Oil, gas and mining

The Smallest, Cheapest and Best Yet?! Home Energy in 2024!



In this episode we’re sharing all the trends we’re watching, home energy products we cannot wait to get our hands on, and the technology innovations that will be sure to catapult us along this unstoppable trajectory towards net zero. Brace yourselves for a suite of super exciting, cheaper, smaller, more efficient and more accessible tech! So the question is, will this year will be remembered as the one where clean energy and electric vehicles officially shed their early adopter reputation and firmly enter the mainstream?!

@EverythingElectricShow @fullychargedshow

00:00 Going mainstream in 2024!
00:44 Tiny Solar Panels and Heat Pumps
01:39 Mixergy’s newest tank has a heatpump!
02:19 Herschel Halo heaters
02:45 Controlling your energy
03:23 Virtual Power Plants
04:03 V2G in 2024?!
04:37 Low Cost Passiv Houses
05:08 Recycled bricks and sugar building blocks
05:33 Supersized Heat Pumps
06:19 Heat networks and volcanic rocks
06:44 Negative pricing and energy storage
07:21 Gravity battery!
07:36 Perovskite PV
08:06 Second hand EVs and Sodium Ion Cells
08:31 Subsidies, policies and a load of elections
09:15 Just all round better for everyone

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When it comes to renewable energy and clean Home Tech perhaps this year will be remembered as the year that all this green stuff officially shed its early adopter reputation and firmly entered the mainstream and with that new era comes a suite of super exciting cheaper smaller more efficient and more

Accessible technologies that will hopefully catapult us along this Unstoppable trajectory towards net zero and in this episode we’re going to share the ones we cannot wait to get our Hands-On in 2024 if you like the everything electric show you will love our everything electric exhibitions around the world next up everything

Electric Australia and everything Electric London get your tickets today this year energy bills are sadly still set to rise and that shifted the focus for a lot of people when it comes to clean tech as payback periods are looking a little tastier particularly when coupled with incentives like the

Boiler upgrade scheme in the UK and those offered by the inflation reduction act in the US but to date heat pumps for example haven’t necessarily been for everyone taking up space and being better suited to some properties over others but that is about to change with smaller heat pumps entering the market

This year like this one from Quantum which is a 6 Kow system capable of heating water to 70° C and most excitingly can be fitted under the sink in an apartment meanwhile Germany based solar native have just launched balcony PV all than to their teeny tiny inverter

That will fit nice and neatly on a balcony smaller more accessible technology we are so glad to see it and speaking of which we are really looking forward to getting under the hood of mix G’s latest product the cuex set to launch in the coming months the cuex

Like mix G’s other products is a smart hot water tank with a solar diverter but this time not only should it fit in a Cupboard Under the Stairs thanks in part to being cuboidal but it has an integr ated heat pump which as it’s optimized for water heating and not space heating

Gives you steamy temperatures while still boasting the incredibly efficient conversion of energy seen with any heat pump Clean Energy Technologies are rarely likeforlike Replacements to their analog fossil fuel predecessors they give us a much broader spectrum of solutions infrared heating which has been around for a while gives us a

Chance to heat the things we actually need to heat and that’s particularly important in big buildings which have historically had an uphill battle to heat all of that space to address that conundrum hersel have launched their infrared Halo heater which fits perfectly in traditional settings like churches in 2024 there’s no room for

Lites to crying that Ecotech is an isol but these Hardware Solutions are arriving at the same time as infinitely more sophisticated software offering far better control and insights of energy usage and that’s where things really step up a gear 2024 will come with a penopoly of clever test Tech to bring

All of these other bits of tech seamlessly together and with that kind of digitalization and a growing number of distributed energy resources either in the home with solar home batteries and EV or with things like Community solar farms and grid storage the grid gets transformed into something we don’t

Become end consumers of but participants in where we can gamify the whole experience and with a critical massive resources comes the opportunity for VPP virtual power plants to really really take off imagine generating excess solar and being able to donate energy not just to the grid to stabilize it but to your

