وحدة إدارة المخزون: POW-HVM6.5KP

محول طاقة شامل 6500 واط 220 فولت تيار متردد 48 فولت تيار مستمر يدعم 9 وحدات بالتوازي

Name: محول طاقة شامل 6500 واط 220 فولت تيار متردد 48 فولت تيار مستمر يدعم 9 وحدات بالتوازي
Brand: PowMr
SKU: POW-HVM6.5KP
Price: 519.00 USD
Availability: InStock

$519.00 USD

$699.00 USD

وفِّر 26%

الكمية:

The PowMr POW-HVM6.5KP is a high-performance LiFePO4 energy storage system for home and small commercial use. It supports AC/DC bi-directional conversion, compatible with both solar grid-tied and off-grid setups. Featuring an intelligent BMS for safety, multiple operating modes (off-grid, grid-tied, backup power), a compact design for easy installation, and remote monitoring, it delivers reliable power for homes and small businesses.

نظرة عامة

6500W Solar Inverter

6.5kW pure sine wave inverter converts 48Vdc to 220Vac efficiently, delivering stable, clean power suitable for sensitive electronics, ensuring smooth operation and reliable performance in both residential and commercial setups.

Integrated 120A MPPT Controller

Integrated 120A MPPT supports 48V systems, compatible with Gel, AGM, SLA, FLD, LiFePO4, and lithium batteries. Voltage range 60V-500V maximizes solar energy harvest, enhancing battery life and system efficiency under varying sunlight conditions.

Up to 9 Units in Parallel Connection

Supports up to 9 units in parallel, operating in single-phase or three-phase modes. Expandable system design allows high-capacity setups, providing reliable power for large loads and scalable energy solutions without complex rewiring.

Advanced System Protection

Comprehensive safeguards protect against overvoltage, undervoltage, overcurrent, short circuit, and overheating. RS232 and RS485 communication ensures seamless monitoring and reliable operation for stable energy supply and long-term durability.

Flexible Output and Charging

Two output modes (SUB, SBU) and three charging strategies (solar first, hybrid, solar only) offer versatile energy management, optimizing battery charging and usage according to energy availability, load demand, and user preferences.