3 Phase Inverter
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3 phase to single phase inverter
3 phase inverter to single phase
inverter 3 phase to single phase
150kw inverter wiring
200kva inverter packaging

HDSX Inverter Convert 3 Phase to Single Phase Inverter 150Kw 200Kva

Input Voltage: 384VDC | Output Voltage: 380/400VAC±2% | Efficiency: ≥85% | Type: Low Frequency Pure Sine Wave Off Grid Inverter 3 Phase

1 : Off grid solar power inverter convert 3 phase to single phase/three phase.

2 : Built-in pwm or mppt charge controller optional.

3 : DC to AC, battery charger, stable voltage, UPS backup power supply in one.

4 : Compatible with lithium ion batteries, lithium iron phosphate batteries, opzv batteries, agm batteries, gel batteries.

5 : Perfect protection

Produt Details Download

150Kw 200Kva Inverter Convert 3 Phase to Single Phase Inverter - xindun

 

3 Phase Inverter to Single Phase Overview

 

3 Phase inverter to single phase 150Kw/160Kw, convert 384V DC to 380V/400V AC. The 3 phase inverter can not only output three phase electricity, but also output single phase electricity. Please click here to check 3Kw-160Kw 3 phase to single phase inverter.

3 phase inverter can be used as UPS uninterruptible power supplies, and are important equipment that can provide continuous, stable, and uninterrupted power supply.
3 phase inverter can effectively purify mains power when mains power is abnormal; It can also supply power to devices for a certain period of time when the mains power is suddenly interrupted, allowing you ample time to cope. It can also prevent various distortions of public power, such as power supply voltage drop, surge voltage, peak voltage, and broadcast frequency interference.

In terms of usage, with the advent of the information society, UPS 3 phase to single phase inverter  is widely used in all aspects of information collection, transmission, processing, storage, and application. Its importance increases with the increasing importance of information applications.

 


 

3 Phase Inverter to Single Phase

 

Next, I will show the appearance and interior of the 3 phase to single phase inverter 150kw and 160kw, as well as how to connect the 3 phase inverter. The solar controller can be built into the inverter, or can be a separate inverter. Built-in solar controller makes connection more convenient and saves installation space. External solar controllers make maintenance more convenient. When the mains power is normal, the mains power is output to the load after the inverter stabilizes the voltage and supplies power to the battery pack. When the mains power is interrupted, the inverter automatically switches to battery power supply, converting the DC power in the battery into AC power and outputting it to the load.

 

150kw inverter - xindun china

150kw inverter connection diagram


 

3 Phase Inverter to Single Phase Datasheet

 

OEM/ODM is welcome

 

3 Phase Inverter Specification
Model: HDSX 1503384 1603384
Rated Power 190KVA/150KW 200KVA/160KW
Peak Power(20ms) 450KVA 480KVA
Start Motor 80HP 80HP
Battery Voltage 384VDC
Size(L*W*Hmm) 1123*900*1605
Packing Size(L*W*Hmm) 1185*960*1750
N.W.(kg) 705 755
G.W.(kg)(Wooden Packing) 755 805
Installation Method Tower
3 Phase Inverter Parameter
Input DC Input Voltage Range 10.5VDC-15VDC(Single battery voltage)
AC Input Voltage Range 380Vac/400Vac±10%(customized 190Vac/200Vac)
AC Input Frequency Range 45Hz-55Hz(50Hz)/ 55Hz-65Hz(60Hz)
Max AC charging current 0-45A(Depending on the model)
AC charging method Three-stage (constant current, constant voltage, floating charge)
Phase 3/N/PE
Output Efficiency(Battery Mode) ≥85%
Output Voltage(Battery Mode) 380Vac/400Vac±2%(customized 190Vac/200Vac)
Output Frequency(Battery Mode) 50/60Hz ±1%
Output Wave(Battery Mode) Pure Sine Wave
Output waveform distortion Linear load≤3%
Efficiency(AC Mode) >99%
Output Voltage(AC Mode) Conforming to AC input
Output Frequency(AC Mode) Conforming to AC input
No load loss(Battery Mode) ≤1%  rated power
No load loss(AC Mode) ≤2%rated power( charger does not work in AC mode)
No load loss(Energy saving Mode) ≤10W
Phase 3/N/PE
Battery Type VRLA Battery Charge Voltage :13.8V; Float Voltage:13.7V(Single battery voltage)
Customize battery Charging and discharging parameters of different types of batteries can be customized according to user requirements
 (charging and discharging parameters of different types of batteries can be set through the operation panel)
Protection Battery undervoltage alarm 11V(Single battery voltage)
Battery undervoltage protection 10.5V(Single battery voltage)
Battery overvoltage alarm 15V(Single battery voltage)
Battery overvoltage protection 17V(Single battery voltage)
Battery overvoltage recovery voltage 14.5V(Single battery voltage)
Overload power protection Automatic protection (battery mode), circuit breaker or insurance (AC mode)
Inverter output short circuit protection Automatic protection (battery mode), circuit breaker or insurance (AC mode)
Temperature protection >90°C(Shut down output)
Alarm A Normal working condition, buzzer has no alarm sound
B Buzzer sounds 4 times per second when battery failure, voltage abnormality, overload protection
C When the machine is turned on for the first time, the buzzer will prompt 5 when the machine is normal
Inside Solar controller
(Optional)
Charging Mode MPPT or PWM
Charging current PWM:  100A-200A  /  MPPT: 50A/100A
PV Input Voltage Range PWM:  480V-704V / MPPT: 480V-640V
Max PV Input Voltage(Voc)
(At the lowest temperature)
PWM: 750V / MPPT: 800V
PV Array Maximum Power PWM: 44.8KW(100A)/33.6KW*2(150A)/44.8KW*2(200A)) / (MPPT: 22.4KW(50A)/22.4KW*2(100A)
Standby loss ≤3W
Maximum conversion efficiency >95%
Working Mode Battery First/AC First/Saving Energy Mode
Transfer Time ≤4ms
Display LCD
Thermal method Forced air cooling
Communication(Optional) RS485/APP(WIFI monitoring or GPRS monitoring)
Environment Operating temperature  -10℃~40℃
Storage temperature -15℃~60℃
Noise 2000m(More than derating)
Elevation ≤65dB
Humidity 0%~95% ,No condensation
Note: All specifications are subject to charge without prior notice

