Solar Scoop
Solar Scoop is the definitive podcast for anyone curious about the rapidly evolving world of solar energy, battery storage, and inverter technology. Produced by Integratesun, each episode delivers expert insights, breaking industry news, and practical advice for both newcomers and seasoned professionals in the renewable energy space. Our engaging discussions illuminate the technical innovations, market trends, and policy developments shaping our sustainable energy future. Tune in to power up your understanding of the solar revolution.
Solar Scoop
Power Through: Unpacking the Franklin WH Home Battery Revolution"
Are power outages constantly disrupting your life? Are you tired of those shocking electricity bills that seem to climb higher every month? It's time to take back control of your home's energy.
In this episode, we dive deep into the FranklinWH home battery system, a leading solution transforming how homeowners in the US manage their power. Discover how this intelligent technology can provide seamless backup during blackouts, keeping your lights on and essentials running. We'll explore how it integrates with solar (or works even if you don't have it!) to maximize your energy savings, especially if you're on Time-of-Use utility rates.
Join us as we unpack:
- How the FranklinWH system (aPower battery & aGate controller) works its magic.
- The real-world benefits: uninterrupted power, significant cost reductions, and greater energy independence.
- Practicalities: Sizing the right system for your home, what installation involves, and realistic cost considerations.
- Crucial U.S. Incentives: We'll guide you through making this investment more affordable, including the latest on the Federal Solar Tax Credit (ITC) for batteries, state-level rebates, and potential utility programs. (Info as of May 2025, always verify current details).
If you're a homeowner ready to enhance your home's resilience, reduce your carbon footprint, and make smarter energy choices, this episode is your essential guide to the FranklinWH home battery solution. Stop being at the mercy of the grid – start powering your future.
Ever imagine your whole house just... well, powering through a blackout. Not a flicker, not even a reset clock, but everything running like the grid, never even hiccuped.
SPEAKER_01:Right.
SPEAKER_00:Your AC's still humming, maybe your EAV happily charging in the garage.
SPEAKER_01:Yeah, that's a dream for a lot of people.
SPEAKER_00:Welcome back to SolarScoop, everyone. Today we're diving deep into the Franklin WH home battery system.
SPEAKER_01:And this deep dive is really for you, you know, the savvy homeowner looking beyond the basics, someone who wants to truly understand the leading edge of home energy independence.
SPEAKER_00:Exactly.
SPEAKER_01:We're going to unpack what sets Franklin WH apart in what's become a pretty crowded home battery market. We're drawing insights from a really in-depth discussion by the experts over at Integrate Sun.
SPEAKER_00:Right. We're cutting through the tech talk, the jargon, to bring you the crucial details. What this system does, how it actually works, the real costs involved.
SPEAKER_01:And those really important incentives.
SPEAKER_00:Oh yeah, the incentives. They can make this a total game changer for your home. So, Let's get started. Franklin WH, they came onto the scene pretty quickly, didn't they? Since 2019. Making waves.
SPEAKER_01:They really have. It's interesting how strong reputation they've built in, well, a relatively short time. While they are a newer company, Franklin WH is seen as a real innovator. And maybe even more telling, actually, is the positive feedback from solar installers themselves.
SPEAKER_00:Okay, the folks on the ground.
SPEAKER_01:Exactly. These are the professionals installing and working with these systems day in, day out. So their positive reviews, that signals a pretty reliable and well-designed product.
SPEAKER_00:So what's the core idea there? What's driving that positive buzz? What makes Franklin WH, you know, different?
SPEAKER_01:I think the central philosophy, the big thing, is true whole home backup power.
SPEAKER_00:True whole home.
SPEAKER_01:Okay. Yeah. And that's a key distinction. You know, many other battery systems, they might only power essential circuits, maybe your lights, fridge, a few outlets.
SPEAKER_00:The basics.
SPEAKER_01:Right. Franklin WH's goal is really to keep your entire home running smoothly during an outage.
SPEAKER_00:Okay. Whole home backup. That sounds like well, a pretty big leap. How do they actually pull that off? What are the main parts?
SPEAKER_01:So the system basically has two main pieces. First, you've got the A power battery unit.
SPEAKER_00:Okay.