Neighbor or sash it away for a future less sunny day in Australia they are well ahead of the VPP game in large part due to the sheer volume of solar uptake shine Hub is just one example and it says it’s like turning your solar panels into an Airbnb we’re seeing more and

More of this and we’re hoping to visit an incredible floating home low Carbon Community in the Netherlands who have their own micro grid putting VPP principles in action however car companies are integral to really maximizing the promises of VPP as EVS are bigger than most home batteries and

Parked nearly 90% of the time that’s a lot of stationary storage to capitalize on there’s been loads of discussion and trials around bidirectional charging for electric vehicles or VG and this year perhaps is when car companies really sit up and make this possible for us drivers at scale postar and Volvo are both

Upping the anti this front in the coming months and I personally think we’re about to see car companies really try and get a big chunk of this energy pie but it’s not just about using energy we want to make that energy go as far as possible and we are seeing a wave of

Innovation in the building space super efficient passive houses can save energy bills by 90% and projects like Lon walk are proving that this kind of approach is viable for low-income communities and social housing in 2024 we hope to see more projects like like Lon walk will

Show that the outcome is so much more than the sum of its parts better houses cheaper to run better for the planet and when it comes to making homes lower carbon we also have to think about the embedded carbon and there are plethora of alternative building materials we

Cannot wait to get our hands on Elbow ecob bricks are bricks made from waste concrete and waste plastic sugar creep uses waste sugar cane fibers and there are a few hemp-based Insulation Companies emerging too and it’s not just for building even wind turbines are starting to be built from Timber so

Whilst clean technology in the home may be shrinking for cities and industry it’s going super siiz man Energy Solutions are set to supply a district heat Network in alberg Denmark with three 44 megawatt heat pump units in what will be the world’s largest ever used for a district heating plant

Overall the plant will supply around 550,000 megawatt hours of heat annually or about a third of the heat production in the municipality using renewable energy sources it will raise the temperature of sea water to 98° sea and will reduce CO2 emissions by 145,000 tons annually we are going to

See many more improvements to District heat networks using solar thermal geothermal heat pumps data centers and even using recycled aluminium and volcanic rocks like Caldera who are able to get temperatures up to 500° C making their approach also ideal for decarbonizing IND industrial processes like those used in Pharmaceuticals

Brewing food processing distilling and making paper renewable energy deployment continues to rise and there is a chance emissions could peak in 2024 but more renewable energy has come with a growing number of negative pricing events and instances of dumping renewable electricity when so much has been generated that it has nowhere to go

At the same time questions about Dunkle fls intermittency and seasonality of Renewables persist so this year we’re done with wastage energy storage will need to up its game and while stationary lithium ion battery storage is still the most widely used and most rapidly deployed other forms of electrochemical storage such as vadium

Flow batteries and super capacitors will ramp up as well as mechanical and thermal storage things like the gravity battery in China are no longer a work of fiction and companies like cheesecake energy are using compressed air for long-term energy storage this space is about to get super varied and super

Interesting solar is also set to get a boost this year with PA of Sky stepping onto the stage companies like Oxford PV are layering PA of sky on top of the Silicon in solar panels to create so-called tandem cells now because each material absorbs energy from different wavelengths of sunlight tandems could

Potentially deliver at least 20% more power than a silicon cell alone and some predict even greater gains which is particularly useful in super crowded areas or locations where spaces are premium there is an extraordinary amount to be excited and hopeful about and we haven’t even touched on the rise of the

Secondhand EV Market or what we can expect from Battery breakthroughs this year though I will say we’re so looking forward to lovely cheaper abundant raw material sodium ion cells please support our stop burning stuff patreon and help us to tackle misinformation about electric vehicles in C energy with each Innovation the size of

The challenge to Net Zero gets a little bit smaller but it’s not just a case of good technology or even great technology maybe the real Innovation this year comes from being supported and enabled by the right funding and the right policies carrots are often more effective than sticks but this year

There will be leadership elections in the US Indonesia Pakistan Bangladesh and Mexico in Europe there will be eight national elections n if the UK goes to the polls Africa will have 15 presidential general elections as well as Uruguay Panama and Venezuela and not to mention strategically crucial Taiwan amidst legitimate concerns around

Populism misinformation and disinformation and a politicized climate agenda it has never been more crucial to prove that Sustainable Solutions aren’t just more sustainable they’re just better for all of us everyday normal people it’s going to be an interesting year and in the meantime we’ll keep sharing the

Cool stuff that keeps us positive about where we’re headed

37 Comments

  1. Is there a reason, other than rank profit-seeking, that home power storage is so much more expensive than EV batteries?

