Australia is installing solar and batteries for about $2 a watt.
In the U.S., it’s closer to $5.50.
So why do we still have this huge gap?
Barry Cinnamon went to Australia to find out. What he discovered challenges one of the industry’s favorite explanations. Even if you remove permitting delays and other “soft costs,” the U.S. still doesn’t come close.
Today’s Tactical Tuesday breaks down the real drivers behind [residential] solar pricing, from federal manufacturing policy and tariffs to financing structures and regulatory friction. Then we take it a step further, exploring a new hypothesis Barry has been modeling: using data center demand to help fund rooftop solar and storage.
Expect to learn:
🔹 Why U.S. solar costs 2–3x more than Australia
🔹 What’s actually driving the cost gap beyond “soft costs”
🔹 How policy and financing shape the price customers pay
🔹 Why data centers could become unlikely allies for rooftop solar and storage
This is a practical, provocative look at the policies and business models that could make solar cheaper, faster, and more useful to the grid.
Tune in to hear Barry Cinnamon’s roadmap for making distributed energy actually affordable.
Connect with Barry Cinnamon:
Check out Check out Cinnamon Energy Systems:
Barry Cinnamon 00:00
The real cost of solar in Australia, before tariffs, $2.04
Nico Johnson 00:04
okay?
Barry Cinnamon 00:05
That's with a battery.
Nico Johnson 00:06
With a battery,
Barry Cinnamon 00:07
$2.04
Barry Cinnamon 00:08
with a battery. So
Barry Cinnamon 00:08
in
Nico Johnson 00:09
Australia, we're at two bucks a watt,
Barry Cinnamon 00:10
right? All right. And in the US, typically it's about five and a half dollars a watt for a decent system with a battery. Huge difference. Why is that difference?
Nico Johnson 00:19
If you are a listener of SunCast. You may have listened to the podcast where on father's day I went to Barry's Skunk Works in California to learn more about what he is thinking about at cinnamon energy systems. Barry and I have been in the in the game since before, many of these people, huh? I mean, you since 2001
Barry Cinnamon 00:37
2001
Barry Cinnamon 00:38
2001
Nico Johnson 00:39
2006 and there's this horizon that we always see a postcard from the future called Hawaii or Puerto Rico or Australia, in this case. And I invited Barry to come up and talk a little bit about one of the many things that frustrates. Barry about why we can't get where we want to go. You've been digging around into why the US solar and battery costs are so much higher than places like Australia. Barry, so I wanted to have you come demonstrate and illustrate for us what you have uncovered.
Barry Cinnamon 01:09
I was always puzzled by costs of solar around the world. Germany has historically been cheaper than the US, and then recently, there's been a lot of people saying that the costs in Australia are 60 cents a kilowatt hour for solar, and, you know, the dollar 10 or so for batteries. And I'm just kind of running the numbers of even if I got the equipment direct from China and had no hassles in the US, it would still be a lot more, right? But I'm just wondering why it was so cheap. It just so happens that I didn't go to, kind of design my winter vacation around going to Australia, Sydney, and then hung out in New Zealand after that, but really just to try and understand what we could possibly do here in the US to bring those costs down. And typically we hear about the issue being soft costs, yeah, basically not the hardware, but it's all the labor, all those permitting and things like that internet. And I look at the numbers from my company, saying, even if I were to wipe those out, I'm still not getting down to 60 cents or kilowatt. So I dug into it, and what I found, and by meeting with solars in Australia, and spend a lot of time there, diving into it, the real cost of solar in Australia before tariffs, $2.04
Nico Johnson 02:19
Okay,
Barry Cinnamon 02:20
that's with a battery,
Nico Johnson 02:21
with a battery,
Barry Cinnamon 02:22
for with a battery.
Barry Cinnamon 02:23
So
Nico Johnson 02:23
in Australia, we're at two bucks a watt,
Barry Cinnamon 02:25
right, all right. And then the US, typically it's about five and a half dollars a watt for a decent system with a battery. Huge difference. Why is that difference? So I'm starting to drill down and looking at those individual categories, the module, the batteries, the tariffs, the labor, the supply chain, the profits, all that. And this chart over here kind of shows those specific differences, category by category. And then I say, right, well, what can we fix? So first of all, I looked at solar in a battery. And then, since everybody's always talking about just solar, when I looked at the numbers in Australia, it's 82 cents a watt Yeah, for just solar, that's pretty terrific.