SPEAKER_01:Now, this isn't just a battery. It's actually got a built-in inverter.
SPEAKER_00:Ah, the inverter's in the battery.
SPEAKER_01:Exactly. And the inverter, you know, it's like the translator converting the battery's DC power into the AC power that runs your home.
SPEAKER_00:Got it.
SPEAKER_01:Then the second key part is the A gate controller. This is really the intelligent hub, the brain.
SPEAKER_00:The brain, okay.
SPEAKER_01:It It manages the flow of energy between your solar panels, the grid, the battery, and even looking ahead, potentially your electric vehicle too.
SPEAKER_00:Interesting. So it's not just storage, it's smart energy flow. Integrate Sun mentioned that Franklin WH has kind of reimagined home battery tech. What does that reimagining look like for us homeowners?
SPEAKER_01:Well, if you look at the bigger picture, it seems like Franklin WH took a step back. They looked at the limitations of existing battery systems. Right. Instead of just making small improvements on older designs, they've created a system really designed from the ground up for seamless, comprehensive home energy management. And this integrated approach, it can lead to more efficient operation. Plus, as Integrate Sun highlighted, it also translates to potentially significant savings during outages because you're not restricted in what you can actually power.
SPEAKER_00:Savings during a blackout, yeah, that definitely gets your attention. Okay, so we've got the A-Power battery, built-in inverter, and the A-Gate controller the brain. Let's dig into how this all works together. What's the tech inside?
SPEAKER_01:Okay, let's start with the A-Power 2 battery itself. It uses lithium iron phosphate chemistry,
SPEAKER_00:LFP. LFP, right. Heard of that.
SPEAKER_01:Yeah, it's a really safe and stable type of battery known for lasting a long time, which is, you know, why Franklin WH uses it. Each A-Power 2 unit stores 15 kilowatt hours of usable energy.
SPEAKER_00:15 kilowatt hours,
SPEAKER_01:okay. Then you have the A-Gate controller, that intelligent hub we mentioned. It basically sits between all your energy sources, solar, grid, battery, and your home's electrical panel. And it's constantly monitoring and directing the power flow, making decisions.
SPEAKER_00:So how do I interact with it? Is there like an app or something?
SPEAKER_01:Absolutely. Franklin WH provides a user-friendly app. Think of it like your energy dashboard. You can see in real time how much power you're using, how much is stored in your battery, and importantly, you can customize how the system operates. You can tweak it to fit your specific needs and preferences.
SPEAKER_00:So when the power does go out, How smooth is that switch? Is it like instant?
SPEAKER_01:According to Integrate, son, yeah. The A-gate is designed to detect a grid outage almost instantly. Wow. And it automatically switches your home over to battery power from the A-power too. The goal is a truly seamless transition, right? You know, minimizing any disruption you might not even notice.
SPEAKER_00:That's really good to hear. Now, what about those of us on time of use plans where electricity costs more at certain times? Can this system help manage those costs?
SPEAKER_01:Definitely. Definitely. That's a big part of the smart aspect. The 8GATE can be programmed to intelligently manage your energy use based on your specific TOU plan.
SPEAKER_00:How does that work?
SPEAKER_01:Well, it can use stored battery power during those expensive peak hours.
SPEAKER_00:Right, when prices are high.
SPEAKER_01:Exactly. And then recharge the battery either from your solar panels during the day or from the grid during those cheaper off-peak hours at night. It's all about maximizing savings on your electricity bill.
SPEAKER_00:Smart. And what if someone has, like, a really big house or uses it to Yes. The
SPEAKER_01:system is designed to be scalable. You can connect multiple A power to units and they're all managed by just a single A gate controller.
SPEAKER_00:Oh, just one brain.
SPEAKER_01:Just one brain. Integrate Sun mentioned you could potentially go up to, I think it was 225 kilowatt hours of storage.
SPEAKER_00:Whoa, that's massive.
SPEAKER_01:It's a significant amount of power. Yeah. Enough for even the largest homes or maybe small businesses.
SPEAKER_00:Now, a lot of people listening might already have solar panels. How easy is it to add Franklin W.H.?
UNKNOWN:?
SPEAKER_00:to an existing solar setup? Is it complicated?
