375V 3000W Bidirectional Power Inverter/Solar Power Inverter (PDM-375V3K3W-S)

Product Details
Customization: Available
Nature of Source Flow: Passive inverter
Certification: CCC, CE
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  • 375V 3000W Bidirectional Power Inverter/Solar Power Inverter (PDM-375V3K3W-S)
  • 375V 3000W Bidirectional Power Inverter/Solar Power Inverter (PDM-375V3K3W-S)
  • 375V 3000W Bidirectional Power Inverter/Solar Power Inverter (PDM-375V3K3W-S)
  • 375V 3000W Bidirectional Power Inverter/Solar Power Inverter (PDM-375V3K3W-S)
  • 375V 3000W Bidirectional Power Inverter/Solar Power Inverter (PDM-375V3K3W-S)
  • 375V 3000W Bidirectional Power Inverter/Solar Power Inverter (PDM-375V3K3W-S)
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  • Overview
  • Product Description
  • Product Parameters
  • Remarks
  • FAQ
  • Company Profile
Overview

Basic Info.

Model NO.
PDM-375V3K3W-S
Grid Type
off-Grid Inverter
Output Type
Dual
Circuit Topologies
Push-Pull Type
Nature of Wave String
Square Wave Inverter
Type
DC/AC Inverters
Electrical Isolation
High Frequency Isolation
Efficiency Max
>92.5%
Max Output Power
3300W-3360W
Input Format
1pH+N+PE/3pH+N+PE
Single Phase Rated Voltage
220VAC/230VAC
Voltage Range
185 ~ 252VAC
Frequency Range
50/60±5Hz Frequency Adaptation
Current
20A
Certificates
CCC/CE/ISO
Transport Package
Package
Specification
142*47*335mm
Trademark
Panda
Origin
China
Production Capacity
500000p/Y

Product Description

 
Product Description
 

Product Overview
 

The design of PDM low-voltage/medium-voltage AC-DC bidirectional power supply module adopts advanced soft-switching control technology and current equalization technology, which can realize the bidirectional conversion of AC/DC energy of single-phase AC system and three-phase AC system, and in addition to meeting the zero line current demand of three-phase balanced configuration system.
It also makes the power matching more flexible, so that even if the system is unbalanced due to the matching, the zero line current won't be more than the current of the stand-alone module.
This series of modules has low harmonics, low power consumption, and high efficiency. This series of modules is characterized by l
ow harmonic, high efficiency, high power density, fast charging/discharging conversion, high reliability, and flexible matching.

375V 3000W Bidirectional Power Inverter/Solar Power Inverter (PDM-375V3K3W-S)

SUITABLE FOR THE SCENE

1.Single-cell battery formation/dividing equipment

2.Battery module aging/testing equipment

3.Power Supply Aging

4.Welding machine power aging

5.Bi-directional testing of power supply equipment

 

FUNCTIONAL FEATURES

1.Adaptable to three-phase AC systems or single-phase systems

2.High power factor >0.99, low THDi < 2.5%.

3.Bi-directional soft-switching operation, charging up to 95%, discharging 93.5%.

4.Fast switching between charging and discharging

5.High grid adaptability

6.Long-term operation at 40°C with full load or short-time overload operation

7.Modular design, can be wired / wireless parallel connection

8.Wireless parallel connection to expand power (no limitation on the number of units).

9.Product design conforms to CCC, CE and other standards

Product Parameters
 
Technical Specifications
Model PDM-
14V3K2W-S
PDM-
48V3K3W-S
PDM-
80V3K3W-S
PDM-
130V3K3W-S
PDM-
190V3K3W-S
PDM-
375V3K3W-S


AC
Input/Output
 
Max Output Power 3280W 3360W 3360W 3360W 3360W 3360W
Rated Output Power 3200W 3300W 3300W 3300W 3300W 3300W
Input Format 1Ph+N+PE/3Ph+N+PE
Single Phase Rated Voltage 220Vac/230Vac
Voltage Range 185 ~ 252Vac
Frequency Range 50/60±5Hz frequency adaptation
Current ≤ 20A
AC Current Harmonics < 2.5%@220V,Full-loaded,< 4%@220V,60% loaded
Power Factor 0.99@220Vac,full-loaded
Charge
Mode
AC Output Rated Voltage 14Vdc 48Vdc 80Vdc 130Vdc 190Vdc 375Vdc
Rated Current 228A 68.7A 40A 25A 17.2A 8.9A
Voltage Stabilization Accuracy 1%
Ripple Voltage 1%
Efficiency Max 92.7% 94.0% 94.5% 94.5% 95.0% 95.0%
Discharge
Mode
AC Input Rated Input Power 2700W 2700W 2700W 2700W 2700W 2700W
Rated Voltage 15Vdc 51.5Vdc 86Vdc 135Vdc 206Vdc 388Vdc
Current 180A 52.4A 31.4A 20A 13.1A 7A
Efficiency Max 91.5% 92.5% 93.0% 93.0% 93.5% 93.5%