Nico Johnson 03:02
Yeah, of course,
Barry Cinnamon 03:03
now they have a 15 cent a watt incentive, which is, which is nice, but still, we're 330 we're 330 Yeah,
Nico Johnson 03:10
that's incredible.
Barry Cinnamon 03:12
And so why? When I looked at it, I realized there's a lot we can do locally. There's a lot we can do statewide, but the biggest drivers of these high costs are US federal policies.
Nico Johnson 03:23
No way.
Barry Cinnamon 03:23
It's it. It's go federal policy. So it's the manufacturing policies. You aluminum extrusions for frames of solar panels. First we have to pay us rates for aluminum. We don't spell a lot of aluminum here. The machining is expensive, the transportation is expensive. So that's, that's a big one, manufacturing
Barry Cinnamon 03:41
right?
Barry Cinnamon 03:41
We don't really have any fully automated lines right now for silicon and cells and everything else, although we have assembly plants. So that's one. The second is regulations.
Nico Johnson 03:50
Yeah,
Barry Cinnamon 03:50
yeah, we have safety regulations. Australia has them. They're comparable, but our labor costs are higher, the tax, Finance and Business
Nico Johnson 03:57
points. Wait, the regulations are comparable, but we're five times more expensive
Barry Cinnamon 04:02
to regulate. They have regulations three times. But it's still, when you look at the numbers and you know, they're still higher, the business policies are higher. And this is kind of interesting. When you look at how we have tax credits,
Nico Johnson 04:15
yeah, and
Barry Cinnamon 04:15
again, 3x it's, it's 3x and then finally, the direct tariffs and duties. So you look at in Australia, they get good, but very inexpensive racking directly from Shanghai. Yeah, the modules come directly from Shanghai, and it's pretty good product. Battery systems are also very
Barry Cinnamon 04:34
there.
Nico Johnson 04:34
As a result, no domestic racking in Australia.
Barry Cinnamon 04:38
No, I don't think there's a domestic anything in Australia? Well,
Nico Johnson 04:41
is that the, I guess that's that's gonna be the corollary is that the is that the market we that we want to incentivize, but carry on
Barry Cinnamon 04:46
so, so well, we have to, we have to figure out what we're trying to solve, right? There's two problems we know Australia
Nico Johnson 04:51
is arguably much closer to Shanghai. So
Barry Cinnamon 04:53
it's, it's closer. Do we want cheap energy? We want to create jobs in solar and. Manufacturing.
Nico Johnson 05:00
I thought it was yes.
Barry Cinnamon 05:01
And, well, I, you know, my view is, let's, let's, let's fill the installation queue. Let's get those construction people to work. That's gonna automatically drive in demand,
Nico Johnson 05:09
and it increases the quality of jobs.
Barry Cinnamon 05:12
It's, they're good jobs,
Nico Johnson 05:13
yes,
Barry Cinnamon 05:13
the US, the when we look at these high manufacturing costs and our manufacturing policy, every four years, we have a different president, and they change the policies. I mean, it's, it's, it's, it's Bush one, Bush two, Obama, Trump, that's just a mess. So we just don't have steadiness. And if we were to put steadiness as far as putting those solar manufacturing policies in place, we would have factories making refined silicon ingots, modules, the whole thing. But it just keeps changing. And it's even worse for batteries, we're going into the same cookie cycle.
Nico Johnson 05:44
Yeah, you know, I can't What's, what's the lady's name that worked with liebrick, that does all the studies, she's Jenny. So Jenny Chase
Barry Cinnamon 05:52
did
Barry Cinnamon 05:53
an
Nico Johnson 05:53
excellent study on this. Like, what kind of jobs do we want to incentivize? Do we really think everybody wants to be the kind of factory worker that is employed in China and these factories, or do we want to incentivize folks to have more skilled labor?
