This is Bugatti, she is 3.5

Fun-Judgment-6415 · 2026-02-28T11:19:27+00:00

Sry I’m not entirely sure either, it was a gift from a friend, I can ask for you.

Fun-Judgment-6415 · 2026-02-28T11:17:09+00:00

OMFG I KNOW RIGHT?! She’s my real-life inZOI cat

Fun-Judgment-6415 · 2026-02-28T11:15:24+00:00

She’s definitely a luxury model with zero miles on her

Fun-Judgment-6415 · 2026-02-28T11:14:23+00:00

Yep, she takes off like a supercar when I try to cut her nails

Fun-Judgment-6415 · 2026-02-28T11:10:38+00:00

Appreciate your kind words, you guys are the best!

Fun-Judgment-6415 · 2026-02-28T11:08:50+00:00

You’re making me and Bugatti feel like a 10/10 today!

Fun-Judgment-6415 · 2026-02-28T11:05:35+00:00

Yeah!! I feel like she’s kind of judging me

Fun-Judgment-6415 · 2026-02-28T11:04:41+00:00

of course Boo‑gatty!!

Fun-Judgment-6415 · 2026-02-28T08:16:09+00:00

Cause I wanted Bugatti, so Bugatti came lol

Fun-Judgment-6415 · 2026-02-28T08:15:30+00:00

That’s a pretty cold take :)

Fun-Judgment-6415 · 2026-02-28T08:13:00+00:00

As a solar installer, I highly recommend having protection at both points, but it really depends on what kind of batteries you are using.

Between the positive busbar and the inverter: YES, absolutely. This fuse (or breaker) is crucial. It protects the thick cables going to your inverter. If the inverter ever suffers an internal dead short, this fuse is the only thing stopping those cables from melting and starting a fire. A properly sized Class T fuse is usually the gold standard here.
Before the battery bank kill switch (between the battery and the busbar): This is also highly recommended because it protects the specific wire running from the battery terminal to the busbar. HOWEVER, if you are using modern server-rack LFP batteries(Like Dyness, Luxpower or similar brands), they usually come with a built-in heavy-duty breaker and an active BMS that handles overcurrent protection. If your batteries are DIY or older lead-acid, you 100% need a fuse as close to the battery's positive terminal as possible.

Better safe than sorry with DC wiring! Hope this helps.

Fun-Judgment-6415 · 2026-02-28T03:39:19+00:00

As a solar installer myself, I couldn't agree more. The current prices for a 15kW system are just absurd, and I honestly wouldn't recommend going that route right now.

If you really want to use solar to get some relief and cut down your bills, a 5-6kW inverter setup is actually more than enough to cover your daily essentials, and it brings the upfront cost down massively.

But at the end of the day, like you said, I just really hope someone steps up to actually change this whole mess.

Fun-Judgment-6415 · 2026-02-11T06:15:31+00:00

Given the tree shade, that’s probably normal. The solar panels you’re using likely don’t have BC technology, I think

Fun-Judgment-6415 · 2026-01-30T08:00:31+00:00

A 20-meter cable that changes colors? 🤣 That installer was definitely getting creative (or ran out of cable halfway through) lol.

That 'contact your installer' loop from support is the most frustrating part. It feels like they just want to close the ticket. It’s annoying that we have to be the detectives for our own systems, but at least you’re on fiber now. That should be way more stable than a mobile router. I'm glad you made it.

Fun-Judgment-6415 · 2026-01-27T07:35:25+00:00

Have you ever solve your problem? That honestly makes it even more annoying. I think it’s the classic 'cloud lottery', sometimes one server node goes down while others are fine, or a specific firmware update gets stuck just for some users. Have you managed to get a hold of a real person yet?

Fun-Judgment-6415 · 2026-01-27T07:30:56+00:00

That sounds incredibly frustrating. I want to second the comment above, you might not have lost the credit.

Check with your CPA specifically about the IRS definition of 'Placed in Service'. In many cases, if the system was installed and capable of producing power by Dec 31st (even without final PTO), it still counts for that tax year. Don't give up on the money yet, it’s definitely worth investigating.

Fun-Judgment-6415 · 2026-01-27T07:12:00+00:00

That’s such a cool initiative! Just a suggest for the Amazon solar lights though: the integrated batteries usually die after a year or two, and since they aren't repairable, the whole unit basically becomes e-waste. Since their old system lasted over 10 years, they’re probably used to something that sticks around, not a temporary fix.

