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☀️ Pre-Summer Sale 🛡️ Get ready early Home energy storage ↘ Direct Price
🔋ECO-WORTHY : UL1973 LiFePO4 Storage, Cut Aussie Power Bills | Stay Powered💡
ECO-WORTHY Cubix 100 48V 100Ah 5.12 kWh Home Battery | Server Rack | UL 1973 | UL 9540A | IEC 62619
ECO-WORTHY PowerMega 314 | 51.2V 314AH Lithium Battery 16kWh | Bluetooth & WiFi | UL1973
ECO-WORTHY 10kW Off Grid Solar Inverter | Single-Phase | 48Vdc to 230Vac | Max 11kW PV Input
ECO‑WORTHY 6000W Off‑Grid Solar Inverter | 48Vdc to 230Vac | Max 12kW PV Input | IP65
ECO-WORTHY 6000W Hybrid Solar Inverter | Single-Phase | 48Vdc to 230Vac | Max 9000W PV Input | IP66
Home Power Bundle | 10kW Off Grid Inverter with PowerMega 314 51.2V 314Ah Battery
Home Power Bundle | 10kW Off-Grid Inverter with 48V 100AH Server Rack Battery | 30.72kWh
Home Power Bundle | 6000W Off‑Grid Solar Inverter with 48V 100AH Cubix 100 Server Rack LiFePO4 Battery
Home Power Bundle | 10kW Off-Grid Inverter with 48V 100AH Server Rack Battery | 20.48kWh
Home Power Bundle | 6kW Inverter with 48V 100AH Server Rack Battery | 20.48kWh
Home Power Bundle | 6kW Inverter with 48V 100AH Server Rack Battery | 10.24kWh
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Explore Now
1,300 5-Star Reviews
Honest experiences from real ECO-WORTHY owners — the wins, the learning curves, and the moments that made it worth it.
Power Your Home
Power Your RV Journey
What system built
Two ~2,500W solar arrays + four 5,000W inverters + two 48V 100Ah batteries — sized to eliminate a brand-new home's shockingly high first electric bill.
How It Changed Their Life
$350 → $48 → $1.47/monthNearly 99.6% lower monthly electricity costs.
Read the Full Story →
A ~$3,000 modular 48V off-grid system covering every home load except the heat pump — built to escape a $211.95/month bill without a $40,000 traditional solar loan.
$211.95 → $30.97 / monthNearly 85% lower monthly electricity costs.
A dual redundant inverter setup + two 16kWh batteries (155kWh total storage) — sized to survive multi-day cloudy stretches and back up future EV charging.
Runs for roughly 3 days without sunlight at~50kWh/day. Monthly bill is now down to the utility's minimum charge.
Grew from a 12V cart into a dual 24V/48V system totaling 12,200W of solar and 64kWh of storage — sized to survive extended outages after a microburst knocked out power for 14 days.
Critical loads (well pump, fridges, internet, AC) now ride through storms with zero interruption — the family didn't even notice the most recent outage.
3×195W bifacial panels + a 12V battery + 600W inverter — sized for a location where the sun is nearly absent from November to March, on a tight budget.
Keeps the fridge, freezer, internet, Wi-Fi, weather station and trail cam running — even through short winter daylight hours.
Scaled a 12V system to 10,000Ah of batteries, a 3,000W inverter, and 3,300W of solar across 4 MPPT channels — started as outage backup, then grew to cover most home circuits.
A 12V backup system grew into 10,000Ah of battery + 3,300W solar, powering most essential home circuits and providing automatic backup during outages.
Running flawlessly for 2 years; replaced their propane fridge with a 120V electric unit; able to boondock in the desert for 4 months without moving the rig.
A 30A supply runs two power-hungry appliances at once, while summer solar can power AC for 3–4 hours without draining the batteries.
Replaced 3-4 separate 100Ah batteries with a single 280Ah battery and an all-in-one inverter/charger — sized to simplify a messy, over-wired factory RV setup for full-time boondocking.