    I can buy a new Chevy Bolt for ~$35,000 and it comes with a 66kWh battery pack. If I wanted to put 66kWh of storage in my basement that'd be at least $70,000, twice the price.
    I can get a used one with a like-new battery for $15,000.

    There's a bit of work in dropping the battery out of the Bolt and bolting it to your garage wall, but it's not rocket science. Heck, it has a built in inverter. Why are there no kits to help with things like that? Up-cycling batteries is far better than trying to recycle them when they're no good for cars anymore.

  2. Just remember that all of this technology depends on chips and motors. We need chip production in europe to even start thinking about transition. Motors on other hand have lifespan of 5 years and they need to be replaced.

    I don't think that making all electric can be cheaper. A lot of problems emerge after 3 years. If software gets more sophisticated it will be even worse, because this industry doesn't invest in programmers at all.

    A lot of challenges ahead that require serious mindset changes in the industry.

  3. Great standards for building is all well and good but as long as 90%+ is built in a bad and inefficient way there are others things that are needed to solve the crisis than name the positive examples. Otherwise we are fooling ourselves. The same story has been done for 40 years but still most that is build is bad and inefficient.
    The politicians need to act 90% tougher. Influence them and seek new ruling to get all to build good and very efficient.

    The biggest problems we have are too high concentrarion of climate gases which building buildings and infrastructure contribute alot aswell as inefficient solutions that creates unnessecary need for power production and energy storage needs. This will in the near future be responsible for alot more climate gases, even when they are classed as renewable technology. We are taking a nessecary risk of investing in a way that creates even more climate gases så efficiency is key to have a fighting chance to stop a climate collapse.

  4. Great to see improved air source pumps and upgraded solar. We have been working on upgrades to our house for many years to spread the costs. (We are pensioners so need to budget very carefully and have had to make choices. Holidays or solar panels etc )
    Our biggest issue has been lack of professional support and interest from suppliers and installers to actually do the work we want done. For example we only found one company who were willing to fit solar and they took from July 22 to March 23 to actually achieve switch on. We want an air to air heat pump but cannot find any company interested in quoting on one ( a local company did visit but won't answer my calls now )
    I appreciate it's relatively new technology in this country but we had a solar hot water system installed in our house when we lived in Australia in the 70's .
    A centre where you can pick up the phone and talk to an engineer eould be great ( as per the Fully Charged show we attended last year – excellent, do go )
    Your thoughts everyone?

  5. It’s going to be a big year!!
    Will see what happens in the UK. Not great hopes to be honest as Tories are loosing the plot, and Labour with Starmer is so bland and uncommitted…. 😢.

  6. Super insulated home design has been around for years, decades even but UK house builders have no interest in using such designs because it increases the cost. Without legislation requiring them to change their ways you will be producing videos for years talking about super insulated homes being the future but never the present

  7. I've got a diesel heater and burn anything stove to keep me warm, electric is way too expensive as is solar and heat pumps, net zero is something I'll never achieve, in fact i produce a lot more pollution these days than i ever have! Oh well, we live our lives as best we can!

