Does this kit include everything I need to install it?
It includes the major system components: the all-in-one inverter, both batteries, all four panels, the DC and PV breakers, the solar extension cable, the inverter cable, Z-brackets, and the manuals and wiring diagram. What varies is the mounting and building side of the job, and that's site by site. Depending on your site that typically means battery interconnect cables, rail racking if you're mounting on a shingle roof or the ground (the Z-brackets suit a flat surface or metal roof), conduit, junction boxes, building wire, and labor. Those depend on your structure and your local code, which is why we spec them per site rather than boxing a set that might not fit. Tell us about your install and we'll list exactly what yours needs.
Can it really deliver 3,000W?
In short bursts, yes. Continuously, no. Each battery supplies 50A sustained, so the pair delivers roughly 2,560W. The inverter's 3,000W rating and 6,000VA surge cover starting loads like a fridge compressor or a saw, but plan your steady draw around 2,500W.
Can it run 240V appliances?
No. This is a 120V-only system. Well pumps, central AC, electric dryers, and electric water heaters need split-phase power, which starts with our 6.5kW kits.
Will it run a refrigerator through a power cut?
Comfortably. A typical fridge averages around 150W, which is roughly 28 hours on a full bank with no sun at all, and the panels will keep it running indefinitely in reasonable weather.
Do the batteries handle cold?
Yes. Both are self-heating, so they warm themselves to a safe charging temperature in freezing conditions, and they're IP65 rated. That's a paid upgrade on our larger kits and standard here.
How much energy will this generate daily?
The 800W array produces roughly 3 to 4kWh per day at 4 to 5 peak sun hours. Actual output depends on your location, season, panel angle, and shading.
Can I add more panels?
Yes, and it's the upgrade worth making first. The controller's 80A charge limit at 24V means it can put roughly 2,300W into the battery, so two to three times the panels you're starting with is the useful range. Keep any string under nine panels in series so cold-weather voltage stays inside the 450V ceiling.
Can I install this myself?
This is the most DIY-friendly kit we sell. The all-in-one inverter means far less wiring between components, and the kit ships with its own wiring diagram. You still want basic electrical competence, and 24V DC deserves the same respect as any battery system.
