I think this is all good news too (though happy to be corrected by @PurplePenguin), not least plug-in solar panels, as you can already get on the Continent.
https://www.gov.uk/government/news/government-to-go-further-and-faster-in-becoming-energy-secure
The Energy Secretary is today setting out an accelerated package of energy interventions to boost the UK’s energy security:
- Announcing that “plug-in solar”, low cost solar panels that families can buy at supermarkets and put on their balconies or outdoor space, will be made available in the UK for the first time.
- Announcing that we intend to bring forward the Government’s next annual renewables auction to July, inviting renewables companies to invest in UK energy. The most recent round was the biggest ever and alongside the previous auction, we have confirmed enough clean power to power the equivalent of 23 million homes.
- Following the implementation of the Fingleton Review into speeding up the building of nuclear power stations, confirmation that the government will apply the lessons of the review to other infrastructure such as renewables.
I can envisage plug-in solar panels in the middle aisle of Aldi/Lidl. This is a good thing.
Yeabut. How much power will one of these Solar panels produce?
Does it have a back up battery/storage? It's one thing to produce electricity but it's another to store the electricity. Without storage, it has limited use.
Yeabut. How much power will one of these Solar panels produce?
Does it have a back up battery/storage? It's one thing to produce electricity but it's another to store the electricity. Without storage, it has limited use.
It reduces usage of the grid and provides some power which is immediately consumed. Solar panels are incredibly cheap these days, so I can't see how it can be a bad thing. As I have said before, Net Zero is about "and, and, and" not just one magic solution.
I will start by admitting, I am a complete idiot when it comes to electricity (some may say beyond that too), I don't even understand how electricity does not spill out of an unstitched socket, when the plug is removed (it has been explained to me several times by my physicist drinking pal).
When do these "plug in" panels solar panels plug in to?
How is the output from the panel adjusted to the required 240v AC 50Hz?
How is the voltage stabilised within the required range?
How does the Electricity Meter (even if smart) cope with this additional feed in?
I will start by admitting, I am a complete idiot when it comes to electricity (some may say beyond that too), I don't even understand how electricity does not spill out of an unstitched socket, when the plug is removed (it has been explained to me several times by my physicist drinking pal).
Where/what do these "plug in" solar panels plug in to?
How is the output from the panel adjusted to the required 240v AC 50Hz?
How is the voltage stabilised within the required range?
How does the Electricity Meter (even if smart) cope with this additional feed in?
Your mobile phone plugs into a socket and chargers on DC at 12V. If you're happy that can happen, then you should also be happy that the opposite can happen. The more complete answer is that the plug in panels contain inverters (to go to AC) and and transformers (to go 240V).
It's unlikely a plug in one will generate enough to export power. My understanding is that, if it i did, an analogue meter will go backwards whereas as smart meter ignores it.
It can't be just a panel, a panel generates DC, so an inverter and a transformer are needed to match the frequency and voltage of the mains supply, and a control system to synchronise the inverter with mains. All doable, but it won't be just a panel, there has to be a box of tricks too.