• image
  • image
  • twitter
  • image
Leave Your Message
100KW 600VDC-380VAC Hydrogen Inverter from China Suppliers & Factory for Clean Energy Conversion

Hot Products

Products Categories
Featured Products
300-950V DC to 50-1000V DC output 40KW Smart charger

300-950V DC to 50-1000V DC output 40K...
EPS Fire Emergency Power Supply

EPS Fire Emergency Power Supply
single phase battery charger 50-750VDC

single phase battery charger 50-750VDC
220V 50/60HZ VLF High Voltage Generator

220V 50/60HZ VLF High Voltage Generator
IP54 outdoor 240KW 800A 3 phase charger

IP54 outdoor 240KW 800A 3 phase charger
650-1500VDC High Voltage Battery Charger

650-1500VDC High Voltage Battery Charger
1000A AC to DC Power Supply

1000A AC to DC Power Supply
Constant Current Constant Power Rapid Charger

Constant Current Constant Power Rapid...
35kw ultra-slim low frequency inverter

35kw ultra-slim low frequency inverter
120/240Vac American Standard Split Phase Inverter

120/240Vac American Standard Split Ph...
0102030405
100KW-600VDC-380VAC-Hydrogen-Inverter.jpg

100KW 600VDC-380VAC Hydrogen Inverter from China Suppliers & Factory for Clean Energy Conversion

Hydrogen Energy Inverters: Essential Devices for Efficient Clean Energy Conversion. Leading companies in China, such as Sungrow, are at the forefront, driving technological innovation and market implementation. As a prominent factory, we collaborate with trusted suppliers to deliver cutting-edge solutions that enhance the transition to sustainable energy. Our hydrogen energy inverters are designed to optimize efficiency and reliability in clean energy systems, making them indispensable for a greener future
    Contact us
    Product Details

    Driven by global carbon neutrality goals, hydrogen energy—as a zero-carbon energy carrier—is accelerating its transition from industrial deployment to large-scale application. Among these developments, hydrogen inverters, serving as the "heart" of hydrogen fuel cell power generation systems, have become a critical link for integrating hydrogen energy into sectors like the power grid, transportation, and industry through efficient DC-to-AC conversion technology. Recently, multiple companies have achieved breakthroughs in hydrogen inverter technology, propelling the clean energy transition forward.
    Hydrogen inverter
    Technical Specifications — BZP-100KW Hydrogen Inverter

    Model

    BZP-100KW

    Isolation Mode

    Low Frequency Transformer

    DC Input

    Rated Voltage (Vdc)

    600V

    Rated Current (A)

    166A

    AC Output

    Rated Output Power

    100KW

    Output Waveform

    Pure Sine Wave

    Rated Voltage

    380VAC ± 3%

    Phases

    3 Phase 4 Wire

    Rated Current (A)

    152A (phase current)

    Frequency

    50Hz or 60Hz

    Rated Output Voltage Range (V)

    380 / 400 / 415 / 440VAC optional

    Power Factor (PF)

    1

    Overload Ability

    150%, 5 seconds

    Efficiency

    >92%

    Waveform Distortion Rate (THD)

    <3% (Linear load)

    Dynamic Response (0 to 100% load)

    5%, ≤50ms

    Display

    LCD

    Running Mode

    Working Continuously

    Electrical Insulation Properties

    2000Vac, 1 Minute

    Communication Interface (optional)

    RS485

    Protection Function

    Protection

    Input reverse polarity, under voltage, overvoltage, output over-current, short circuit, overheating etc.

    Cooling Method

    Fan-cooled

    Short-Circuit Protection

    No automatic recovery, need to restart the machine

    Working Environment

    Noise (1 meter)

    ≤100dB

    Degree of Protection

    IP20 (indoor)

    Working Altitude (m)

    ≤2000

    Working Temperature

    -25 ~ +55℃

    Relative Humidity

    0 ~ 90%, non-condensing
    Frequently Asked Questions
    Q1 What is a hydrogen inverter and how does it work in a fuel cell system?
    A hydrogen inverter is a power conversion device that converts the DC electricity generated by a hydrogen fuel cell into AC electricity suitable for grid, industrial, or commercial use. It acts as the core interface between the fuel cell stack and the load, managing voltage regulation, waveform quality, and system protection to ensure stable and efficient power delivery.
    Q2 What does the BZP-100KW hydrogen inverter's >92% efficiency mean in practice?
    An efficiency rating of over 92% means that more than 92% of the DC input power from the hydrogen fuel cell is successfully converted into usable AC output power, with less than 8% lost as heat. This high efficiency reduces energy waste, lowers operating costs, and minimizes thermal stress on system components during continuous operation.
    Q3 Why does the BZP-100KW use a Low Frequency Transformer for isolation?
    Low frequency transformers provide robust galvanic isolation between the DC input and AC output, offering superior protection against electrical faults, noise, and ground loops. Compared to high-frequency transformer designs, low-frequency isolation is generally more reliable, handles high overload conditions better, and is well-suited for demanding industrial hydrogen energy applications.
    Q4 What protection features does the BZP-100KW hydrogen inverter include?
    The BZP-100KW is equipped with comprehensive protection mechanisms including input reverse polarity protection, under-voltage and overvoltage protection, output over-current protection, short-circuit protection, and overheating protection. Short-circuit faults require a manual machine restart and do not recover automatically, ensuring safe and controlled operation at all times.
    Q5 Is the BZP-100KW hydrogen inverter suitable for outdoor or harsh environments?
    The BZP-100KW is rated IP20, making it designed primarily for indoor installation. However, it supports a wide working temperature range of -25°C to +55°C and can operate at altitudes up to 2,000 meters. For outdoor deployments, additional enclosure solutions would be recommended to meet higher ingress protection requirements.
    Q6 What output voltage options are available for the BZP-100KW hydrogen inverter?
    The BZP-100KW supports multiple rated output voltage options including 380V, 400V, 415V, and 440VAC, making it compatible with various international grid standards. It delivers a 3-phase 4-wire output at 50Hz or 60Hz with a pure sine wave waveform, a power factor of 1, and a THD of less than 3% under linear load conditions.

    Leave Your Message