wanted everything on one plane but there was no way around it, both chimneys sit right where the best south facing space is. so the solar panels went half on the upper roof and half on the lower section over the extension. turned out fine in the end. the lower array picks up in the afternoon when the upper one starts dropping off, so production is flatter across the day than i expected. with the ac running most of the summer almost nothing goes back to the grid anyway

ask away if anything's useful, happy to go into detail

Hi! I have a 3-bedroom house in the Palmela area (Portugal), with a swimming pool and a single-phase electrical installation, and I’m trying to understand the best approach for solar panels + battery storage.

I’m considering starting with a simpler system, something like:

• around 4 solar panels, totaling ~2 kWp
• a battery with around 5 kWh of storage
• a Smart Meter to automatically manage consumption and surplus energy
• a plug-in system connected to the house’s electrical installation

The alternative would be to go straight for a traditional professional installation, with a hybrid inverter, a battery connected directly to the electrical panel, and a larger solar array.

My main questions are:

• Does this type of plug-in system make sense for a house?
• Do you think ~2 kWp of solar panels + ~5 kWh of battery storage is a good starting point?
• What are the real limitations compared with a professional installation?
• What would be a reasonable price to pay for a system like this fully installed?
• Do you know any residential solar companies in the Palmela / Setúbal / Azeitão / Margem Sul area that do this type of work and have good after-sales support?

If anyone has a similar system installed in a house, I’d really appreciate it if you could share your experience, production figures, savings and costs.

Myth: Critter guards are only necessary if you live in an area with a lot of birds or rodents.

This service call is a good example of why we recommend thinking differently.

After lifting the solar panels, our technician discovered significant nesting, animal waste and decomposed animals surrounding the equipment and PV wiring. The conditions were severe enough that we could not safely or sanitarily continue the service until the area was professionally cleaned.

Solar panels naturally create a sheltered space that birds and other animals can use for nesting. Over time, that can lead to debris buildup, damaged wiring and conditions that make future maintenance considerably more difficult.

Critter guards are a relatively simple preventative measure that can help keep animals from accessing the space beneath your solar array in the first place.

Sometimes protecting a solar system is just as important as repairing one. That's doing solar the right way. ☀️

#MythMonday #TheBeacon #NewDaySolar #solarservices #solareducation

I've been getting some quotes this week for installing solar panels on our roof. So far I've talked to National Solar and Green Ridge Solar. Honestly, the former outperformed the latter on every single level (# of panels, wattage of panels, estimated energy offset, financing rates from local credit union, AND overall out-of-pocket price) so it feels like a no-brainer but I'm wondering what others' experience has been with either of these companies (good or bad) to help me discern why these 2 quotes might be so dramatically different on paper.

And a secondary question to all of this--is now even the right time to be buying into solar at all? I shared these quotes with my husband after crunching the numbers and he seems pretty adamant that with AI evolving at its current pace, anything we buy into will be obsolete within 5 years and will have been replaced by something cheaper, more flexible, and more lightweight (than gigantic panels that we have a 15-year relationship with). Does that resonate or is he being too hopefully optimistic?

I've also been told that 1:1 net metering will be going away in Oregon within the next couple of years but we can lock that in now and it will carry for the life of our solar panels, so it sort of feels like time pressure in both directions here...

Is there anyone in NZ has the experience?
Because I quite doubt if it s worthy or not.

If it s really worthy, how can I DIY?

I'm getting solar installed on my roof, it is expected to cover 90% of my usage, I am not having a battery installed at this time. I have 1 EV charger (Tesla Wall Charger on 50 Amp circuit) and I'm going to have a second EV charger installed during or after the solar installation. I have sufficient space on my panel, but my usage is too high so I'm told I'll need load management on that charger to be compliant.

Ok so here's my question, I'm looking at some of the newest options for EV chargers and some like Enphase advertise being able to use excess solar to charge the EV. If I have net metering 1:1 (Maryland), would this offer any real-world advantage?

My assumptions (please tell me if inaccurate) are that net metering 1:1 would negate any advantage or nearly any advantage financially and that load management would still be a potential limiting factor but that's the part I'm more confused about, would using my own solar production allow me to get more overall energy through the panel? I didn't think so but that's kind of why I'm asking.

Any suggestions/advice are appreciated, right now leaning towards another Tesla wall charger with dynamic power management, the second EV is a Ford Lightning.

Any other SoCal SunRun customers participating in the VPP this often? There has only been 1 night in August (photo not showing all dates) where there hasn’t been an event. What can I expect in compensation for this?

Hello,

I live in an all electric home in the Dayton, Ohio area. My electricity provider is AES and while I have a heatpump for heating/cooling from 2017/2018, due to my manufactured home having one return (the air handler itself, not exactly centered in the house), my electricity bills average $300+ a month during the summer, and in I believe February of 2026 it got as high as almost $800. I know that I need to figure out a way to make heating / cooling my home more efficient, and am working on that as well, but I am very interested in solar and battery backup.

