
Wall-mount energy storage that scales with your home.
LiFePO4 home battery storage and split-phase hybrid inverters that keep the lights on through any outage or power cut, store cheap off-peak and solar power, and cut your power bill — engineered for decades of cycles.
Free system design · Ships across the US & UK · Certified LiFePO4 · Quote in 1 business day
Transparent pricing, published datasheets and certifications, and a free system design — so you can size the right battery or inverter package before you spend a penny.
LiFePO4 chemistry resists thermal runaway, and UL 1741, IEC 62619/62109, UN 38.3, CE, and FCC references are published for technical review.
Tell us your loads and a specialist sizes the right battery-and-inverter package — no obligation, no pressure.
System requests are reviewed for load profile, battery capacity, and inverter fit, with a quote back within one business day.
Modular LiFePO4 storage and split-phase hybrid inverters at transparent prices. Buy a single module, or let us design a whole-home stack around your bill and backup needs — free.

Wall-mount energy storage that scales with your home.

Long-cycle LFP storage, built for daily depth of discharge.

Split-phase hybrid inverter, up to 12 kW.

Compact storage inverter, 8 or 10 kW.
Battery, inverter, and BMS are designed to work as one. Solar charges the battery through the hybrid inverter, the BMS balances every cell, and when the grid drops your home never notices — that's real energy independence.
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Lithium iron phosphate cells deliver 6500+ cycles at 80% depth of discharge — thermally stable, no cobalt, no runaway.
Each module ships with an independent battery management system that balances every cell and talks CAN/RS485 to the inverter.
Start at one 16.08 kWh module, parallel up to 16 for 257.28 kWh. Add capacity as your needs grow.
When the grid fails, the system transfers in milliseconds. Lights, well pump, refrigeration — uninterrupted, for days.
Pair solar with a stacked battery bank and run a full household with no utility connection, year-round.
Charge on cheap overnight rates or surplus solar, then discharge through peak pricing. Your meter runs backward.
Parallel modules to 257 kWh per stack to flatten demand charges and keep critical operations online.
Store clean solar energy. Deploy it on demand. Never depend on the grid again.

Silent, sealed, and finished like an appliance — not equipment. Wall-mount or floor-stand, indoors or in the garage.
Most homes need 10-30 kWh of usable storage for whole-home backup, depending on essential loads and how long you want to ride through an outage. A typical US home draws 20-30 kWh per day; backing up only essentials (fridge, lights, internet, well pump) can run for a day or more on 16 kWh, while running HVAC and larger loads pushes you toward 28 kWh or a stacked system. Our sizing guide walks through the math.
LiFePO4 (lithium iron phosphate) batteries are rated for 6,500-8,000+ charge cycles at 80% depth of discharge. With daily cycling that's roughly 15-20 years of service, far longer than the 1,000-2,000 cycles typical of older lithium-ion chemistries. They also hold capacity better over time and tolerate a wider temperature range.
A grid-tie inverter only converts solar DC to AC and feeds it to the grid or your loads — it shuts off during an outage. A hybrid inverter adds battery charging/discharging and a backup mode, so it keeps your home powered when the grid is down, stores solar for later, and can run off-grid. Our split-phase hybrids transfer to battery in under 10 ms.
Yes. Pairing a hybrid inverter with enough LiFePO4 storage and solar lets you run a home entirely off-grid. The right size depends on your daily energy use, solar resource, and how many days of autonomy you want for cloudy stretches. Most off-grid homes combine a 10-12 kW inverter with 28 kWh or more of stacked battery capacity.
LiFePO4 is the safest mainstream lithium chemistry for home storage. It is highly resistant to thermal runaway, doesn't release oxygen when damaged, and runs cooler than NMC lithium-ion. Our systems add a battery management system (BMS) that protects against over-charge, over-discharge, short circuit, and temperature extremes, and carry UL and IEC safety certifications.
Yes — battery and inverter systems tie into your home's electrical panel and, in most jurisdictions, require a licensed electrician and a permit. We sell the equipment and provide datasheets and system diagrams; we can also connect you with installers and offer trade pricing through our dealer program.
Tell us your loads and location. A specialist will size a battery-and-inverter system for your home and send a no-obligation quote within one business day — for homes across the US & UK.