SPEAKER_01:Generally, it's pretty straightforward. That's thanks to its AC-coupled design.
SPEAKER_00:AC-coupled, okay. What does that mean practically?
SPEAKER_01:It means it's compatible with most brands of solar inverters already out there. So if you already have a solar system, you can likely add a Franklin WH battery without needing to replace your existing solar gear.
SPEAKER_00:Ah, so you don't have to rip everything out.
SPEAKER_01:Exactly. It makes it a really appealing option for retrofitting for adding battery backup to your current solar setup.
SPEAKER_00:Okay, it sounds really impressive from a tech standpoint. Let's get into the the nuts and bolts, the key specs, the performance numbers we should know.
SPEAKER_01:Sure. So each APower2 unit, as we said, offers 15 kilowatt hours of usable storage. And critically, it has a continuous power output of 11.5 kilovolt amperes or KVA.
SPEAKER_00:11.5 KVA continuous. Is that a lot?
SPEAKER_01:It is pretty substantial for a home battery. That high power output is really important because it means the system can handle those energy hungry appliances. Things like air conditioners, electric ovens, maybe even well pumps.
SPEAKER_00:All running at the same time?
SPEAKER_01:Potentially, yes, depending on the specific load. It's about powering your actual life, not just, you know, keeping a few lights on.
SPEAKER_00:That's a big difference. What about durability? How does it hold up in, say, really hot or cold weather?
SPEAKER_01:It seems built to be pretty resilient. The operating temperature range is quite wide, minus C4 degrees up to 131 degrees Fahrenheit.
SPEAKER_00:Okay, that covers most places.
SPEAKER_01:Yeah. Plus, it has an IP67 weatherproof rating.
SPEAKER_00:IP67? Yeah.
SPEAKER_01:That basically Basically means it's well protected from dust and water, so you can install it in various outdoor locations without too much worry.
SPEAKER_00:Interesting. Integrate Sun mentioned something about natural cooling technology. What's the advantage there?
SPEAKER_01:Right. Natural cooling means the system doesn't rely on internal fans to keep its temperature down.
SPEAKER_00:Ah, no fans whirring away.
SPEAKER_01:Exactly. And this can potentially boost the system's reliability over the long term, simply because there are fewer moving parts that could potentially fail down the line.
SPEAKER_00:Makes sense. And you touched on this earlier, but maybe explain again the unique thing about its 120 208 volt support why is that a big deal
SPEAKER_01:okay so this is a significant differentiator for franklin wh most single-family homes in the u.s use a 122 40 volt system that's standard right but many condos apartments and multi-family buildings actually operate on a 120 208 volt system
SPEAKER_00:oh okay different
SPEAKER_01:setup yeah and franklin wh's strong support for this 208 volt system makes it one of the few really readily available options for those types of residences it brings home battery storage to a much wider audience than just standalone houses
SPEAKER_00:so it's powerful durable adaptable okay let's get to the big question the cost what kind of investment are we actually talking about here
SPEAKER_01:right so based on the information from integrate sun a standard franklin wh system that's one a power battery and the a gate controller professionally installed you're likely looking at around eighteen thousand dollars that's before any incentives
SPEAKER_00:okay eighteen thousand dollars that's yeah that's a significant
SPEAKER_01:number it definitely is it's a major home investment.
SPEAKER_00:But what about those incentives we keep hearing about? How much can they actually knock off that price tag? This is
SPEAKER_01:where it gets interesting. The most immediate and widespread saving comes from the 30% federal tax credit.
SPEAKER_00:The federal one, right?
SPEAKER_01:Yeah. And that applies to the entire cost, including the installation labor. So for that$18,000 system, you could potentially see your net cost drop to around$12,600 after claiming that credit.
SPEAKER_00:Okay.$12,600 is still some but that's a big chunk off.
SPEAKER_01:It's a very significant reduction, yeah.
SPEAKER_00:Can we break down the cost per kilowatt hour maybe, just to get a sense of the value compared to capacity?
SPEAKER_01:Sure. For a single A power unit, that initial$18,000 cost works out to roughly$925 per kilowatt hour before incentives. Okay. However, as Integrate Sun pointed out, as you add more batteries, you start to see some economies of scale.
