Solar inverter YD HF 5500-48's selling point

1.Pure sine wave

2.Built-in 100AMPPT

3.Solar charger

4.Equalization function extends battery life,

5.Reserve the BMS port (RS485,CAN)

6.Suitable for off-grid applications

Solar inverter YD-HF5500-48
Solar inverter YD-HF5500-48

5500W48V

Single-phase off-grid solar inverter

Support SNMP card remote monitoring (optional)

MPPT charge controller

OFF GRID CHARGER&INVERTER

Model: SC HF 5500-48

1.Single-phase off-grid solar inverter

2.Power inputDiesel generator input

3.MPPT charge controller;

4.External battery

5.High Efficiency Pure Sine Wave Solar Inverter

6.Support SNMP card remote monitoring (optional)

MODELSC HF 5500-48
Rated Power5500VA/5500W
INPUT
Voltage230V AC
Optional Voltage Range170-280V AC(For Personal Computers);90-280V AC(For Home Appliances)
Frequeney Range50Hz/60Hz(Auto Sensing)
OUTPUT
ACVoltage Regulation230V AC±5%
Surge Power11000VA
Effieiency(Peak)UP to 93.5%
Transfer Time

10ms(ForPersonal Computers)

20ms(For Home Appliances)

Wave formPure Sine Wave
BATTERY
Battery Voltage48V DC
Floating Charge Voltage 54V DC
Overcharge Protection 60V DC
Max.PV Array Power 6000W
Max.PV Array Open Circuit Voltage 500V DC
MPPT Range&Operating Voltage 120~450V DC
Max.Solar Charge Current 100A
Max.AG Charge Current 60A
PHYSICAL
Package size,D-W-H(mm) 110*302*490
Net Weight(kgs) 9.7
Communication lnterface RS232/RS485CAN /Drycontact

ENVIRONMENT

Humidity 5%to95%Relative Humidity (Non-condensing)
Operating Temperature -10Cto50°C
Storage Temperature -15°Cto60°C

For customized lithium battery specifications, please send requirements email to riley@ylkenergy.comOur sales manager will contact you at the first time.  

Suggestions for using
the Products

  • Household electrical appliance
  • Solar energy system

The batteries in the inverter store energy in the form of direct current and the home appliances we use need alternating current.The inverter performs conversion of direct current to an alternating voltage by converting the energy stored in the dc sources like battery and rectifiers.

A solar inverter works by taking in the variable direct current, or 'DC' output, from your solar panels and transforming it into alternating 120V/240V current, or 'AC' output. The appliances in your home run on AC, not DC, which is why the solar inverter must change the DC output that is collected by your solar panels.

Application

Household Electricity Demand
Back-up power supply in hotels, banks and other places
Small Industrial Power Demand
Peak shaving and valley filling, photovoltaic power generation
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