I Took My House 100% Off Grid For SUPER Cheap [Breakdown]
Credibility score: 47/100 — Mixed Credibility. Several questionable claims detected. Watch with healthy skepticism.
BSmeter analyzed "I Took My House 100% Off Grid For SUPER Cheap [Breakdown]" and rated it 47/100 for credibility (a BS score of 53/100 — mixed credibility), on 2026-06-07. Its weakest claim — "24kW solar input on this inverter is insane and novice-friendly to wire" — scored 35/100 and was flagged as sketchy. 11 claims were checked against the video transcript. Scores are produced by BSmeter's AI analysis of the transcript, not independent human verification.
Of 11 claims analyzed: 2 scored under 40, 8 between 40 and 69, and 1 at 70 or above.
Claims analyzed
Cut professional solar quote from $100k to $12.5k while staying 100% off-grid — Dubious (45/100)
At 0:00
$100k quote to $12.5k DIY — that 8x drop needs receipts, not just promises.
Why this score: Big number swing with zero breakdown shown here.
- Professional quotes vary wildly by region and system size
- Previous $25k claim referenced but not detailed
- No panel count, inverter specs, or battery capacity given yet
Original quote: “Electricity prices are going up like crazy and I wanted to be 100% self-reliant with my electricity. So, I got a quote to get solar on my house so that I could have that and it was over $100,000. But in a recent video that I did, I showed you how I was able to do that for one quarter of the cost at…”
24kW solar input on this inverter is insane and novice-friendly to wire — Sketchy (35/100)
At 0:30
Calls 24kW solar input "insane" and "novice" wiring — high PV input exists on other units and high-voltage DC wiring is rarely novice-safe.
Why this score: Overstated ease and uniqueness.
- 24kW PV input is high but not unprecedented on 12kW hybrids
- High-voltage DC wiring carries real shock/fire risk
- "Any novice can do that" contradicts standard electrical safety guidance
- No wiring diagram or code reference provided
Original quote: “One of the other things that I really, really like are how many solar inputs there are. And being able to have up to 24,000 watts of solar input is absolutely insane. And this is actually far easier to wire than you would expect. Pretty much any novice can do that.”
Nema 14-50R can run 12,000W constantly — Sketchy (35/100)
At 2:30
Nema 14-50 is only rated 50A at 240V — that's 12kW peak, not continuous.
Why this score: Overstated rating.
- Standard Nema 14-50 is 50A continuous = 12kW at 240V
- Continuous loads should be derated to 80% (40A / 9.6kW) per NEC
- Speaker presents it as safe for full 12kW nonstop
Original quote: “I got an EV or electric vehicle rated Nema 1450R connection right here because that is the connector that's actually capable of running 12,000 W constantly and not melting.”
Non-UL batteries can't connect to grid because they skipped certification — Dubious (45/100)
At 4:30
UL listing is required for grid-tied safety certification, not optional paperwork.
Why this score: Partially correct on process.
- Non-UL batteries often fail to meet grid interconnection safety standards
- Many jurisdictions legally require UL 9540 or equivalent for grid connection
- "UL quality but skipped testing" is marketing speak — certification exists for a reason
Original quote: “There's a trick with the batteries and that is that you either have to choose to be ULlisted certified or not ULlisted. There are many non ULlisted batteries that are UL quality. they simply have not gone through the UL certification process and therefore cannot work in conjunction with the grid.”
Bought 400W bifacial panels for $100 each — Personal Story (60/100)
At 10:30
Personal deal he scored — no way to verify Marketplace prices from 6-7 months ago.
Why this score: Anecdotal purchase claim.
- Marketplace deals vary wildly by location and timing
- $100 for 400W bifacial is plausible during oversupply periods but not standard retail
- No receipts or current listings provided to check
Original quote: “I found these super cheap for about $100 each. And there are better ones that are 450 watts each and actually have a lower voltage.”
Solar panels at all-time lowest prices right now — Dubious (45/100)
At 10:43
Prices have dropped but "never been cheaper" needs current global data to back it up.
Why this score: Price trend claim lacks sourcing.
- Industry reports show significant drops since 2023 oversupply
- No specific data or source cited for "all-time low"
- Local Marketplace deals don't equal global pricing floor
Original quote: “Now is actually an amazing time to get solar because these panels have never been cheaper.”
Roof solar requires structural + electrical permits plus inspections and rapid shutdown — OK (75/100)
At 10:50
This tracks with most US building codes — roof installs trigger multiple permit layers.
Why this score: Building code requirements are generally accurate.
- Most jurisdictions require both structural and electrical permits for roof-mounted arrays
- Rapid shutdown (NEC 690.12) has been mandatory since 2017
- DC optimizers or equivalent are common compliance methods
- Actual rules vary by city and state
Original quote: “if you put them up on the roof, you have to get both a structural permit as well as an electrical permit. And then you also have to get it inspected and use rapid shutdown devices like DC optimizers on these in order to be able to use them on your roof.”
Minute Man stands rated for 25 years outdoors despite not being meant for permanent use — Dubious (40/100)
At 11:12
Contradictory wording — "not intended for permanent" but "25-year rating" needs the actual product spec.
Why this score: Product claim has internal tension.
- Speaker says stands aren't designed for permanent outdoor use
- Then claims materials are rated for 25 years continuous exposure
- No link, datasheet, or manufacturer statement provided
- Patent-pending status doesn't equal tested longevity data
Original quote: “These stands are actually not intended to be used forever outside, but the materials used and everything that's all a part of this is actually rated to 25 years of constant outdoor use.”
75% of buyers add lower legs to avoid debris issues — Unverifiable (50/100)
At 12:30
No source given for that 75% figure — sounds like internal sales data.
Why this score: No independent verification available. Key points:
- Claim appears to reference the seller's own customer data
- No public study or survey cited to support the percentage
- Could be accurate internally but remains uncheckable from outside
Original quote: “On average, 75% of people who order the panel stands add the lower legs because they don't want to have to worry about dirt and leaves and snow building up on the bottom of the panel.”
Full off-grid system costs ~$13,500 with six batteries — Dubious (40/100)
At 14:30
$13,500 for six batteries + inverter + panels + soft start feels aggressively low — commenters already calling $30k more realistic.
Why this score: Big number, thin breakdown.
- Speaker says 'this entire system' for $13,500 with six batteries, but only shows three running.
- No line-item costs for panels, inverter, wiring, or installation.
- Community comments note $30k is closer to real quotes; speaker's figure lacks receipts.
Original quote: “This entire system is only about $13,500 if you get six of these batteries. I'm actually only running three of them right now.”
DIY off-grid setup costs $13k vs $100k from solar companies — Dubious (45/100)
At 16:30
Top comment calls $100k quotes criminal — says real quotes land around $30k, not $100k
Why this score: Price gap looks inflated.
- Commenter with 53 likes says typical quotes are $30k, not $100k
- No receipts in video for the $100k figure
- Real quotes vary wildly by location and load
Original quote: “there's not really a reason to spend $100,000 from a solar company to have this kind of dependability unless you don't want to do any of the work, at which point definitely go with them”
See the full analysis with timestamps →