SPEAKER_00:Right, because you only need the one gate controller.
SPEAKER_01:Exactly. So for a system with, say, three batteries, the cost per kilowatt hour might come down closer to around$770, still before incentives, of course. But adding more batteries does increase the overall system price naturally.
SPEAKER_00:Naturally. And we also need to remember the installation cost itself, right? That's baked into the$18K estimate, but it varies.
SPEAKER_01:That's correct. Professional installation is absolutely crucial. And that part typically adds somewhere between, say,$2,000 and$5,000 to the total.
SPEAKER_00:Why such a range?
SPEAKER_01:It really depends on the specific of your home's electrical system, where the components are going, the complexity of the wiring. So it's really important to get detailed quotes from qualified installers.
SPEAKER_00:Got it. So, okay, a significant investment, even with the federal credit. What's the case for choosing Franklin WH despite this initial cost? What's the argument?
SPEAKER_01:Well, the justification really rests on several key factors. First, there's the peace of mind that comes with their 15-year warranty.
SPEAKER_00:15 years, what?
SPEAKER_01:Yeah, that's longer than the typical industry standard, maybe 10 years usually. It reflects their confidence in that LFP battery technology. Then you need to consider the potential long-term savings. If you have solar panels, you'll obviously be drawing much less power from the grid. Even without solar, you can use that time of eustress we talked about, use battery power during peak rates, charge it cheap, avoid those high costs. And then, of course, there's this significant, maybe hard to quantify value of just having reliable whole home backup power. No disruptions.
SPEAKER_00:Peace of mind has value.
SPEAKER_01:It absolutely does. Some analysis suggests you could see a positive return on investment within about five years, especially when you factor in all the incentives. Five years. And ultimately, for many people, the goal, especially when you combine it with solar, is to significantly reduce or maybe even completely eliminate their monthly electricity bills over the long
SPEAKER_00:haul. The ultimate goal for many. Yeah. Those long-term savings definitely changed the
SPEAKER_01:math.
SPEAKER_00:Now, you mentioned that in some areas the cost could be even lower because of state and local incentives. Let's dig into those. You call them game-changing.
SPEAKER_01:Yeah. This is where things can get really exciting and where the actual out-of-pocket cost for you, the homeowner, could be dramatically lower than that$12,600 federal credit price. Okay. So while the 30% federal tax credit is a great baseline and it's available through 2035, which is good.
SPEAKER_00:Good to know.
SPEAKER_01:The real potential for major savings often lies in those incentives offered at the state and even the local utility level.
SPEAKER_00:Can you give us some examples? Like, what are we talking about?
SPEAKER_01:Okay, well, California's self-generation incentive program, SGIP, is a prime example.
SPEAKER_00:SGIP, oh.
SPEAKER_01:Integrate Sun highlighted that it can offer up to$1,000 per kilowatt hour for a single power unit.
SPEAKER_00:$1,000 per kilowatt. So for a 15-kilowatt battery?
SPEAKER_01:You do the math. That could be over$15,000 in rebates just in California under the right conditions.
SPEAKER_00:Wow. That practically pays for most of it.
SPEAKER_01:It can drastically reduce the cost, yes. New York is also launching a program NYSERDA, I think starting June 2025, that's expected to offer around$200 per kilowatt hour. Still significant. And even some utility companies are getting involved directly, like Duke Energy in North Carolina. They offer an annual payment, something like$552 a year just for having an installed battery connected.
SPEAKER_00:They pay you just to have it.
SPEAKER_01:Yeah, because it helps stabilize their grid.
SPEAKER_00:OK, state incentives, utility payments. And then there was this idea of virtual power plants. VPPs. How do those fit in?
SPEAKER_01:Right. VPPs. These programs basically allow your utility company to access the energy stored in your battery during periods of really high demand on the grid.
SPEAKER_00:So they borrow your power.
SPEAKER_01:In a way, yes. They draw power when the grid is stressed, and in return for allowing this access, you get paid.
SPEAKER_00:How much are we talking?
SPEAKER_01:Integrate Sun mentioned that VTT participants are earning$500 or more annually in some areas just for making their battery available. And importantly, you still keep it ready for your own backup needs if the power goes out.