 


 

3 Phase Inverter to Single Phase Case

 

The data center is the most representative scenario for UPS 3 phase inverter applications. We know that there are electronic equipment such as power supply systems, air conditioning systems, and internal computer servers built in the computer room, which can consume a large amount of energy during work. The UPS 3 phase inverter is the power supply guarantee for its safe and stable operation. 3 phase inverter UPS systems are installed in key wards, operating rooms, and other areas to prevent sudden and unexpected power outages, causing unnecessary life safety hazards.

200kva inverter application case200kva inverter case

 


 

3 Phase Inverter to Single Phase Brand

 

Guangdong Xindun Power Technology Co., Ltd. has spread to hire more than 280 people since the business was formed in 2007. This number includes more than 30 senior engineers in R&D and design, more than 100 factory producers, more than 80 sales and promotion officials, and more than 30 after-sales technical assistants. Our 3 phase to single phase inverter and off grid solar systems have been branded and pushed in more than 80 countries and regions, and more than 30 international warehouses have been set up to provide a sufficient supply of 3 phase to single phase inverter.

 

200kva inverter brand

 


 

3 Phase Inverter to Single Phase Manufacturer

 

A reputable Chinese manufacturer and supplier in the renewable power industry is called Xindun Power. Our factory is 10,000+ square meters in area. Also, we have the capacity to produce 10,000 inverters per month, and we may export 3 phase to single phase inverter and solar systems for up to 80% of our yearly revenue.

All of our 3 phase to single phase inverter are available with OEM/ODM, and we can offer unique inverter that meet specific customer needs in terms of voltage, power, unique appeal, and other unique technical specifications. Moreover, we may offer free setup plans and drawing designs. Make sure to contact!

 

manufacturer of inverter 3 phase to single phase

 


 

3 Phase Inverter to Single Phase Working Procedure

 

Working Procedure of inverter 3 phase to single phase

 


 

Certified Companies and Products

 

convert 3 phase to single phase certificate - xindun china

 


 

Solar Energy & Electric Power Exhibition

 

As a leading manufacturer of 3 phase inverter and single phase inverter in China, we exhibit our products at international solar energy & electric power events almost every year. This attracts a lot of clients who discuss inverter technology and ultimately sign a partnership agreement.
Welcome to the distributor program for solar power inverters run by Xindun Power abroad.

 

convert 3 phase to single phase - xindun at the Solar Power Exhibition

 


 

FAQ of 3 Phase Inverter & Single Phase Inverter

 

1.How to Convert 3 Phase to Single Phase 220V? 

3 Phase AC power is a form of transmission of electrical energy. The three wires of 3 Phase AC power are all live wires. The voltage between live wires is 380V, and the voltage between zero and live wires is 220V.
Convert 3 phase to single phase 220V is to connect a zero wire from the distribution box to any one of the 3 Phase power supplies, and the voltage is 220V. Xindun hdsx series 3 phase inverter can output single-phase or 3-phase power.

 

2.Who produces 3 phase inverter to single phase inverter?

I would like to recommend Xindun Power manufacturer to you. We have mature inverter research and production technology, and there are many types of inverters that can be produced and designed. If you are looking for 3 phase inverters or single phase inverters that meet your electricity needs or are suitable for your market sales, please contact us to learn more!

 

3.What is the actual output power of the 200kva inverter or 150kw inverter?

The actual output power of the 200kva inverter is 160kw, while the actual output power of the 150kw inverter is 150 kw. The "kva" power coefficient is 0.8, and the "kw" power coefficient is 1 by Xindun inverter. The rated output power represents the ability of the inverter to supply power to the load. An inverter with high rated output power can pull a large amount of load. When using an inverter, consider having sufficient rated power first.

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