General Data
System Electrical Isolation High Frequency Isolation
Cooling
Method
Forced air cooling, intelligent speed adjustment
Wind Direction By default, the air is in the front and the air is out in the back
Parallel
Connection
Direct paralleling without equalizing flow lines, no limit on the number of units
Series Connection Max 2 units are recommended for optimal

Environment
Working Temperature -20ºC~ 40ºC Full-loaded,Derating above 40ºC
Storage Temperature -40ºC~ 70ºC
Humidity 5 ~ 95% No condensation
Working Altitude < 1000m Full-loaded;1000m ~ 3000m,For every 100m of elevation, the power is derated by 1%
Interface Indicator Status Operation: green, fault: red
Communication CAN
Mechanical structure Dimension(W × H × D) 142mm×47mm×335mm
Weight(kg) 2.98(kg)
 
Technical Specifications
Model PDM-
14V2K3W-S
PDM-
14V2K8W-S
PDM-
13V3K1W-S
PDM-
40V3K3W-S
PDM-
60V3K3W-S
PDM-
219V3K3W-S
    Max Output Power 2550W 3200W 3150W 3360W 3360W 3360W

AC
Input/Output
Rated Output Power 2300W 2800W 3000W 3200W 3300W 3300W
Input Format 1Ph+N+PE/3Ph+N+PE
Single Phase Rated Voltage 220Vac/230Vac
Voltage Range 185 ~ 252Vac
Frequency Range 50/60±5Hz frequency adaptation
Current  16A  18A ≤ 20A
AC Current Harmonics < 3.2%@220V Full-loaded,< 5%@220V 60% loaded < 2.5%@220V,Full-loaded,< 4%@220V,60%  loaded
Power Factor 0.99@220Vac,Full-loaded
Charge
Mode
AC Output Rated Voltage 14Vdc 14Vdc 13Vdc 40Vdc 60Vdc 219Vdc
Rated Current 160A 200A 230A 80A 55A 15.1A
Voltage Stabilization Accuracy 1%
Ripple Voltage 1%
Efficiency Max 92.2% 92.5% 92.3% 94.5% 94.5% 95.0%
Discharge
Mode

AC Input
Rated Input Power 2100W 2400W 2100W 2700W 2700W 2700W
Rated Voltage 15Vdc 15Vdc 14Vdc 43Vdc 64Vdc 228Vdc
Current Max 140A 160A 150A 62.8A 42.2A 11.8A
Efficiency Max 91.0% 91.8% 91.1% 92.0% 92.8% 93.2%








General Data


System
Electrical Isolation High Frequency Isolation
Cooling
Method
Forced air cooling, intelligent speed adjustment
Wind Direction By default, the air is in the front and the air is out in the back
Parallel
Connection
Direct paralleling without equalizing flow lines, no limit on the number of units
Series Connection Max 2 units are recommended for optimal

Environment
Working
Temperature
-20ºC~ 40ºC Full-loaded,Derating above 40ºC
Storage Temperature -40ºC~ 70ºC
Humidity 5 ~ 95% No condensation
Working Altitude < 1000m Full-loaded;1000m ~ 3000m,For every 100m of elevation, the power is derated by 1%
Interface Indicator Status Operation: green, fault: red
Communication CAN
Mechanical structure Dimension(W × H × D) 142mm×47mm×335mm
Weight(kg) 2.98(kg)
 
Technical Specifications
Model PDM-
190V10KW-S
PDM-
150V10KW-S
PDM-
375V10KW-S
PDM-
14V4K5W-S
PDM-
20V4K5W-S
PDM-
190V4K5W-S
 