  8. If you need a house for any new products you can you my house as a genuine pig , in Devon small three bedroom terrace, gas boiler at the moment and have been watching your videos, I have been very sceptical to be honest with a lot of the stuff I’ve seen , it might be because I’ve only got the old age pension coming in as income , but you have generated interest which has made me look into this more , when I see the heat pump scenario for water and radiators = because usually the radiators have to be changed because of the flow to do with the heat pump efficiency = made me think is that the right thing for me , not sure , my head is saying a standing cylinder with heat pump on top with an outlet to the outside makes sense and air to air heat rather than radiators makes sense to me = leave alone spend 80% of my time in the kitchen so having nine radiators to warm bedroom hall etc doesn’t make sense but having the air units does make sense because one can turn them on when the room is used that makes more sense not only with smaller bills but using less energy = much more efficient, I know there’s a scheme which would help with £7,500p from government but it seems to be for heat pump for water and radiators only why can’t it be for what is right for the customer of what they think is right for them , of course I could be wrong of which would be more beneficial for oneself yet I know my habits of my life better than any chart , sorry should of put a health warning at the beginning of the longest message in the history of messages = need a bottle of whiskey to get through this , finish on a funny story obviously humour is subjective, so last week rang British Gas to find out about the grant = they said = first you have to get a person to come round to see if you qualify obviously asked please explain oh they said at a cost of £250 pounds from myself to this person so they can tell us that you have cavity wall insulation and loft insulation to which my reply was well I have the certificate from the cavity wall and I can show you the loft my with the insulation , they said that would not be good enough, I know Buddha said a thousand mile journey starts with one small step , looks like my first step fell on deaf ears , as yet ready to take my first step , sounds like a con from British Gas , pity you can’t do a video a step by step guide to go from gas boiler to heat pump scenario and explaining the pitfalls example that you need to pay a person 250 pounds when quite easily you can do that yourself, well hope you enjoyed the whiskey , do I expect a reply I think we both know the answer to that but we can keep it our little secret, take care and may your God be good to you on life’s path.

  9. I would like to see videos where grid operators are challenged on their take-up of energy storage. There are lots of cheap technologies out there. Why are we wasting excess renewable energy?

  10. If you start using car batteries for homes, you will end up with car batteries dying within 5 year…

    Imagine how many more batteries you would need. Mining disaster coming up. So much for saving the planet…

    Disaster is inevitable.

  11. I could listen to Imogen all day, I don’t know if she memorised that script or was reading an auto-cue, but either way she is such a listenable-to presenter! Keep up the great work Imogen! 🤩 And indeed 2024 should be a very exciting year! 😎

  12. Feels like most the land will be covered in ten times more power lines and Pylons to carry all this electricity, there will be no greenspaces left 🙁

  13. Very good. Is it possible to have an explainer on how our energy tariffs are arrived at? With renewables making up a big proportion of our electricity, why are my gas tariffs only one fifth of my daytime electricity tariff?

  14. I was told by 'friends' in the pub that if I plugged my big, mains powered, cooler box into my car it would flatten the battery in a couple of hours. This was on a really hot day in June. I had it running from the car for 7 hours and it kept our beers and wines icy cold. It made a difference of 11 miles to the range – reducing it from 167 to 156. As I was only 13 miles from home I wasn't too worried.

    But I feel like I'm banging my head against the wall when people who don't have an EV, Solar PV, Home Battery or a Heat Pump tell me they don't work in the UK or the payback is 30 years etc. This is despite me having all of these things and three years experience of using them

  15. What I want in 2024 in the UK is the ability to go to ONE provider get a survey done on my property and find out what my property needs or wants.

    There are so many different options and a barrage of conflicting information.

    and of course the solor guy will recommend solar.
    Wind guy recommend wind
    Heat punm guy recommend heat pumps
    Window guy … NEW WINDOWS!

    I want a true netural do a report and see what works for MY HOUSE.

  16. Loved this podcast style video, you are every bit as good as Robert's ‐ not as waffle filled either (actually sometimes I love his waffle style of humour but when I want a quick round up you are the best). See you in Australia. P.S. when are you coming to New Zealand?

  17. This sounds so good. However, I went to Mexico and I felt like they've been going back. For a country with so much sun, I really didn't see it being used much. EVs? I could count them with 1 hand. Chargers? Same. Maybe with the new Gigafactory there will be more of an incentive to buy an EV, but most of the population wouldn't be able to afford one.

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