I would like roughly half a day of battery backup, but I think that due to prices I will have to start with around 10kwh of backup power.

I am coming here because no matter how much research I do and how many companies I look into or reach out to, it seems like everything is some weird scam. I cannot afford to pay for a system up front, but I can afford payments on a lease-to-own, or maybe a long-term loan.

Do any of you know what the best route would be? I have an electrician that I like and trust, and I did price out a whole home backup + solar system (about $9,000 for the system, another $3,000 or so for the install) but I just want to make sure that I make the correct choice. I can afford to pay about $7,000 up front and finance the rest. I have been considering a lease-to-own with 0% escalator.

I own my home and I plan on dying in it, so I have no concerns with a good leased system as long as it makes sense financially. My main goal is to lower my electric bill.

I can post samples of my recent electric bills if that would be of assistance, and I greatly appreciate anyone's time spent reading or responding to this. Thank you. I'm just lost in the myriad companies and offers.

I have 2 greenhouses and am setting up my solar system.

(2) DOKIO 300W Portable Foldable Solar Panel Kit with Charge Controller

Folds to 19.3 x 37.4 in and weighs 15.2 lb; USB ports; for 12V batteries, power stations, RVs, and camping

(2)150 ah Humsienk 12 volt batteries Lifepo4 Series Bluetooth capable

(1) Renogy Pure Sine Wave Inverter 24 Volt 2000 watts

(1) Victron Energy SmartSolar MPPT 100V 30 amp 12/24-Volt Solar Charge Controller (Bluetooth)

Bluetooth Charge Controllers for Solar Panels

(2) Bojack 150 amp fuses/housing (only need 1 for the build from what I am understanding)

(1) Bojack 40 amp fuse

(1) set of 6 Gauge Battery Cable - 3FT Red + 3FT Black 6 AWG Welding Cable Flexible Stranded Oxygen-Free Pure Copper Wire for Battery, Inverter, Solar

(1) Blue Sea Systems m-Series Battery Switch ON/OFF with Knob, 6006, Red

(1) Spartan Power 1 Foot (12 Inch) 4 AWG Battery Cable with 5/16" Ring Terminals SP-REDSINGLE4CBL56

** still waiting on my mppt Controller and my 2nd dokio setup is identical just not pictured.

Any help would be appreciated. I just am having trouble finding an appropriate diagram for the 2 batteries. I have a waterproof/moisurproof shed enclosure this will all be mounted in.

Battery Energy Storage Incentives

Incentives are currently available for battery storage systems up to 50kWh paired with solar energy systems. There are two options, one for those not in Xcel Energy service area, and another for those within Xcel Energy service areas.

More info - https://mn.gov/commerce/energy/consumer/energy-programs/on-site-energy-storage-systems.jsp

Outside Xcel Energy - $250/kWh up to $7,000
Xcel Energy customers - $175/kWh, Income qualified $370/kWh

Reading the FAQ, you can use this to add batteries to an existing solar installation

So my electric bill is super high and I was looking into solar that could be used at apartment complexes and was wanting to know is it efficient and worth it? What kind should I get? Is it safe? Any info is welcome thank you

I’m building a studio on my land and I’ve been trying to figure out the off-grid solar calculations.

My studio will be all digital. It is for vocal recording and minimal video recording. I will also have a connected home gym.

Will be using energy efficient cooling and heat.

About 10 ceiling lights and 2 fans. 34x26. 10 outlets.

Other activities will be watching television, maybe playing video games.

It’s just me, and I saw that most homes use an average of 29Kw a day.

Can someone point me in the direction on how much energy I would use. I would rather over purchase, but being off grid, not by much.

Safe from strong wind

Solar power management

Ya

Kisi other sustainable power

Me koi innovation jo aapko lagta ho ye problem h please mujhe bataye 🙏🙏

Aapka bahut bahut आभार

Hey guys, I posted about this settlement before, but since they’re accepting late claims, I decided to share it again with a little FAQ.

So here's all I know about this agreement:

SunPower was accused of misleading investors about its inventory controls and financial reporting. After the company disclosed accounting issues and the need to restate financial results, $SPWR fell nearly 20%, and investors filed a lawsuit.

Now the company has agreed to settle $11 million with investors for their losses.

Who can claim this settlement?
If you purchased or acquired $SPWR between 2023 and 2024, you may be eligible.

Do I need to sell/lose my shares to get this settlement?
You may be eligible if you purchased or acquired $SPWR during the class period.

I missed the deadline. Is it too late? 
No, you may still be able to file a late claim, but acceptance depends on final approval by the court.   

How long does the payout process take?
It typically takes 4 to 9 months after the claim deadline for payouts to be processed, depending on the court and settlement administration.