AC
Input/Output
 
Max Output Power 10000W 10000W 10000W 4500W 4500W 4500W
Rated Output Power 10000W 10000W 10000W 4300W 4500W 4500W
Input Format 3Ph+PE 1Ph+N+PE/3Ph+N+PE
Single Phase Rated Voltage 380Vac 220Vac/230Vac
Voltage Range 325 ~ 440Vac 185 ~ 252Vac
Frequency Range 50/60±5Hz frequency adaptation
Current ≤ 20A *3ph ≤ 23A
AC Current Harmonics < 5%@380Vac,Full-loaded < 2.5%@220V,Full-loaded,< 4%@220V,60% loaded
Power Factor 0.99@380Vac,Full-loaded 0.99@220Vac,Full-loaded
Charge
Mode
AC Output Rated Voltage 190Vdc 150Vdc 375Vdc 14Vdc 20Vdc 190Vdc
Rated Current 52.5A 66.7A 26.7A 307A 225A 23.6A
Voltage Stabilization Accuracy 1%
Ripple Voltage 1%
Efficiency Max 95.0% 95.0% 95.5% 93.0% 93.5% 94.5%
Discharge
Mode
AC
Input
Rated Input Power 8000W 8000W 8000W 3500W 3600W 3600W
Rated Voltage 208Vdc 160Vdc 390Vdc 15Vdc 21.5Vdc 208Vdc
Current Max 38.5A 50A 20.5A 233A 167.5A 17.3A
Efficiency Max 94.0% 94.0% 94.2% 92.0% 92.8% 93.0%
General Data System Electrical Isolation High Frequency Isolation
Cooling
Method
Forced air cooling, intelligent speed adjustment
Wind Direction By default, the air is in the front and the air is out in the back
Parallel
Connection
Direct paralleling without equalizing flow lines, no limit on the number of units
CAN parallel 8 units
Series Connection Max 2 units are recommended for optimal
Environment Working Temperature -20ºC~ 40ºC Full-loaded,Derating above 40ºC
Storage Temperature -40ºC~ 70ºC
Humidity 5 ~ 95% No condensation
Working Altitude < 1000m Full-loaded;1000m ~ 3000m,For every 100m of elevation, the power is derated by 1%
Interface Indicator Status Operation: green, fault: red
Communication CAN
Mechanical structure Dimension(W*H*D) 235mm×65mm×388mm 170mm*44mm*335mm
Weight(kg) 6 (kg) 4 (kg)

 

Remarks

1. The "Maximum Output Capacity" only represents instantaneous capacity and is not intended for long-term continuous operation.

2. Can be custom-made to provide an EPO function, allowing external control for operation/shutdown, and it can also save standby power consumption.

3. A single module is suitable for single-phase AC, and multiple modules in parallel can adapt to three-phase four-wire systems. When the power supply is balanced, the effective value of the N-line current is less than 10% or a maximum of 5A.

4. Modules can work in series or parallel. For series operation, it is recommended not to exceed 2 units, and there is no limit to parallel operation. However, the length of the lines from the power source to the load must be as consistent as possible or use busbars; otherwise, it will affect the current equalization effect. CAN allows parallel operation and provides monitoring and communication functions.

5. When the operating ambient temperature exceeds 40°C, a 10% derating is applied from 40 to 45°C. Shutdown occurs when the internal temperature test point exceeds 80°C.

6. The default airflow direction for the module is front-to-back. For modules with a DC voltage greater than 48V, it can be adjusted to back-to-front as needed.

7. Some products are non-standardized and may be upgraded or adapted based on customer needs or system changes. Therefore, the product specifications are for reference only, and actual communication will prevail.

8. For any requirements not mentioned above, please call to obtain relevant information or specifications.

 
FAQ

1. What are the advantages of your company?
We have a robust R&D team, independently develop and produce key components, follow standardized production processes, and control
product quality from the source.

2. Do you accept OEM and ODM? If yes, is there a minimum order requirement?
Yes, we do. We have a professional and experienced R&D team. Minimum order quantities are required.

3. What are the key steps in the quality inspection before product shipment?
Include equipment input/output checks, overall functional tests, 48-hour aging tests, and QC inspections.

4. Do you support sample orders?
Yes, we support sample orders.

5. Where can I obtain pricing information?
We typically provide a quote within 24 hours of receiving your inquiry. If you need urgent pricing, please call us or mention it in your email for expedited assistance.

6. What is the warranty period for your products?
The standard warranty period is usually 1 year.

Company Profile

Nanjing Panda Electronics Company Limited has a long histroy of more than 30 years and strong economic strength. As aprofessional supplier of power products, we have an excellent research and development, production and marketing team, dedicated to product design and development, quality control and inspection, and company operation. In order to provide customers with satisfactory products and services, we have established a modern quality management system. At the same time, we also undertake OEM and ODM orders.
 

375V 3000W Bidirectional Power Inverter/Solar Power Inverter (PDM-375V3K3W-S)
375V 3000W Bidirectional Power Inverter/Solar Power Inverter (PDM-375V3K3W-S)
375V 3000W Bidirectional Power Inverter/Solar Power Inverter (PDM-375V3K3W-S)
 
375V 3000W Bidirectional Power Inverter/Solar Power Inverter (PDM-375V3K3W-S)
375V 3000W Bidirectional Power Inverter/Solar Power Inverter (PDM-375V3K3W-S)
375V 3000W Bidirectional Power Inverter/Solar Power Inverter (PDM-375V3K3W-S)

 

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