The rebuilt system is ready for another camping season with a simpler setup and dramatically fewer connection points.
2×100W panels + a 268Wh portable power station, plus a separate 12V 100Ah home battery — sized for basic reliability in a country where grid outages are nearly constant.
2 Years. Zero Interruptions.T wo full years of reliable power for daily work and weekend camping — even on cloudy days.
……More stories are waiting to be written—maybe the next one is yours. ✨
Why did you choose solar? How has reliable energy changed your home, RV, cabin, or everyday life?
Share your story below. Real experiences from real owners help more people make confident energy decisions—and show how clean, reliable power can truly improve everyday life.
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Item
Specifc products
panels
10 × 195w eco-worthy bifacial
battery
4 × eco-worthy 12v 280ah
inverter/charger
litimes 48v (switched from eco-worthy 24v hybrid unit — voltage from 5 panels in series was too high for it)
wiring
2 arrays of 5 panels in series, then wired in parallel
Condition
Output
montana, june–july
~1.5kw for a couple hours a day; ac runs 3–4 hours without depleting batteries
utah, cloudy day, 10:30am
4 amps at 53.3v
system age
2 years, "flawless"
I borrowed a cable lift and a neighbor and I started to install them at 9am. We were done by 11am. I wired 2 5 panel arrays in series, dropped the cables, and wired them in parallel. And then to the charger/inverter. I charged the batteries fully, wired them in series and ran the cables to 100 amp circuit breakers. I installed a battery balancer. We wired an RV box to the output of the inverter and ran a 30 amp RV cord to the 50 amp RV supply. When plugged in, we have shore power 24/7. I installed a shunt and a battery monitor. Then I hooked up the cables to the inverter and switched it on. Success.In Montana, in June and July, we were catching 1.5kw for a couple of hours a day. We can run our AC for 3-4 hours without depleting the batteries. We are in Utah right now. It is a very cloudy day. At 10:30am, we are getting 4 amps at 53.3v. We use a microwave, Nespresso, air fryer, blender, and other appliances. We replaced our propane refrigerator with a 120v Whirlpool 11.3 cu ft model. It draws 200 amps.With only 30 amps, we can only run two energy hogs at once, but do not find that bothersome. We have been using our predominantly Eco-Worthy system for 2 years. Our panels and batteries have worked flawlessly. The only thing I wish I had done differently was to add 2 more panels on the roof. That extra 390 watts would come in handy in the desert. Next time we stop for long enough, I may order another pair and install them.Since our panels are mounted flat, the Winter sun cannot hit them at an optimal angle. Our motorhome roof has a slight crown and we found that pointing N-S, the hour before and after solar noon is our best sun. Pointing E-W is not as efficient. The other drawback is dust. In Quartzsite, the LTVA campgrounds have a lot of dust. Last year, our first, I noticed my solar gain was down. It had sprinkled a token desert rain and it turned the dust into little mud craters. I washed the panels and my solar gain went up 15%. I now dust them regularly.Why Eco-Worthy? I researched components, read reviews, asked friends, and looked for value. Eco-Worthy panels stood above the rest. As far as batteries, Will Prowse helped me make that decision. His YouTube channel is filled with advice. As I said, I would have installed an Eco-Worthy hybrid if the specs allowed. Our system allows us to boondock anywhere. We have a macerator pump to pump our waste tank into a 32 gallon portable tank to take it to dump. We also have a 60 gallon potable water bladder and a water pump to fill our fresh water tank. We stayed 4 months in the desert without moving our motorhome. I used Adobe Illustrator to make a drawing of the system so anyone working on it could follow my logic. We have a Facebook page "America at a Mile a Minute", join us on our travels.