Barry Cinnamon 06:06
She wrote an interesting, she did an interesting interview with Bloomberg New Energy Finance and Jenny Chase. She's, you know, gotten this. She basically said manufacturing solar panels is a really crappy business. That's right. And, you know, the Chinese, they kind of come and go. Same thing in the US. They go and they go. It's so incentive driven, so many changes. You basically have to redo the factory every three or four years of new technology.
Nico Johnson 06:28
Yep, I don't want to get you off your talk track. Oh,
Barry Cinnamon 06:31
this is good. So, so coming back to it, what are the things that we can do? What are the most effective things we can do? I'm going to skip down to the very bottom. Yeah, we are making progress with state by state permitting, regulation, interconnection solar app. That's terrific, but if we really want to get down to really cheap installed solar, it's eliminating the tariffs, eliminating interconnection requirements, engineering around the technical requirements, and creating a cheap and simple National Solar financing, which is a little trick.
Barry Cinnamon 07:03
Does
Nico Johnson 07:03
that look
Barry Cinnamon 07:04
like Green Bank? It looks like the green bank. But what's
Nico Johnson 07:07
capitalism?
Barry Cinnamon 07:08
Yes, you have competition. You have you have other companies that specialize in their business of providing solar financing and that kind of they're they're not supporting those financing tools. So yeah, it's tough. Yeah, we
Nico Johnson 07:19
had, I had a good conversation with Ravi nicoson from Atmos about this, you know, he points out a couple of things are his sort of the gong dealer fees and commissions. If we could, if we could somehow adjust them, we would get closer to the goal line.
Barry Cinnamon 07:37
But it's, it's still a very effective business model to drive very fast installations by just having door to door people knocking on doors and unfortunately lying, saying they're with the utility and they're trying to make a quarter million dollars to be at the top of the solar bro club.
Nico Johnson 07:50
Yeah. Well, I don't know if you heard I was totally aghast in the interview I did with TJ last week that he said door to door is still the number one way to sell solar.
Barry Cinnamon 07:59
I'm glad you mentioned that to me. I spent, it's a two and a half hour interview. It took me three workout sessions to go through the whole thing. I backed it up to the tub one minute 12 one hour, 12 minutes when he started talking about the integrations he did,
Nico Johnson 08:12
yeah,
Barry Cinnamon 08:12
with with cobalt sunder and ambient or something, and fascinating.
Nico Johnson 08:18
Yeah,
Barry Cinnamon 08:19
not my cup of tea. I don't I'm not knocking door, knocking everywhere, but I'll tell you, if you're trying to build a sustainable solar business, it's not by pounding on the door and persuading people to buy something. It's getting them to buy something reasonably that they'll repeat.
Barry Cinnamon 08:34
So
Nico Johnson 08:37
if we want to start lowering these costs tomorrow, what actually is easy and what's hard to fix. Why don't you explain sort of how you visualize all of this? This
Barry Cinnamon 08:46
is the other thing I want to talk about, and it's this is more of a concept. It's not a real product. It's just something that that it's really going to solve some of the big problems we have. But it's the concept is basically finding ways to make data centers pay for rooftop solar and storage, right? So they can actually get the power they need. And it's a zero sum game. Electricity costs are a zero sum game. If the rates are high, the utilities win. The utilities don't want low rates. They want to make the profits. They want to build as much infrastructure as possible. And there's a tug of war. Now we've got a third party, which is pretty brutal, which is the data centers, and they're saying, We want a lot of power. Utilities say we'll give it to you, and the rate payers are like, we're just going to get screwed. So I had a way of getting around this, but just this slide shows basically how power goes from long distance transmission to to the homes, businesses and data centers. Very rough. We all know about this,
Barry Cinnamon 09:36
yes,
Barry Cinnamon 09:37
but the utilities do this very slowly. It's very expensive, and now the data centers are saying, shit, you know, hell, we just don't want to pay for all this. We're not gonna be able to get our data centers in. So the nice thing about our industry, the rooftop solar industry, is they've done a good job of providing that power. This is a graph that shows what, what the trend line was for demand. Yeah, of you know. On the grid
Nico Johnson 10:00
in California,
Barry Cinnamon 10:01
in California. And then what actually
Nico Johnson 10:03
happened?