SPEAKER_00:So you get paid, and you still have your backup.
SPEAKER_01:Exactly.
SPEAKER_00:Wow. Okay, so with all these combined incentives, federal, state, utility, VBPs, that initial$18,000 number could look very, very different.
SPEAKER_01:Absolutely.
SPEAKER_00:Integrate Sun even suggested, I think you said, that in some cases, the total cost after incentives could be less than what a single bad extended power outage might cost someone in terms of spoiled food, lost work, hotel stays.
SPEAKER_01:It's a powerful thought, isn't it? It really underscores the potential for a surprisingly rapid return on investment when you stack up these savings, especially considering, you know, the increasing frequency and impact of power outages in many parts Definitely
SPEAKER_00:food for thought. Okay, we're going to take a quick pause right here. When we come back, we'll explore the smart features that make the Franklin WH system so intelligent and really discuss who this technology is the best fit for. Stay tuned. We'll be right back. Mid-break. Welcome back to Solar Scoop. Before the break, we were deep into the capabilities and the potentially much lower costs of the Franklin WH home battery system, thanks to all those incentives.
SPEAKER_01:Right. The financial side can look pretty attractive in the right circumstances.
SPEAKER_00:Definitely. Now, let's shift gears a bit and explore what makes this system truly amazing. Well, smart. Beyond just holding onto power, what are some of the standout intelligent features and unique advantages it brings?
SPEAKER_01:Yeah. What's really noteworthy is that Franklin WH seems to have designed this to be much more than just a dumb box holding electricity. It's really about proactive and intelligent energy management. Okay. So one key feature is its smart circuit functionality.
SPEAKER_00:Smart circuits.
SPEAKER_01:Yeah. It means the system can automatically prioritize power to your most critical loads during an outage.
SPEAKER_00:So you tell it what's most important.
SPEAKER_01:Exactly. You or your installer can designate certain circuits, maybe for medical devices, the refrigerator, your internet modem as critical. So if the battery starts running low, the system makes sure those essential things keep running, while maybe less critical appliances, like, I don't know, the dishwasher, might be temporarily powered down to conserve energy.
SPEAKER_00:That kind of detailed control sounds incredibly useful during a real outage. Makes the power last longer for what matters. Precisely. What about working with other things, like generators or EVs?
SPEAKER_01:Yeah, this is another area where Franklin WH shows some real forward thinking in its design. The A-gate controller, the brain, is engineered to integrate pretty seamlessly with backup generators.
SPEAKER_00:Oh, so you can have battery and generator.
SPEAKER_01:Yes, working together intelligently. And looking ahead, maybe even more exciting, is the integration with electric vehicles.
SPEAKER_00:How would that work?
SPEAKER_01:Integrate Sun specifically mentioned the potential for your EV. They used the example of a Ford F-150 Lightning to actually act as an additional power source for your home, feeding power back through the Franklin WH system.
SPEAKER_00:So your truck could power your house?
SPEAKER_01:In theory, yes. That offers some significant possibilities for extending your backup power duration using the big battery you already have in your vehicle.
SPEAKER_00:Yeah, that's really innovative.
SPEAKER_01:Wow.
SPEAKER_00:Okay, what about this scenario that the grid is down, but it's a sunny day, your solar panels are ready to make power. Can the battery actually use that?
SPEAKER_01:Yes, and This is a crucial feature called Black Start technology.
SPEAKER_00:Black Start, okay.
SPEAKER_01:Unlike some other systems, the Franklin WH battery can actually initiate the restart of your solar panels during a grid outage, even if there's no power coming from the grid at all.
SPEAKER_00:So the battery wakes up the solar panels?
SPEAKER_01:Essentially, yes. It provides the signal they need to start producing power again. This lets you continue generating clean energy from your solar array and recharging your battery, even while the grid is completely down.
SPEAKER_00:That is a huge advantage for anyone with solar. You're not just draining the battery. You can refill it.
SPEAKER_01:Absolutely. It significantly extends your autonomy during a long outage.
SPEAKER_00:And you mentioned something called storm hedge mode. That sounds very... proactive.
SPEAKER_01:It is. It's pretty clever. The system can actually monitor local weather forecasts.
