Sunway 5kVA MPPT 450VDC PV Input 220V 48V 5kw on off Grid Tie Hybrid Solar Inverter

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Product Description

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Basic Information

Model NO.
SK-3500S-24
Nature of Source
Passive inverter
Phase
Single
Output Power
3500W
Certification
CE
Type
DC/AC Inverters
Power Source
Solar Power
Circuit Topologies
Half-Bridge Type
Wave String
Sine Wave Inverter
Origin
China, Anhui
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Packaging & Delivery

Package Size
54.00cm * 39.00cm * 22.00cm
Gross Weight
15.000kg
Production Capacity
10000 Pieces/Month
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Product Description

Hybrid Solar Inverter Overview

Technical Specifications

Specifications Diagram
Model SK-3500S-24 SK-5500P-48L
Capacity3500VA/3500W5500VA/5500W
Battery typeLead AcidLead Acid/LiFePO4
Parallel CapabilityNoYes
Input
Nominal Voltage230VAC
Voltage Range170-280VAC (PC), 90-280VAC (Appliances)
Output
Surge Power7000VA11000VA
Wave FormPure sine wave
Peak Efficiency (PV to INV)96%
Solar & AC Charge
Solar Charge TypeMPPT
Max PV Array Power4000W5500W
MPPT Voltage Range120VDC~450VDC
Max Solar Charge Current100A100A
Physical
Dimension (mm)448*295*129mm
Net Weight9KG10KG
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Product Details

Inverter Details
Interface View

Solar System Connection

Solar Connection Diagram
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Product Packaging

Packaging Information

Frequently Asked Questions

What is the maximum PV input voltage for these inverters?
Both models support a maximum PV array open circuit voltage of 500VDC, with an MPPT voltage range between 120VDC and 450VDC.
Do these inverters produce a pure sine wave?
Yes, these are pure sine wave inverters, ensuring high-quality power output that is safe for sensitive electronic appliances.
Can the 5500W model be used in parallel?
Yes, the SK-5500P-48L model features parallel capability, whereas the SK-3500S-24 model does not.
What types of batteries are compatible?
The 24V model (3500W) is designed for Lead Acid batteries, while the 48V model (5500W) supports both Lead Acid and LiFePO4 battery types.
What is the peak efficiency of the solar charging?
The inverters achieve a peak efficiency of up to 96% when converting from PV (Solar) to Inverter output.
What is the transfer time between utility and battery?
The transfer time is typically 10ms for personal computers and 20ms for home appliances, ensuring minimal interruption.

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