Barry Cinnamon 10:03
Yeah,
Nico Johnson 10:03
and what actually
Barry Cinnamon 10:04
happened? Fascinating, 15 gigawatts. We somehow found 15 gigawatts of extra solar.
Nico Johnson 10:08
That's an
Barry Cinnamon 10:09
extra power, and that came from rooftop solar. So it shows that
Nico Johnson 10:12
entirely rooftop
Barry Cinnamon 10:13
solar. Well, that's, that's my understanding, so entirely rooftop solar, where? And, you know, the demand kind of spike coming down. So basically, what happened is that extra capacity was filled in. Yeah, not big power plants, but just came filled.
Barry Cinnamon 10:24
So let's
Nico Johnson 10:25
do
Barry Cinnamon 10:25
through. DG, so let's kind of look at an example of this. So let's pretend this. This jar over here is the capacity of the grid. And, you know, hold that for me, because I hold I'm going to fill this
Nico Johnson 10:36
up with I'm going to hold the jar.
Barry Cinnamon 10:38
And these walnuts are power plants, and now the grid is full. This is all we can fit
Nico Johnson 10:44
power power, yep, now we can't generate any more electricity.
Barry Cinnamon 10:47
Yeah. And what are you going to do? Can't cram more in? Well, there is a way. The way is, if you have lots of little power plants that that literally cost peanuts here, shake that up. Shake that up. A little little bit for me, there we go. Get it in there. Get it in there. Glad I had lunch. You'd be making me hungry.
Barry Cinnamon 11:04
All right,
Nico Johnson 11:06
just like real life, a few power plants didn't make
Barry Cinnamon 11:09
it all right, we've doubled the capacity of the grid.
Nico Johnson 11:13
That's magical,
Barry Cinnamon 11:14
just with peanuts, with small power plants. So now let's take that same concept with real power plants nuts and rooftop solar and storage,
Barry Cinnamon 11:24
right?
Barry Cinnamon 11:24
And let's use that. And so the concept here is to have the data centers pay for the peanuts. Yes, the peanuts payments go directly to the homes and businesses got it that want solar, and that's going to provide all that extra power they want. You got to remember, the data centers are just like, Who do I write a check to to get this to happen? Yeah, and if they're able to write checks through the utility billing system, probably with CCAs, this thing can happen. So that's the concept. I'm not going to go through all the other details. It's set up so that the residential customers get a fast payback, less than five years, right? Commercial customers even faster, 3.8 positive cash flow, because they're getting money from the data centers and plus they save.
Nico Johnson 12:03
Explain to me, explain to me how the money transaction works, though,
Barry Cinnamon 12:06
that's the tricky thing. That's why this that's that's why this hasn't happened. So the way this transaction is going to work is the data centers will pay behind the meeting feeder, behind the meter, feeding
Nico Johnson 12:17
tariff, okay,
Barry Cinnamon 12:18
and they're going to pay that to their homes and businesses.
Nico Johnson 12:22
Okay? And what is the incentive to the data center to pay the behind the meter feed in tariff?
Barry Cinnamon 12:27
The incentive is, there's two, there's three. There's actually three incentives. First they're able to get that power and capacity for
Nico Johnson 12:35
buying it.
Barry Cinnamon 12:36
Yeah, they get it for $1 a watt, instead of, if they were to go through its standard power plant process. It's $5 a watt. They get it in two years, two years, because these things, these these nuts, Go in fast,
Nico Johnson 12:48
but it, this has, it has to be controllable load. Yes. Okay, so VPP,
Barry Cinnamon 12:53
yep.
Barry Cinnamon 12:54
It would be dispatchable. Power from the battery. This
Nico Johnson 12:57
will work in Texas,
Barry Cinnamon 12:58
yep.
Barry Cinnamon 12:59
And then the third thing is, they solve the affordability crisis. So there's, there's pushback NIMBY issues with power, with data centers all over the country, right? Because they just don't want the power to go up, and then, you know, the cost to go up. This reduces customer costs.
Nico Johnson 13:13
I like this idea. Have you socialized it in any, in any of the of the circles and powers to be?
Barry Cinnamon 13:19
Yeah, and we're looking at doing this with a CCA. Initially, they're interested. We're starting. We're next step is to talk to the data centers. Fascinating.
