1MW Bidirectional Inverter | Power Conversion System with Isolation Transformer | Energy Storage & Microgrid HJ

1MW Bidirectional Inverter | Power Conversion System with Isolation Transformer | Energy Storage & Microgrid HJ

  • 1MW Bidirectional Inverter | Power Conversion System with Isolation Transformer | Energy Storage & Microgrid HJ
  • 1MW Bidirectional Inverter | Power Conversion System with Isolation Transformer | Energy Storage & Microgrid HJ
  • 1MW Bidirectional Inverter | Power Conversion System with Isolation Transformer | Energy Storage & Microgrid HJ
  • 1MW Bidirectional Inverter | Power Conversion System with Isolation Transformer | Energy Storage & Microgrid HJ
  • 1MW Bidirectional Inverter | Power Conversion System with Isolation Transformer | Energy Storage & Microgrid HJ
  • 1MW Bidirectional Inverter | Power Conversion System with Isolation Transformer | Energy Storage & Microgrid HJ
  • 1MW Bidirectional Inverter | Power Conversion System with Isolation Transformer | Energy Storage & Microgrid HJ
  • 1MW Bidirectional Inverter | Power Conversion System with Isolation Transformer | Energy Storage & Microgrid HJ
  • 1MW Bidirectional Inverter | Power Conversion System with Isolation Transformer | Energy Storage & Microgrid HJ
  • 1MW Bidirectional Inverter | Power Conversion System with Isolation Transformer | Energy Storage & Microgrid HJ
  • 1MW Bidirectional Inverter | Power Conversion System with Isolation Transformer | Energy Storage & Microgrid HJ
  • 1MW Bidirectional Inverter | Power Conversion System with Isolation Transformer | Energy Storage & Microgrid HJ
Summary
Discover the HJ 1MW Bidirectional Inverter, designed for energy storage and microgrid applications. Offering capacities from 500kW to 2MW, it features up to 99.9% efficiency and advanced liquid cooling. Supporting off-grid and hybrid grid connections, it integrates with LiFePO4 batteries. Equipped with CAN/RS485 interfaces, it ensures easy monitoring and management. Certified by international standards, it guarantees reliable operation and safety.More
Specifications
Capacity:
2MWh
1MWH
System Voltage Range:
1000~1500 V
System Energy Range:
1-5 MWh
Container Size:
20 ft
40 ft
  • 1MW Bidirectional Inverter | Power Conversion System with Isolation Transformer | Energy Storage & Microgrid HJ
  • 1MW Bidirectional Inverter | Power Conversion System with Isolation Transformer | Energy Storage & Microgrid HJ
  • 1MW Bidirectional Inverter | Power Conversion System with Isolation Transformer | Energy Storage & Microgrid HJ
  • 1MW Bidirectional Inverter | Power Conversion System with Isolation Transformer | Energy Storage & Microgrid HJ
  • 1MW Bidirectional Inverter | Power Conversion System with Isolation Transformer | Energy Storage & Microgrid HJ
  • 1MW Bidirectional Inverter | Power Conversion System with Isolation Transformer | Energy Storage & Microgrid HJ

Discover the HJ 1MW Bidirectional Inverter, ideal for energy storage and microgrid applications. It offers capacities from 500kW to 2MW with up to 99.9% efficiency and advanced liquid cooling. Supporting off-grid and hybrid grid connections, it integrates with LiFePO4 batteries. Featuring CAN/RS485 interfaces, it ensures easy monitoring and management. Certified by international standards, it guarantees reliability and safety.

I&C Energy Storage Systems,Base Station Energy Storage,Residential Energy Storage Systems,Photovoltaic Module,HJ-HBL Battery,Energy Storage Inverter,Energy Management System,Energy Storage Accessories,Customized Products etc
Contact Supplier
Download
REQUEST MORE DETAILS
Please fill out the form below and click the button to request more information about
Fill out the form below to make an inquiry
Company*
Country/Region*
FirstName*
LastName*
Business Email*
Whatsapp/Phone*
Your Request*
Verification code*
We needs the contact information you provide to us to contact you about our products and services.
If your supplier does not respond within 24 hours, we will connect you with three to five qualified alternative suppliers.
We use Cookie to improve your online experience. By continuing browsing this website, we assume you agree our use of Cookie.