12.5KW 48V 110V 15/30/45KWH All In One Solar System

12KW 48V 110V 16/32/48KWH All In One Solar System

SKU: ESS-12.5KW-15KWH-LVM-P

12.5KW 48V 110V 15/30/45KWH All In One Solar System

$4,499.00 USD

$6,429.00 USD

Save 30%

Power:

15KWH

15KWH30KWH45KWH

Variant

Quantity:

The PowMr 12.5KW 48V 110V 15/30/45KWH All In One Solar System is a 12.5kW split-phase 110V integrated solar energy storage system combining a hybrid inverter, 48V LiFePO₄ battery modules (optional 15/30/45kWh), and a battery combiner box. Featuring dual MPPT inputs, intelligent touch display, modular expansion up to 45kWh, and WiFi remote monitoring. Suitable for medium-to-large residential and commercial energy storage applications.

Overview

Smart Touch Screen

The 12.5KW solar Inverter combines advanced technology with user-friendly design, offering an intuitive touchscreen interface for seamless monitoring and control. With real-time data display, easy system management, and quick troubleshooting, it provides a convenient way to optimize energy usage and ensure peak performance.

Peak Shaving and Valley Filling

With a programmable timer, the inverter optimizes energy usage by shifting load between peak and off-peak periods. Features four charging modes (Solar Only, Mains Priority, Solar Priority, Hybrid) and two output modes (Utility Bypass and Inverter Output).

Comprehensive Protection

With smart balancing technology, each lithium cell is kept in optimal condition through intelligent voltage equalization, reducing wear and helping the battery deliver longer, more reliable performance.

Smart Balancing for Longer Battery Life

With smart balancing technology, each lithium cell is kept in optimal condition through intelligent voltage equalization, reducing wear and helping the battery deliver longer, more reliable performance.

Modular Design, Easy Expansion

The modular and scalable design with quick-connect hardware enables fast installation, reduced labor costs, and a clean professional appearance, while allowing easy system expansion through parallel connections to adapt to changing energy needs.