Nico Johnson 13:28
Probably
Barry Cinnamon 13:28
do this in Silicon Valley, because there's a few companies
Nico Johnson 13:31
there. I want to call Nick chasit up and see what he would
Barry Cinnamon 13:34
think,
Barry Cinnamon 13:34
yeah, this, this is an octopus opportunity.
Nico Johnson 13:38
Oh, yeah, it would be absolutely this is something that, I mean, it's a lot of companies opportunity, but do companies opportunity, but, yeah, octopus, not only that, but obviously he understands the business model of the CCA, fascinating. Okay, I'm so glad that you explained this, because when you sent me this deck, I was clueless. I was trying to figure out my head around
Barry Cinnamon 13:53
what does this mean. And
Barry Cinnamon 13:55
let's just go to the last slide, just to kind of cap it off. The data centers will like this, because it gets them fast power, cheap power, and they don't have the pushback because of affordability. Yeah, it's kind of a it's a win for the data centers, it's a win for rate payers, and we're going to get some pushback from that other party at the table, the utilities, but we'll have to deal
Nico Johnson 14:14
with that inevitable. Yep, yeah, we have to win the PUC,
Barry Cinnamon 14:17
though, but PUC, we might need legislation. And, you know, we're working with kalso on this, and we'll see where it
Nico Johnson 14:21
goes. Well, the good news is there's some examples across the nation of technology modifications
Barry Cinnamon 14:30
that
Nico Johnson 14:30
have worked in other countries and that are working now here, I think Vermont, Utah, Virginia, has it on the docket. Hopefully my state of North Carolina will have it on the docket, this whole concept of balcony or plug and play solar.
Barry Cinnamon 14:44
Why
Nico Johnson 14:44
don't you talk a bit about your exploration into plug and play and how that technology might serve, might have a faster path to market than behind the meter feed in tariff. So it's a fascinating concept. Anybody with a micro inverter and plug in. In, yeah, you can plug up, plug the panel, and it's great. It's taken off in Germany. Yeah,
Barry Cinnamon 15:03
there's a they basically have
Nico Johnson 15:05
gigawatts, right? Something. It's absurd, yeah.
Barry Cinnamon 15:08
And they've made it legal in Germany. And they also have a electrical system that's based on 240 volts instead of 120 Yeah, so it works out. So I've been talking about all the early companies, working with Kelso, working with Bernadette on this. And there's legislation that's that's proposed in California, in addition to Utah. And I think there's, like a dozen other countries for cities, a dozen other cities are doing it. I mean, Vermont
Nico Johnson 15:32
just voted unanimously,
Barry Cinnamon 15:34
right? So, so it makes total sense from in theory,
Barry Cinnamon 15:38
yeah,
Barry Cinnamon 15:38
there will be pushback from the utilities, because basically, the utilities in California, elsewhere, they're basically, you can't send back one single watt, or you
Nico Johnson 15:47
become a utility
Barry Cinnamon 15:48
or and, but we'll let you do that if you go through the interconnection process, right? And that's turning out to be really, really difficult, right? And you know, for for somebody just plugging something in and then spending $2,000 to get a building permit, it's just not gonna
Nico Johnson 16:00
work. And so are you saying that's still a hurdle in places like
Barry Cinnamon 16:03
Utah?
Barry Cinnamon 16:04
Yes, no. Utah solved it. Okay, solve it. They just plugged it in with a they solved it with a very similar law to what we're proposing in California. There's another but the real issue that we have to overcome is that there's some national electric code safety issues, okay? Ul issue. That makes sense. So Utah. Well,
Nico Johnson 16:21
hang on, why would there be issues with you all here? And Germany has figured it out. I mean, Germany is famously very high on safety and engineering.
Barry Cinnamon 16:31
What if
Barry Cinnamon 16:32
that's
Barry Cinnamon 16:32
that's a good question, but they're allowing it.
Nico Johnson 16:34
Okay?
Barry Cinnamon 16:35
They're not there.
Barry Cinnamon 16:35
I see
Barry Cinnamon 16:36
they have one reason is that they have 240 volts on their circuit.
