30kw Three Phase Solar Inverter for Industrial Use

• After-sales Service: 3years
• Warranty: 3years
• Nature of Source Flow: Active Inverter
• Shipping Cost: Estimated freight per unit.: about shipping cost and estimated delivery time.
• Currency: US$
• Return&refunds: You can apply for a refund up to 30 days after receipt of the products.
• Model NO.: 3 Phase
• Phase: Single
• Output Power: >1000W
• Certification: SAA, CE, ROHS, ISO9001, CCC
• Brand: Solarthon
• Type: DC/AC Inverters
• Power Source: Solar Power
• Circuit Topologies: Push-pull Type
• Nature of Wave String: Sine Wave Inverter
• AC Input Phase Number: Three-Phase + N+G
• Output Waveform: Sine Wave
• Operation Efficiency: 295% (Load:100%)
• Inverter Type: Pure Sine Wave Inverter
• Certificate: CE ISO9001
• Application: Home, Commercial, Industrial
• Solar Panel Type: Polycrystalline Silicon
• Battery Type: Lead-Acid
• Controller Type: MPPT
• Grid Tie: off Grid
• Function: Power Support
• Technical Support: Installation Manual
• Online Monitoring: Yes
• Load: House Appliances, Factory Equipment
• Product Name: Three Phase Inverter
• Transport Package: Cartons with Foam
• Specification: 310x420x110mm
• Trademark: solarthon
• Origin: China
• HS Code: 9405409000
• Production Capacity: 5000/Month
• Package Size: 580.00cm * 750.00cm * 9.00cm
• Package Gross Weight: 1380.000kg

Product Description

Solarthon Three Phase Off Grid Pure Sine Wave Inverter

Introducing the Solarthon Three Phase Off Grid Pure Sine Wave Inverter, brought to you by Guangdong Solarthon Technology Co., Ltd. This advanced power inverter offers a range of features designed to provide the best power supply guarantee for your loading equipment.

Features:

• Advanced operation mode for enhanced performance
• Frequent tracking for improved efficiency
• Phase-locking voltage stabilization for stable power output
• Noise filtering to prevent disturbances
• Protection against power grid fluctuations
• Full digital vector control technology for precise control
• Real-time processing by DSP, MCU, and DDC for optimal performance

With the Solarthon Three Phase Off Grid Pure Sine Wave Inverter, you can enjoy a reliable and efficient power supply for your equipment. Say goodbye to power disruptions and fluctuations, and experience the benefits of a stable and clean power output.

Model	10kW	20kW	30kW	40kW	60kW	80kW	100kW	150kW	200kW
Rated capacity	10kW	20kW	30kW	40kW	60kW	80kW	100kW	150kW	200kW
Operation mode and principle	PWN (pulse width modulation)based on DSP accurate control technology and double built-in MCUs complete isolation of the output power supply
AC input phase number	Three-phase + N+G
AC input voltage	220/380V AC ±20%
AC input frequency	50/60Hz ±5%
DC voltage	192/220/240/384V DC (16 to 32 pieces of 12V batteries)
Floating battery	13.6V of each battery*battery quantity (13.6V*16 batteries=217.6)
Cut-off voltage	10.8V of each battery *battery quantity (10.8V*16 batteries=172.8V)
Phase number	Three-phase +N+G
AC output voltage	220/380V AC ±1% (steady load)
AC output frequency	50/60Hz ±5% (mains supply) 50Hz ±0.01%
Efficiency	≥95% (load:100%)
output waveform	Sine wave
THD	Linear load: <3% Non-linear load:<5%
Dynamic load voltage transient	<±5% (jump from 0 to 100%)
Instant recovery time	<10ms
time of switching between the battery and the mains supply	3-5s
Unbalanced voltage	<±3%<±1% (balanced load voltage)
Overload capacity	120%, 20s, >150% and 100ms
Operation efficiency	≥95% (load:100%)
Computer communication interface	RS232/RS485 (SNMP remote monitoring network adapter)
Operating temperature	-10 to 40°C
Relative humidity	0090% (no condensation)
Noise	40-50dB				50-60dB			60-70dB

Product Parameters

Our Advantages

Certifications

Packaging & Shipping

FAQ

Solar Inverter Product Description


 

Solar Inverter Product Description

 

Company: Guangdong Solarthon Technology Co., Ltd.

 

Product Features

 

• Pure Sine Wave Output: Our inverters provide true pure sine wave output, similar to the power grid, ensuring reliable and high-quality electricity.


• Wide Voltage Range: Our inverters are available in various output voltages, including 110V, 115V, 120V, 220V, 230V, and 240V, with self-adaption to 50/60Hz frequency. Customized options are also available upon consultation with our engineers.


• Low Frequency vs. High Frequency Inverter: Our low frequency inverters offer enhanced protection, adaptability, and voltage regulation, making them more reliable. High frequency inverters are also available for specific applications.


• Pure Sine Wave vs. Modified Sine Wave Inverter: Our pure sine wave output inverters boast a low repair rate, long lifespan, and protection of appliances from harmonic pollution. On the other hand, modified sine wave inverters can have adverse effects on appliances, especially inductive loads like air conditioners and refrigerators.


• Wide Range of Applications: Our inverters can be used in households, offices, and agricultural settings, and are compatible with various inductive loads, such as refrigerators, air conditioners, water pumps, and more.


• OEM Orders: We accept OEM orders and can customize the inverters with your company logo on inverters, nameplates, and packaging.


 

 

Technical Support and After-Sales Service

 

• Choosing the Right Inverter: Simply provide us with your requirements, and our sales team will recommend a suitable inverter for you.


• Technical Problem Resolution: We offer 24-hour after-service consultancy to help you solve any technical issues easily.


• Product Warranty: If any product is faulty, you can send us pictures or videos, and we will study the issue and provide free spare parts or PCB board for after-sale service.


 

 

Power Inverter Overview

 

Do I Need A Power Inverter?

 

While not absolutely required, a power inverter is essential for accessing 220 or 230 volts AC power. Without an inverter, you would solely rely on battery power, which may be acceptable for small RVs or cabins, but most people require normal AC appliances.

 

Difference Between 12, 24, And 48 Volt Inverters

 

The voltage options (12, 24, or 48 volts) refer to the input voltage from the battery bank. Higher voltages allow for lower currents, enabling the use of smaller wires between the solar panel array and battery bank. It is important to ensure that the solar panels, inverter, and battery bank all use the same voltage to maintain compatibility.

 

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