A residential solar energy system integrates two Menred ESS LFP.1433.F battery units, each rated at 14.33kWh, for a combined usable capacity of 28.66kWh. The batteries are connected in parallel and interface with a single Deye hybrid inverter through a shared DC coupling architecture.
This configuration allows the inverter to draw power from a unified battery bank, simplifying system control while increasing energy availability for evening and overnight loads. Each LFP.1433.F unit is built with LiFePO₄ cells rated for over 6,000 cycles at 0.5C and 25°C with 80% depth of discharge, ensuring long-term reliability in daily cycling applications.
The installation includes proper DC cabling, overcurrent protection, and communication wiring between the battery management system and the inverter, following standard safety practices for residential energy storage. System status can be monitored locally via the inverter display or remotely through compatible monitoring platforms.
As a scalable house battery solution, this setup supports households with higher daily consumption or extended backup requirements. The system is covered by a 5-year standard warranty, with an optional 10-year extension available.