Nico Johnson 16:39
Okay? So
Barry Cinnamon 16:39
if you plug in one panel, you're not going to create an overload easily.
Nico Johnson 16:43
That makes
Barry Cinnamon 16:43
sense. But there, there's apparently not as much pushback from utilities. But here in the US, you're not allowed to do that unless once we solve the UL listing issues which we're working
Nico Johnson 16:54
on,
Barry Cinnamon 16:55
then this thing's gonna fly. So the expectation is we'll get this passed. What's
Nico Johnson 17:00
your prognosis? Then, on timeline of like, major states like California,
Barry Cinnamon 17:04
there's no reason why I can't get done this year.
Nico Johnson 17:06
Wow. This, this legislative,
Barry Cinnamon 17:08
this legislative session, is being pushed very hard. Affordability is huge. So it used to be that the legislators in California would push back and say, oh, you know, it's not that big a deal. Now it's at the top of everybody's list.
Nico Johnson 17:19
Affordability, this is the answer. And people say, What business would you build if you weren't doing SunCast, it would be a balcony solar company here in the United States. I just think it's so fascinating.
Barry Cinnamon 17:29
It's, I look at it, I'm in the rooftop solar business. I install 20 solar panels and 20 kilowatt hour batteries. It
Nico Johnson 17:35
just feels too small. It's great for
Barry Cinnamon 17:36
apartments. It's great for little, tiny little houses. It's great for running an extension cord. Think
Nico Johnson 17:41
about the aggregation possibility.
Barry Cinnamon 17:42
Yeah,
Barry Cinnamon 17:42
possibility. It, it's it's there,
Nico Johnson 17:45
yeah,
Barry Cinnamon 17:45
I consider it a gateway drug to rooftop solar,
Nico Johnson 17:48
sure,
Barry Cinnamon 17:49
and it would be terrific once we're able to overcome the utility objection to back feeding 1200 watts, maybe because of the affordability of sugars, we can get 10,000
Barry Cinnamon 17:58
it's
Nico Johnson 17:58
not a gateway drug to the kinds of clients that are buying balcony solar and mass in in in the Philippines, in in Germany, where's the other there's Pakistan, in Pakistan, where it's literally like they're hanging it out on balconies of apartment buildings Barry,
Barry Cinnamon 18:14
when this is in Costco for, you know, 500 bucks, then everywhere.
Nico Johnson 18:19
So your point is, how you gonna start a business that where Costco is your
Barry Cinnamon 18:23
competitor? Well,
Barry Cinnamon 18:24
Costco is going to be a retailer,
Nico Johnson 18:25
yeah, of course,
Barry Cinnamon 18:26
manufacturer
Nico Johnson 18:28
and Amazon, yeah, I don't
Barry Cinnamon 18:29
know
Barry Cinnamon 18:29
if it's going to be Amazon, because you got to move the solar panel. But once the solar panels in a box, Amazon could do it.
Nico Johnson 18:35
You got to move the solar panel. They're shipping kettlebells. What are you talking about? They're shipping. They're shipping. They're shipping Jacuzzis.
Barry Cinnamon 18:41
All right. All right. They can do it. They can do it. It used to be really hard when you have a broken solar panel, like, how do you fix it for a customer? Plus
Nico Johnson 18:48
500
Barry Cinnamon 18:49
bucks there they that's a tremendous amount of potential. And it, and it's going to, it's kind of like letting the camel's nose under the tent.
Nico Johnson 18:55
I think I love it. I think the better question that folks are asking, and to your point, you're doing, you know, 2050, 100 panel systems is, how does this? How does it scale? How does it matter? There's such there's such small systems. It's two panels, three panels, may as well be selling. It's similar to selling, you know, systems in the Caribbean, right
Barry Cinnamon 19:14
for, for a part, for one or two bedroom apartment that can put, you know, 800 watts of solar panels out there. Does it offset? It could offset 20%
Nico Johnson 19:22
20% Yeah, interesting. So we did an analysis about a year ago on the podcast with Karen Baron, and it was, it was fascinating, if the state of California would invest into this, and then you might, you might want to talk about Karen. To Karen about this, it would be the equivalent of $1,000 stimulus check to the family that receives the product every year for the lifetime of the product. Isn't that fascinating? It's a
Barry Cinnamon 19:45
good deal. Yeah,
Nico Johnson 19:46
it's an it's a fantastic deal. Barry, any parting thoughts on kind of wrapping up what you what are your takeaways after your junket to Australia to uncover
Barry Cinnamon 19:59
how.