Specific products
3 × 195w bifacial, each with its own fuse
inverter
600w
12v, runs connected loads up to 16 hours on a good day
extra
battery monitor/status panel, ats next to fridge/freezer, trail cam (always on)
panel tilt
50–60° (matched to latitude)
I began my Eco Worthy setup in August 2025 just to learn and make some use of the sun in my location.I live at 60°N so wintertime it's of no use between November and early March.I have 3 bifacial 195W panels, all that can be switched off with a fuse easy to shut down when working on system.Also have the beautiful control panel/status panel Battery Monitor that let's me know a lot of data about the battery.To the battery there is a 600W inverter connected that currently runs my fridge and freezer on sunny days without problems.I do have an ATS that is located in kitchen next to my fridge and freezer that automatically.I also have a Trail cam attached to the system all the time since that almost does not consume anything.So far the system works very good sunny days and the 12V battery can run all my connected items for up to 16 hours if I am lucky.I been waiting on a larger battery and to expand my solar panels a bit but then I am looking at 500W panels and a 16kWh battery so I get better use of the sun energy. But limited to economy I go slow and all equipment is bought when I had money for it and last August I set it up when I had enough parts.Since I live very far up north my panels are tilted between 50-60° to follow my latitude where I live and between the best of summer and winter.All panels are connected in parallel to get most use of it since there are som obstacles that partly shade the panels when they are on ground.This is a perfect mix and if I didn't have windows I would have many more panels setup like this. But at the same time, mounting solarpanels on the roof with 27° tilt is not the best when living at N60°.This is my setup and I am happy with it and it has worked fine.All winter in darkness with only 5-6 hours of sun light a day it has been able to run small consuming electronics such as fiber internet, wifi, weather station and trail cam without problem but not fridge and freezer.
Specific Products
solar panels
2 × 100w
power station
bluetti eb3a, 268wh
home battery
12v 100ah
duration in use
2 years
I'm from Cuba, and the electricity situation here is very complicated; we practically never have any. I have two 100W Eco-Worthy solar panels and a small 268Wh Bluetti EB3A power station that I've been using for two years to be able to work and go camping on the weekends. I can say that so far, they've worked wonderfully, generating good energy even on cloudy days. I also have another small system at home with a 12V 100Ah battery, and I have no complaints about it—it works perfectly. When you buy Eco-Worthy products, you're buying quality and durable equipment. They've been my companions during these years of blackouts, and I can only say thank you so much for bringing light and clean energy into my life. 100% recommended. ❤️💪⚡🔋
Stage
Monthly Bill
first month (new house)
$350
after first off-grid build
$48
after adding one more battery
$1.47
solar arrays
2 strings in series, ~2,500W each, ~245–275V at 11A
inverters
4 × 5,000W all-in-one off-grid (Eco-Worthy)
batteries
2 × 48V 100Ah (later +1 more)
We moved into our new home in Kingman Arizona and we're hit with a $350 electric bill for the first month at that point I said to myself I need to do something so did some research and decided to build a off grid system so started building two arrays of SOLAR panels in series creating about 2500 watts each voltage is about 245-275 volts at 11 amps anyway purchase 4 5000 watt all in one off grid inverter's from echo worthy and two 48v ,100 amp hour battery and started the system my first electric bill dropped to $48 after that I added one more battery and dropped my electric bit now down. To $1.47 a month at that point the local electric company come out to check my meter to make sure everything was okay since then now I have to add a few other switches so that my off-grid system is totally off grid overall it's a great story I had my ups and down with it but now it just runs I don't even think about it if I had to buy apple or you again I would again if anybody has any questions feel free to ask.
