The Sun has experienced a spike in activity in recent days that has seen six or seven eruptions on the surface of the star spit out solar material towards Earth. This could supercharge the Northern Lights and potentially cause disruption with infrastructure.
America's National Oceanic and Atmospheric Administration (NOAA) reportedly issued its first severe solar storm warning since 2005 yesterday as a huge geomagnetic storm races towards Earth - meaning it could be the most powerful experienced in almost two decades.
It's set to hit overnight, and could supercharge the Northern Lights, making them visible in Scotland, northern England and Wales and even further south if conditions are right.
But the impressive Aurora Borealis could also potentially interfere with infrastructure, including the power grid and satellites when it hits.
The huge solar storm was created by successive coronal mass ejections (CMEs) that have left space a "mess", one space physicist told Sky News.
CMEs are when a large cloud of high energy plasma erupts from the Sun, into space, and currently there is a sunspot spitting a number out - aimed right at Earth.
'Space is a mess'
Professor Mathew Owens, a space physicist at the University of Reading's department of meteorology, told Sky News: "Space is a mess right now, there's six or seven of these eruptions piling up right now between the Sun and Earth and we're predicting they're going to arrive at 2am [11 May]."
The Met Office told Sky News: "With clear spells likely for many on Friday night, there's an increased chance of aurora visibility for some, particularly across Scotland, Northern Ireland and parts of northern England and Wales.
"Given the right conditions, there is the chance it may even be visible further south."
The good news is that many places will have clear skies overnight and it's not going to be too cold either.
The best chance of seeing the Northern Lights will be from Scotland and Northern Ireland, although the northern and western isles will be cloudier at times.
Parts of northern England and North Wales may also get lucky, especially if you can get onto higher ground away from the light pollution of the towns and cities.
It's less likely you'll see them further south, but not impossible.
It might sound obvious, but as well as clear and dark skies you need to look towards the northern horizon, so a north-facing coast is a great place.
And even if you can’t see much with your eyes, try using your smartphone or camera. Even better if you have a tripod and can set up a long exposure.
Interestingly, the solar flares will also boost UV levels. Something to watch out for over the next couple of days in the sunshine.
But the impacts of the geomagnetic storm don't stop there, and the power grid could feel the effects of the recent solar activity too.
Professor Owens added: "The worry is there'll be effects on the power grid. I don't expect those to be significant but you never know."
The NOAA says: "Geomagnetic storms can ... potentially disrupt communications, the electric power grid, navigation, radio and satellite operations."
Satellites are also vulnerable because they can be affected directly by radiation caused by CMEs, while power grids are affected because the solar discharge can warp the Earth's own magnetic field, impacting them.
The solar flares and CMEs that have caused all the "mess" in space began on 8 May and picked up the pace in recent days.
The explosion of plasma and magnetic fields are focused in one sunspot that is actually visible from Earth and can be seen safely through a pair of eclipse glasses
It's difficult to predict the precise impacts, or exactly how far south the Northern Lights will reach because of natural uncertainty within forecasts and the difficulty of measuring the oncoming electromagnetic fields of the eruptions too far ahead of time.
This gives them "very little warning" to the potential severity of the impacts.
A spokesperson for Energy Networks Association, which represents the UK's electricity networks, told Sky News: "The energy industry plans for a range of events far and wide - including into space.
"We're monitoring the space weather forecast carefully."