Nico Johnson 20:00
How we can be more cost competitive.
Barry Cinnamon 20:01
Well, let's tell you the reason. Let me give another example. So when I was in Australia, I met with a homeowner there's getting the installation of solar and batteries put on their house. The solar was on the roof, fine. The guy pulled up in a truck looked just like mine. They're putting in the batteries. Crews looked just like mine, doing the same work. Tie in, very safe. Neighbor comes over and says to the to the installer manager, he said, I'd like to get a quote for a two kilowatt system and 40 kilowatt hours of batteries.
Nico Johnson 20:28
Wow.
Barry Cinnamon 20:29
I just my jaw drop, wow. Running the mat like that's, that's a tiny amount of solar and a hell of a lot of batteries on a normal size house. And afterwards, I talked to the installer, and he said, well, in Sydney, they're coming up with a plan where electricity, you can draw as much electricity as you want. In the middle of the day, it's free electricity. So you don't, you're going to charge your batteries from the grid.
Nico Johnson 20:51
That's right.
Barry Cinnamon 20:52
But then it's like, why did he want 40 kilowatt hours of batteries? There's an incentive in Australia, in Sydney, the incentive is $370 per kilowatt of batteries.
Nico Johnson 21:03
Wow.
Barry Cinnamon 21:04
And there are companies that are selling batteries for as low as $270 per million dollars per kilowatt hour. So the more batteries you buy, the 40, the more you make
Nico Johnson 21:15
it money maker,
Barry Cinnamon 21:15
yeah. And so. So what can we do? Well, first of all, that that's an irrational incentive program. But I think in the US, what we can do, and we've had it, and hopefully we'll have it again, is some kind of rational incentive program that helps. It's maybe a financing program. It's just, you know, another kind of tax credit, which worked really well, but we'll see,
Nico Johnson 21:33
yeah, well, ultimately, one of the things that I know you always are thinking about and delivering at scale is how we can lower the cost, tie those lowered costs to distributed energy assets and provide more grid reliability, deploy faster and enable the next phase of growth on our grid, and certainly in the clean energy enabled fashion. Barry cinnamon is the founder and CEO of cinnamon energy systems, one of the icons of clean energy here in North America. And if you didn't get a chance to listen to what was a fascinating conversation we had on the SunCast podcast, we'll make sure to leave the description and everything on this when we publish it online. Barry, thank you for taking time to
Barry Cinnamon 22:13
come out well, my pleasure. And by the way, if you didn't know Nico is the best podcaster in the business, I'm just like, a distant 10th or whatever. And I love your shows. I listen to them working out, and that the last one you did with TJ rogers was fantastic. Just keep, keep doing what you're doing. Thank you so much. Build the organization
Nico Johnson 22:28
indeed. And thank you guys for joining us here
Barry Cinnamon 22:30
live.
Barry Cinnamon 22:31
All right. Anybody want nuts?
Nico Johnson 22:32
Hey, thank you for tuning in. And if you are going to one of our other upcoming events, please swing by our live stage and say, Hello, I do love meeting you in person. You can actually find out which events we're going to be at next at SunCast, dot media and click on the Events tab twice weekly, we deliver conversations with founders and leaders on the front lines of the clean energy transition, and we're here bringing this content to you each and every week free of charge. Of course, it's not free. Our sponsors help pay the bills and keep the lights on so that we can help you build your legacy in the clean energy transition. And so if you'd like to say thank you to them, or learn more about what it is that they bring into the world, or perhaps see how you could reach 1000s of listeners twice a week, just like they do, check it out at SunCast. Dot media. Forward slash sponsor, remember you are what you listen to. Thanks again for showing up. Solar warrior, it's half the battle.
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In my 20 year career, I've worked with dozens of entrepreneurs, intrapreneurs and professionals in transition to clarify their mission, set or stretch their goals, and work through the barriers to their growth.
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