Equipment
start
12v cart: 2 × 100w panels, 100ah lifepo4 battery, old 500w inverter
grew to
4 × 100ah batteries, larger inverter, dual axis tracker + 6 × 100w panels
moved to
24v, then 48v (this year)
currenty
eco-worthy cubix 100 battery + eco-worthy 6kw aio split phase inverter
A few years ago a microburst hit my town and the devastation was tremendous. We were unable to get out of our road for 3 days due to downed wires and trees and we were without power for 14 days. I needed to have something besides a gas generator so I started my solar journey by making a 12V cart with a pair of Eco-Worthy 100W panels, a 100 Ah LiFePO4 battery and a cheap 500W inverter that I had for years in a closet. I learned a lot from that little system. It grew quickly into 4 100Ah batteries, larger inverter and an Eco-Worthy dual axis tracker with 6 Eco-Worthy 100W panels. At that point the limitations of 12V were apparent and I moved to a 24V system and finally this year to 48V. My current system started with an Eco-Worthy Cubix 100 battery and Eco-Worthy 6kW AIO split phase inverter. I now have 12,200W of solar panels and 64 kWh of battery storage across both my 24 and 48V systems. Moving forward I expect to continue to expand the 48V system and retire the 24V system. I’m fortunate to have put together this system as just 2 days ago on the 4th of July we were hit with a devastating storm. My phone went off that a storm was going to hit any minute and to seek shelter immediately. Not more than 10 minutes after the warning we were hit hard! Power went out, trees and wires down again. Very reminiscent of the microburst. We are lucky this time but many in town are still not expected to get power back until Wednesday (two more days from now). My critical loads like my well, refrigerators, Internet modem, air conditioning, etc. run on solar every day. So when we lost power my family didn’t even notice! This is exactly what I’ve spent years building a system for and it did not let me down! We are committed to continuing to expand our Eco-Worthy system with additional 6kW inverters so we can eventually take the whole house off grid.This has already become a long post but I’ve learned so much over the last few years and with those lessons I’ve mentored a number of people in setting up their own systems. If anyone has read this far and has any questions or wants to hear more I’d be happy to post about lessons learned, my equipment choices both good and bad, etc. I'm always happy to share the knowledge I've gained!
Detail
started-small
12v 100ah lifepo4 battery, 1,000w inverter, 4 × 100w solar panels
i started at a very small scale, with enough equipment to be able to run either my fridge or the furnace motor (at first i couldn't even do both at the same time, lol) and perhaps keep the phones charged. i bought one 12v 100ah lifepo4 battery, a 1000w inverter, four eco-worthy100w solar panels, two eco-worthy aluminum mounts, an eco-worthy 10a ac to dc charger, mppt controller, and the necessary fuses, switches, breakers, and wiring.
built-up
10,000ah batteries, 3,000w inverter, 3,300w solar, 4 mppt controllers
over time i would keep adding to the system to where i now have 10,000ah of batteries, 3000w inverter, and 3300w of panels spread over four different mppt controllers.
today
most of the home's electrical circuits
i have an essential loads panel so i can run most of my house's electrical circuits from solar/batteries, plus an automatic transfer switch which can switch instantly from public to solar power as soon as there's a utility outage. (depending on weather conditions, i either run on solar 24/7 or keep it on standby.)
The trade-offs of staying at 12V - It can't do split-phase 240V AC power (only 120V single phase),- The 3000W inverter is the highest I can practically use.- To achieve what I did required a lot of equipment, like those MPPTs and plenty of thick gauge wiring to connect it all together.All told, it ended up costing me more than a similarly powered 48V system would have.Yet I have no regrets, because I would not have learned so much about solar if I had started with a typical 48V system. I wouldn't have got as deep into how all the components work together. But it also means that if I were to do a 48V system today I'd be a lot better at choosing, building, and maintaining it, and knowing how to handle high voltage safely.That said, you don't have to go so deep or spend nearly as much time on a system as I did. Unless you're like me and you enjoy every minute of it.Cheers.