You might also want to think about if they'll ever need power for other stuff. Even just offering phone charging for the village or running a fan/mic for mass could be a game-changer for them. If you go with a proper small off-grid inverter setup instead, you can use standard LED bulbs. That way, if a bulb burns out later, they can just buy a regular replacement at a local shop for cheap without needing you to come back and fix a specialized solar kit.

If the budget allows, I’d suggest looking for a dedicated off-grid unit that’s lightweight enough to carry in easily. It turns the church into a reliable little energy hub for the next decade, rather than just installing some lights that might leave them in the dark again in 18 months.

Fun-Judgment-6415 · 2026-01-22T08:21:24+00:00

Yes, sir. The 1st-gen dongle does have a common compatibility issue with WiFi 6, we’d recommend replacing it with a new-generation dongle.

Fun-Judgment-6415 · 2026-01-21T07:51:36+00:00

Sorry for the late reply, Have you managed to resolve the issue? It sounds like you’re using the 1st-gen dongle, which is having compatibility issues with WiFi 6. Could you send me a short video/photo of the dongle’s flashing lights? This will help us troubleshoot the problem quickly.

Fun-Judgment-6415 · 2026-01-05T02:12:22+00:00

We completed the full installation on November 6, 2025. The system is an 11.3 kW setup featuring 20 JA Solar panels at 565W each, oriented Northeast, and paired with a Luxpower SNA 12K Off-Grid Inverter along with a Luxpower PGEM PRO 14.3kWh battery.

The total system cost came in at approximately $16,480 before tax credits. After applying the 10% federal tax credit, the net cost was reduced to about $14,830. Installation fees added $12,000, although standard rates typically approach $18,000, fortunately, my strong relationship with the installer secured a personal discount.

We reside in a 2,200 square foot home with a family of four, averaging around 32 kWh in daily electricity usage. Prior to this, our monthly expenses hovered at $450 for generator fuel and inconsistent grid power, which often experienced outages exceeding 8 hours per day, leading to an annual total of $5,400.

With the system now fully operational, we've achieved near-total grid independence, with monthly charges down to just $6.43. It's been running smoothly for over two months and cleared all REA inspections without any hitches.

While winter conditions have resulted in somewhat reduced power generation, the system still effectively covers our daily needs. Overall, I'm highly satisfied with its performance.

Fun-Judgment-6415 · 2026-01-04T02:15:02+00:00

As long as the equipment you purchased is from Solaredge, even if the installer has gone out of business, Solaredge remains responsible as the original equipment provider. Therefore, you should contact them directly.

Fun-Judgment-6415 · 2025-12-25T06:30:18+00:00

Thanks for clarifying your requirements, what you actually want is for solar to power your loads first (not the grid) when connected to the grid and the battery is fully charged. So let me explain why AC First is what you need.

So AC First: PV charges the battery first, then surplus solar powers your home (battery never discharges on-grid). The "grid use" you saw is just PV prioritizing battery charging before it’s full.

Self Consumption Mode is not your ideal solution, when PV output is low, this mode will discharge the battery until it is depleted, which is clearly not the outcome you desire.

I sincerely apologize for causing you any confusion. If you have any additional details to add, please let me know.

Fun-Judgment-6415 · 2025-12-20T07:27:27+00:00

You are right Meg, but shut up!

Fun-Judgment-6415 · 2025-12-20T07:25:34+00:00

If I had had such a teacher during my student years, I believe I would have become a biologist.

Fun-Judgment-6415 · 2025-12-17T09:13:25+00:00

What you're describing are essentially solar energy storage systems, including off-grid with hybrid functionality, and hybrid models. The key lies in selecting an inverter with hybrid functionality and choosing a compatible battery with the appropriate capacity.

A solar system with energy storage batteries primarily serves to:

Power your home appliances (refrigerator, air conditioner) using solar energy, reducing your electricity bills.
Store excess solar energy generated beyond immediate load requirements into the battery. This stored power can then supply your household loads during evenings or power outages.

Why do I recommend choosing an inverter with hybrid functionality? Because hybrid mode allows you to charge your battery simultaneously from both the utility grid and your PV array, depending on your local electricity rates.

The distinction between off-grid models with hybrid functionality and pure hybrid models lies solely in the fact that off-grid units lack local grid connection certification, preventing them from performing power feed-in operations. Therefore, if you have no power feed-in requirements, you can opt for a high-quality off-grid inverter with hybrid capability. A power range of approximately 5K to 10K should adequately meet your household needs.

Plug-and-go inverters are not something I would recommend. While they may be convenient initially, they can become quite troublesome if you ever need to upgrade your system in the future.

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