SPEAKER_00:Really? It
SPEAKER_01:connects via the internet, presumably, and if it detects a forecast for severe weather heading your way...
SPEAKER_00:Like a hurricane warning or something.
SPEAKER_01:Exactly. It will automatically pre-charge your batteries to their maximum capacity, ensuring you have the most stored power possible before a potential outage even hits.
SPEAKER_00:That kind of automatic preparedness? Wow. That could be a real lifesaver, especially during storm season.
SPEAKER_01:It takes one less OK, so let's talk
SPEAKER_00:practical reality in terms of just how long will it last? What kind of backup duration can people typically expect from a single a power to battery during an outage? Ballpark.
SPEAKER_01:Yeah. Integrate Sun suggested that on average, you might expect somewhere between, say, 12 and 24 hours of backup power.
SPEAKER_00:No. Okay. Half a day to a full day.
SPEAKER_01:Right. But that's generally for essential loads. It's really important to remember that if you're running high demand appliances, especially things like central air conditioning.
SPEAKER_00:Yeah. The AC is a killer.
SPEAKER_01:It really is. That will significantly reduce your runtime. So the actual duration depends heavily on your specific energy consumption patterns during the outage.
SPEAKER_00:Makes sense. Manage your usage.
SPEAKER_01:Hmm.
SPEAKER_00:Okay, so it's packed with smart features. Now let's talk about the long haul. Reliability, lifespan, what can homeowners expect, and what does that 15-year warranty actually cover?
SPEAKER_01:Right. The longevity is key, and this is an area where Franklin WH really does stand out. They back that a Power 2 battery with an impressive 15-year warranty.
SPEAKER_00:15 years. And
SPEAKER_01:the warranty guarantees two main things. Either the battery will retain at least 70% of its original energy storage capacity after 15 years.
SPEAKER_00:Okay, 70% capacity.
SPEAKER_01:Or it guarantees it will handle 60 megawatt hours of energy throughput whichever of those conditions comes first.
SPEAKER_00:60 megawatt hours throughput. That sounds like a lot of energy. Can you translate that for us? Like, how many cycles is that?
SPEAKER_01:Yeah, it's a big number. Think of throughput as the total amount of energy that flows into and out of the battery over its warranted life. That 60 megawatt hours, it essentially translates to roughly 4000 full charge and discharge cycles.
SPEAKER_00:4000 cycles?
SPEAKER_01:Yeah. So even if you were to fully use and recharge your battery every single day, which most people won't, that warranty would still cover you for over 10, almost 11 years of guaranteed performance based on cycling alone. Since most people won't cycle it that hard, the 15-year time limit is likely what most people will hit. It's a very robust warranty in the home battery market.
SPEAKER_00:That does sound very solid. Does the AC couple design we talked about earlier have any impact on longevity or maintenance?
SPEAKER_01:Well, the AC couple design primarily offers that installation flexibility, making it easier to add to existing solar. Right. But I suppose by not requiring a complete overhaul of your existing solar inverter setup, it could potentially simplify things if you ever needed maintenance or upgrades just on the solar side later on. The systems are somewhat independent.
SPEAKER_00:Okay. So a 15-year warranty is definitely reassuring, but putting it all together, the features, the cost, the warranty, who is this Franklin WH system really for? Let's break down the pros, the cons, and maybe the profile of the ideal customer.
SPEAKER_01:Sure. Starting with the advantages, the pros. The biggest one is probably that true whole home backup capability right out of the box.
SPEAKER_00:Yeah, powering everything.
SPEAKER_01:That and its impressive surge capacity, its ability to handle those big power draws from appliances without, you know, tripping or shutting down. That's a major plus. Okay. And also that future-proof design. The built-in potential to integrate with EVs and generators down the line, that adds value. What
SPEAKER_00:about the downsides, the cons people should weigh?
SPEAKER_01:Well, the main considerations are probably first that higher initial cost compared to some competitors, as we discussed.
SPEAKER_00:The upfront investment.
SPEAKER_01:Right. And second, maybe the way the storage capacity is offered. You essentially buy it in these 15 kilowatt hour increments with each a power unit.