Month
Amount
Status
january
$211.95
total grid dependency
february
$135.12
system phase-in
march
$75.05
optimizing the load
april
$30.97
current actual usage
modular 48v off-grid
cost
~$3000
location
entire "power plant" outside the house; only lines run inside
still on grid
mini-split heat pump (backup for cloudy days/ac)
Most people think energy independence requires a $40,000 loan and a massive rooftop installation. I’m here to show you a different way. A strategic, modular approach that actually pays for itself.The Blueprint:I’m a retired aerospace worker, and I decided to stop "renting" my energy. I built a modular 48V off-grid system for roughly $3,000. For safety and ease of maintenance, the entire "power plant" is located outside—only the lines run into the house.The "Snowball" Strategy:Everything is now powered by the solar system I set up, except for the mini-split heat pump. It is still on the grid. I keep the PNM grid as a backup for cloudy days and AC. My 65-inch TV, computer, fridge, cooking, and lights are all powered by the solar power system.I didn't switch everything at once. I migrated my loads as I tested the system.The Financial Payoff:By eliminating "Budget Billing," I’m saving roughly $125 every month. Here’s where it gets interesting:Self-Replication: That $125 in monthly savings is almost exactly the cost of a new 190W solar panel. My system is now effectively paying for its own expansion.Debt Retirement: Once the hardware is set, that surplus cash goes straight toward retiring other debts (credit cards, mortgage, etc.).The Takeaway:You don't have to be a victim of rising utility rates. You don't need a $40k debt to gain energy independence. By starting small and thinking like a strategist, you can lower your overhead and give yourself a permanent "raise." I monitor the whole thing from a cell phone app, watching the sun turn into solvency, and loving it. You can too!Don't just budget for your bills. Build a system that retires them.
solar
~$20k of panels
eco-worthy inverters, hooked inline with a grid-tie growatt 11.4kw
2 × lg high-voltage 16kwh (155kwh total battery bank)
household use
~50kwh/day
electric bill
$15/month(minimum)
Pretty much done with my off grid setup, stored in a climate controlled room off the garage, cant show the wife because she could care less other than a 15 dollar power bill (its the minimum) haha. hooked up to about 20k in solar panels, its compleat over kill right now but im thinking about getting an ev maybe down the road. Eco worthy inverters are hooked inline with a grid tie growatt 11.4 with two high voltage LG 16kwh batteries. Each system could power the house if need be, I like redundancy if anything was to break. 155kwh of total battery bank. The house uses about 50 a day, so three days of zero sun but I have not seen that in over a year that ive actually paid attention now that I have solar.
Besfore
After
lead acid batteries + separate converter
renogy pcl2000 (inverter + smart charger + transfer switch, all-in-one)
multiple 100ah batteries
1 × 280ah eco-worthy battery
cheap solar controller
renogy rover 40a
My system is finally complete and I love this 280ah battery! I bought my RV new in 2014. When I ordered it, there was an option for an electric fireplace in the rear entertainment center or cupboard doors and storage. I ordered it with the cupboard doors and they screwed that up. See pics for some descriptions. I spend most of my time RV'n off grid out in the mountains, or on crown land, or at our new off grid lake lot that my wife and I acquired last year and when we're traveling to see family I like to go back to the old farm homesteads away from society.So last year I stripped all the lead acid provisions out including the batteries and the converter. I purchased the Renogy PCL2000 because I wanted a one and done unit all in one! The fact that I've got the inverter, smart charger and transfer switch all in one is just nice and clean and a whole lot less messing around with multiple connections and components. I'm a mechanic/master tech with OCD. Less connections and less resistance is always on my mind. The 280ah Eco-worthy worthy battery is amazing. Again, less connections vs three or four 100ah batteries. I had the heart of the transformation done last fall and camped with it like that. But I had to get the new facia and cabinet doors built over the winter. I just installed the new shelf and facia door system yesterday. And yes that inverter is very Ted out the side. It's not blocked off. It is finally complete and I love it! The way I wanted it when I ordered it. I also upgraded my cheap solar controller to a Renogy Rover 40 amp. I'm running Samlex panels right now and they work very well, but that will be my next upgrade to max out my new controller. I love having the apps for the charge controller and the battery system. It's simple and no need for a ton of extra components in my application. The battery app tells me allot. Cheers! Now it's camping/Severe RV'n season!