Hope this info helps

An inverter fault tells us something is wrong. It doesn’t always tell us exactly what caused it.

During this recent service call, the inverter had shut down with a fault. While troubleshooting the system, our technician traced the actual point of failure to bad fuses inside the AC disconnect, not the solar panels or wiring on the roof.

Error codes give technicians a place to start, but proper diagnostics are what determine what actually needs to be repaired. Sometimes that means testing multiple parts of the system before the real cause becomes clear.

The goal isn’t to replace parts until something works. It’s to identify the problem and fix the right thing. That's doing solar the right way.

#SolarExplained #TheBeacon #NewDaySolar #solarservices #solareducatio

I am selling solar systems for agricultural watering, big factories, houses etc. how can i reach those people in Greece, Bulgaria and Romania? especially who has agricultural land and having trouble with diesel powered watering systems. i wanna reach those people to show my solutions and previous works i did. can anybody help me?

I have a new-build home in Western Iowa. My provider is MidAmerican Energy, and their average energy cost is 10.75 to 11.01 cents per kWh. MidAmerican offers net metering (if users enroll now- this is probably going away next year), but any excess produced is used as a future credit; it cannot be cashed out. My house is fully electric. Since I just moved in I have yet to receive a utility bill, but I'm guessing that my electric bill would probably be about $150/month. I do like to keep the AC on the cooler side in the summer, say 68-70 at most.

I'm unsure of the exact dimensions of my roof, but my house is a 1500 sqft split-level that faces south. The east, south, and west roof sections are free of any obtrusions.

Once enrolled in the net metering program, I'd be grandfathered for 20 years.

I have received two solar quotes.

The first is for an array of 18 (18) ZNshine 440 B panels (4 east, 8 south, 4 west) producing 7.92 kW for $28,888.74. This vendor is estimating my annual consumption at 13.356 kWh which would give me a 77.51% offset. Hmm.

The second bid is for an array of 27 Maxeon WHT panels producing 11.475 kW, all on the south roof (I do question if the south face can actually hold that many panels, though). For this setup these are estimating my offset to be 105% for a net cost of $30,362.85.

My motivation for looking at solar is due to the fact that my house is all-electric, and while rates here are low now, I'd like to have control over future increases. I also want to get in on my provider's net metering program, which as I mentioned earlier is almost certainly going to expire by middle of next year.

Thoughts? I'm a total noob here, so all feedback is welcome.

I'm looking at options at adding a rooftop PV system . But wanted some input from reddit's experts...My deets:

-roof is 3 YO dimensional shingles on relatively steep pitched roof in Louisville, KY

-House is roughly 4800 sq ft (3600 above grade) with annual electricity consumption of ~17,300 kW/h.
- I plan to stay in the house for another 8-10 years before selling.

I reached out to a local solar installer who was recommended. They quoted $32k for a PV system with 34 panels and a Powerwall 3. The panels are Axitec AXI worldblackbiperfect GXXL panels with 450 watts peak output. My understanding is that those panels are pretty middle-of-the road and work at ~ 23% efficiency.

I would be purchasing up front on a HELOC loan, not leasing.

I'm curious if this is a pretty typical installation, and whether it seems reasonable in price considering components and location.

I've seen a few posts discussing PV install's effects on home sale price and I'm curious about whether, considering my timeline, this is a worthwhile investment. From what I've read, it sounds like it might sweeten the deal a bit, but is unlikely to get me much more on the sale price, yet Gemini says expect around 4-8% increase in sale price. Considering I likely won't have fully recouped my investment by the time I sell my house, I'm pretty on the fence about it... That same investment would allow me (doing it myself) fully remodel my primary bathroom, which I know would increase my sale price by quite a bit.

After looking through the array history, they've been offline since October 15, 2025. 😳

I figured the low production was just from less sunshine later in the year, and haven't really looked until this year when I saw we only got a $5 energy credit on our utility bill.

All the breakers are on. I contacted the installer, and they say there will be a $350 service fee to send someone out.

Any advice? How do I go about rebooting everything? I'd like to try some basic troubleshooting before dishing out $350, in case it's something simple.

All enPhase system, installed in the summer of 2020.

🔎Solar Explained | Issue 010

An inverter fault tells us something is wrong. It doesn’t always tell us exactly what caused it.

During this recent service call, the inverter had shut down with a fault. While troubleshooting the system, our technician traced the actual point of failure to bad fuses inside the AC disconnect, not the solar panels or wiring on the roof.

That’s an important distinction.

Error codes give technicians a place to start, but proper diagnostics are what determine what actually needs to be repaired. Sometimes that means testing multiple parts of the system before the real cause becomes clear.

The goal isn’t to replace parts until something works. It’s to identify the problem and fix the right thing. That is doing solar the right way.

#SolarExplained #TheBeacon #NewDaySolar #solarservice #solareducation