Cheap Price High Capacity DC AC 5kw 3.5kw Solar Inverter for Solar System

• Customization: Available
• After-sales Service: Offer
• Warranty: Offer
• Model NO.: SI-031
• Nature of Source Flow: Passive inverter
• Phase: Single
• Output Power: >1000W
• Certification: CE, ISO9001
• Brand: Customized
• Type: DC/AC Inverters
• Power Source: Solar Power
• Circuit Topologies: Full-Bridge Type
• Nature of Wave String: Sine Wave Inverter
• Battery Type: High Discharge
• Recycling: Yes
• Certificates: CE
• Free Installation: Yes
• Usage: Solar System
• Function: Power Support
• Quantity: 1 Set
• Working Temperature: -20-60 Degree
• Package: 1 Set/Carton
• Cycle Life: More Than 6000 Times
• Sample: Yes
• Customized: Yes
• OEM: Yes
• ODM: Yes
• After-Sale Service: Yes
• Transport Package: Carton Package
• Specification: large
• Trademark: Autex/OEM
• Origin: China

Product Description

  Cheap Price High Capacity Dc Ac 5kw 3.5Kw  Solar Inverter for Solar System

 

Model	HFP4850S80-H	HFP4850S80-145	HFP4835U80-145
INVERTER OUTPUT
Rated Output Power	5,000W		3500W
Max.Peak Power	10,000VA		6,000VA
Rated Output Voltage	230Vac(single phase/three phase)		120Vac(single phase/split phase/three phase
Load Capacity of Motors	4hp		2hp
Rated AC Frequency	50/60Hz
BATTERY
Battery Type	Li-ion / Lead-Acid / User Defined
Rated Battery Voltage	48Vdc		48Vdc
Max.MPPT Charging Current	80A		80A
Max.Mains/Generator Charging Current	60A		40A
Max.Hybrid Charging Current	80A	140A	120A
PV INPUT
Num. of MPP Trackers	1		1
Max.PV array power	5,500W	4400W	4400W
Max.input current	22A	50A	50A
Max.Voltage of Open Circuit	500Vdc	145Vdc	145Vdc
MAINS / GENERATOR INPUT
Input Voltage Range	170~280Vac		90~140Vac
Frequency Range	50/60Hz		50/60Hz
Bypass Overload Current	40A		40A
GENERAL
Dimensions	426*322*124mm		426*322*124mm
Weight	10.8kg		10.8kg
Protection Degree	IP20,Indoor Only		IP20,Indoor Only
Operating Temperature Range	-15~55ºC		-15~55ºC,>45ºC derated
Noise	<60dB		<60dB
Cooling Method	Internal Fan		Internal Fan

Safe
Safe lithium ion phosphate battery cell
Compact size ultralight module

 Intelligent

Each module is equipped
with an independent BMS system

 

Intelligent management

Equippment with intellignt BMS system for 
each battery pack to manage modules effectively

 

Jiangsu Autex Construction Group is a collectivized enterprise integrating design, production and construction.

The group's main products: street lights, smart street lights, traffic lights, traffic guardrail, traffic signs, electronic signs, bus shelter, photovoltaic modules, lithium batteries, road lamp poles, LED light source, wire and cable production and sales.

The group has more than 20 construction and design qualifications. More than 50 professional project managers.Every Autex person will be in good faith, professional, high quality, high efficiency as the criterion, make every effort. 

The group is willing to work with people of insight from all walks of life hand in hand, win-win cooperation, create brilliant.

Q: What is a photovoltaic (PV) system design?
A: Photovoltaic (PV) system design refers to the process of determining the components and specifications needed for a solar
energy system that meets specific energy needs and requirements.

Q: What are the factors to consider when designing a PV system?
A: The factors to consider when designing a PV system include location, shading, orientation, slope, electricity consumption, budget,
and local regulations.

Q: How do I determine the size of a PV system?
A: The size of a PV system can be determined by considering the energy consumption, the amount of available space for panels, and
the budget for the system.

Q: What is the difference between a grid-tied and an off-grid PV system?
A: A grid-tied PV system is connected to the main electricity grid and sends excess energy generated back to the grid. An off-grid PV
system is a standalone system that is not connected to the main electricity grid and stores energy in batteries for later use.

Q: What is the impact of shading on a PV system?
A: Shading can significantly impact the performance of a PV system by reducing the amount of sunlight reaching the panels. Proper
design and positioning of panels can help minimize the impact of shading.