will know there’s no shortage of technical standards and governance requirements. It can look daunting from the outside.

But there’s an important reason those requirements exist. NGET is responsible for assets that need to operate safely and reliably for decades, as part of critical national infrastructure.

We work within that environment every day, and we don’t think lowering that bar is the answer. The bigger problem is what happens when requirements are understood too late.

A technical requirement identified late in design affects procurement. A procurement change affects construction. A construction change affects commissioning. A commissioning issue affects an outage. And suddenly a technical detail discovered months earlier has become a commercial problem worth millions.

That’s where good project management and good engineering become very difficult to separate. And it’s also where asking better questions earlier can make an enormous difference.

There are two sides to every connection

A developer and NGET can be looking at exactly the same project and, quite reasonably, see it through very different lenses.

The developer needs to get an asset connected. Every month matters. Investment has been committed, equipment ordered, contractors appointed and commercial operation dates built into financial models.

NGET has another consideration. It needs to facilitate that connection while protecting the safety, security and reliability of the wider transmission network.

Neither side is wrong. The challenge is making those two worlds work together.

And there’s an enormous amount hidden inside that sentence. Because somewhere between the connection agreement and the day the asset energises are hundreds of engineering decisions, interfaces, dependencies and conversations that determine whether the programme actually works.

That space is where Yova spends a lot of its time.

You can see how that expertise translates into real project delivery in our case studies.

Understanding both sides

We’ve spent years delivering complex high-voltage infrastructure and working within NGET’s engineering and delivery environment. So we understand why the requirements exist. But we also understand the commercial reality facing developers.

Waiting another six months isn’t just an inconvenient programme movement. It can mean delayed revenue, financing consequences, contractor costs and assets sitting ready but unable to generate.

That tension isn’t going away. So rather than complaining about it, we’re interested in solving it.

That means getting the connection strategy right early. Understanding what the standards actually mean for the project. Building realistic programmes around engineering, procurement, outages and commissioning. Finding interfaces before they become problems. Asking difficult questions early enough that there’s still time to do something about the answers.

And making sure everyone involved understands what needs to happen to reach the point that ultimately matters: energisation.

From ambition to connected megawatts

What struck me at the National Wind Energy Awards wasn’t a lack of ambition. Quite the opposite. There’s an extraordinary amount of energy, investment and talent pushing this industry forward.

Connections Reform is part of unlocking that. Continued investment in the transmission network is another. But there’s also a job for everyone actually delivering these projects.

We need to get better at turning renewable ambition into connected infrastructure. Not by lowering standards. Not by pointing fingers. And definitely not by pretending the engineering is simpler than it really is.

By understanding the system better, collaborating earlier and asking whether there’s a better way of getting from connection agreement to energisation.

Sometimes there won’t be. Sometimes there will. We think it’s worth asking either way.

If you’re developing a wind, solar or storage project and navigating the realities of connecting to the National Grid transmission system, talk to us.

Tell us what’s getting in the way. We might just be able to help.

Yova. Essential expertise. Positive change.