SPEAKER_00:So you can't just add like a tiny bit more storage.
SPEAKER_01:Exactly. There aren't smaller, more granular battery modules available like you see with some other systems where you can add maybe three or five kilowatters a of time, you jump up by 15 kilowatters.
SPEAKER_00:Okay, less modularity. So based on all that pros, cons, features, who's the homeowner who's going to look at this and say, yes, this is for me?
SPEAKER_01:The ideal customer is probably, first, a homeowner who lives in an area that's prone to power outages. Someone who really values and prioritizes having true whole home resilience, not just keeping the basics on.
SPEAKER_00:Someone who wants everything to work.
SPEAKER_01:Pretty much, yeah. It's also likely a great fit for homes with higher energy consumption needs, maybe larger homes, or people with EVs already who need a system that can scale up easily with multiple batteries. Right.
SPEAKER_00:turn?
SPEAKER_01:Absolutely. There are definitely ways to optimize. One of the most effective strategies, especially if you're on a time of use electricity plan, is to really lean into that TOU optimization.
SPEAKER_00:Using the smarts of the A.
SPEAKER_01:Exactly. Programming the system to charge the battery when electricity rates are dirt cheap, maybe overnight, and then discharge it to power your home when rates are highest in the afternoon or evening. Doing that consistently can lead to significant monthly savings on your electricity bills.
SPEAKER_00:So So actively managing it through the app pays off.
SPEAKER_01:Or letting the system manage it automatically based on your settings, yeah.
SPEAKER_00:And we also talked about participating in those virtual power plant programs earlier. How does that help maximize the investment?
SPEAKER_01:Well, participating in a VPP program provides a direct annual income stream. It's money back in your pocket.
SPEAKER_00:Just for letting them access it occasionally.
SPEAKER_01:Right. Simply for making your battery capacity available to help stabilize the grid during those peak demand events. As Integrate Sun mentioned, you know, earning$500 or more per year in some programs. That directly helps offset the initial cost of the system over time. It chips away at it.
SPEAKER_00:That adds up over 15 years. What about timing? Is there an advantage to installing the battery at the same time as putting in new solar panels?
SPEAKER_01:Yes, often there is. When you install a battery system concurrently with a new solar panel system.
SPEAKER_00:Bundle it together.
SPEAKER_01:Yeah, you can sometimes bundle some of those upfront soft cost things like permitting, design, some of the installation labor across both systems Shared costs. Exactly. This can effectively lower your overall cost per kilowatt hour for the combined solar plus storage setup and potentially lead to a faster overall return on your total energy investment.
SPEAKER_00:Okay, good tip. So let's try and bring this all together then. What's the final scoop? Is the Franklin WH system a worthwhile investment for the right person?
SPEAKER_01:You know, ultimately, I think Franklin WH has really positioned itself as a very compelling option, especially for those homeowners who prioritize that comprehensive whole home backup and are looking for a really cutting edge integrated energy management solution. Yes, the initial investment is significant, no doubt about it. But when you carefully factor in those potentially substantial incentives.
SPEAKER_00:State ones especially.
SPEAKER_01:Exactly. And you consider the advanced features it offers, the smarts, the future proofing, and that strong 15 year warranty backing it up. It really can represent excellent long term value for the right homeowner in the right situation.
SPEAKER_00:Right. As the team at Integrate Sun Sound advice. So if you're
SPEAKER_01:listening and you're intrigued by the possibilities of the Franklin WH home battery system, maybe wondering how it could fit into your home. We definitely encourage you to reach out. The knowledgeable team over at Integrate Sun, for example, they can provide a personalized consultation.
SPEAKER_00:Yeah, they can give you tailored information based on your specific location, your energy usage, the incentives available where you are.
SPEAKER_01:Exactly. Get the real numbers for your situation.
SPEAKER_00:And maybe here's a final thought for you to consider as we wrap up. As all this energy technology keeps advancing so rapidly... How will these kinds of integrated home power solutions, like Franklin WH, fundamentally reshape our relationship with the traditional power grid?
SPEAKER_01:And maybe more importantly, how will they reshape our own ability to navigate unexpected disruptions, to weather the unexpected? It's a powerful question, I think, to ponder as you think about your own energy future.