Qingdao Dadi Energy Co., Ltd.

[Shandong,China]

Business Type:Trade Company , Manufacturer

Main Markets: Americas , Asia , Middle East , Africa , Other Markets , Worldwide

Exporter:31% - 40%

Certs:FDA

Description:Hybrid Solar Inverter for Home Use,Hybrid Inverter with Battery Storage,AC Coupled Hybrid Inverter

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Home > Products > Photovoltaic Inverters > Hybrid Inverters > Smart Hybrid Inverter with Dual-Mode Power Conversion

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Smart Hybrid Inverter with Dual-Mode Power Conversion

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Product Description

Product Attributes
Packaging & Delivery

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Overview

Product Attributes

Model No.: Solar Inverters-3（BCT-FXC-6KW-H-P）

Brand: Dadi Energy

Packaging & Delivery

Description

The smart hybrid inverter with dual-mode conversion is core to off-grid/grid-tied solar setups. It converts DC from Solar Panels to AC, powers loads like Solar Street Lights, solar freezers, and stores surplus in LiFePO4 Batteries. Switching seamlessly between grid and Solar Energy, it ensures stable supply—critical for remote communities or commercial spaces. It optimizes energy use, cuts reliance on utility power, and pairs with small solar systems effortlessly.

Output Type	Single Phase,DUAL Camera, Triple,Multiple,Three Phase	Inverter Efficiency	93%
Place of Origin	Shandong,China	Model Number	BCT-FXC-6KW-H-P
Brand Name	Dadi Energy	Input Voltage	208/220/230/240;L+N+PE
Output Voltage	208/220/230/240;L+N+PE	Output Current	18A
Output Frequency	50/60Hz±0.1%	Size	510306115mm(without bracket)
Type	DC/AC Inverters	Weight	9kg
Product name	Pure Sine Inverter	Warranty	3 years
Surge Power	6-10KVA	Efficiency	93%-97%(HIGH EFFICIENCY)
Transfer Time	10ms	Wave form	Pure Sine Wave Invertor
Battery Voltage	24/48 VDC	Floating	27/54Vdc
Overcharge Protection	33/63Vdc	Protection Degree	IP20

How a Solar Inverter Works in a Solar System?

A solar inverter is a core component of a solar system, bridging PV panels and electrical loads/grids. First, PV panels convert sunlight into DC power—unusable for most home/business appliances or grid feed-in. The solar inverter then converts this DC power to AC power, matching the voltage/frequency of standard electrical systems.

It also enables grid connection (for surplus power export) or battery integration (to store excess DC power). Plus, many models include monitoring to track energy production. Without a solar inverter, the DC power from panels can’t be efficiently used or stored, making it essential for functional solar systems.