HOME ENERGY STORAGE
Battery storage can help you use more of the energy produced at home and prepare selected circuits for an outage. The right design starts with your priorities, your electrical loads and how you want the system to operate.
DESIGN AROUND YOUR HOME
A useful storage plan begins with the outcome you want. Some homeowners want to shift solar energy into the evening. Others are focused on keeping essential loads available when the grid is down. Those goals affect battery capacity, power output, controls and the electrical work required.
We can help you compare practical options and understand how storage may fit with an existing or future solar system.
Explore battery equipment currently listed in our catalogue. Product specifications remain connected to the maintained listing, while final system selection depends on your home, goals and overall design.
Enphase
An all-in-one, AC-coupled storage system, the IQ Battery 10C integrates 240 V and 120 V microinverters, providing backup functionality and removing the need for additional neutral-forming hardware. It provides a total usable energy capacity of 10 kWh and delivers 7.08 kW of continuous power, easily supporting heavy ...
Enphase
An all-in-one, AC-coupled storage system, the IQ Battery 5P is the most powerful Enphase battery yet. It has a total usable energy capacity of 5.0 kWh, and features six embedded grid-forming microinverters and 3.84 kW of continuous power, as well as peak output power of 7.68 kW for 3 seconds and 6.14 kW for 10 sec...
BigBattery
48V LiFePO4 wall-mount battery with 14.34 kWh capacity and 200A continuous discharge delivering 10.24 kW. Features smart BMS, CANBus/RS485, IP65 enclosure, self‑heating, and UL9540/9540A/1973/UN38.3 certifications; supports up to three parallel units per inverter.
A sound recommendation balances the energy you want available with the power your home may need at any one time.
Identify the circuits and appliances you would most want available during an outage.
Consider how much stored energy you may need and how long you expect it to support selected loads.
Account for equipment that starts or runs at higher power, not only total daily energy use.
Plan how the battery, solar array and controls will work together, whether installed now or in stages.
These are useful starting points. The answer for a particular home depends on its electrical system and the equipment selected.
That depends on the battery system, the home's electrical loads and how backup circuits are configured. A design may support selected essential loads or a broader set of circuits, subject to equipment and site requirements.
Some storage systems can be considered without solar, while others are planned as part of a solar-plus-storage system. The best approach depends on your goals and the compatible equipment.
Capacity is only one part of sizing. A review should also consider expected outage duration, priority loads, starting power, continuous power and how the battery will be recharged.
It may be possible, depending on the existing equipment, electrical configuration and compatibility with the proposed battery system. The current system should be reviewed before a recommendation is made.
Tell us what matters most during an outage and whether solar is already part of your home. We will use that context to begin a practical storage conversation.
