How much battery does a typical home need?
Share evening kWh, backup list (fridge, lights, internet), and PV size. Many homes land at 10 kWh usable; partial-home backup can start lower.
Solution Detail
Residential Solar + Battery Storage
Home and villa systems that combine high-efficiency PV, a 48V hybrid inverter, and wall-mounted LFP—optimized for self-consumption, backup, and lower grid dependence.
Recommended approach
- 1Size PV for roof area and daytime load; pick 435–460W or 625–735W classes as appropriate.
- 2Select a 48V hybrid inverter (typically 3–12 kW three-phase or 4–11 kW single-phase).
- 3Add 5–10 kWh wall LFP, parallel if backup hours or loads require more kWh.
Relevant products
- 1JA Solar 435–460W Module
- 2Jinko Tiger Neo 625–650W Module
- 3Deye SUN 3–12 kW Hybrid Inverter
- 4Growatt SPE 3500–6000TL Hybrid
- 5Growatt Hope 5 kWh Wall Battery
- 6LFP 5–10 kWh Wall Battery
- 7Hybrid PV + ESS Package
Expected outcomes
- 1Higher self-consumption and predictable backup for critical circuits.
- 2One RFQ path covering PV, inverter, and storage documentation.
- 3Upgrade path to larger watt modules or parallel batteries as needs grow.
Solution FAQ
Can existing PV stay on the roof?
Often yes via AC-coupled hybrid inverters—describe the current inverter and we will confirm retrofit compatibility.
Plan a residential PV + battery system
Send destination market, roof constraints, target kW/kWh, and certification needs—we’ll return a quote-ready home hybrid BOM.
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