Single-Phase High-Voltage Inverter​

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Single-Phase High-Voltage Inverter​
Details
Core Function: Converts input power to single-phase high-voltage alternating current (AC), tailored for powering single-phase high-voltage equipment.
Key Strength: Ensures stable voltage output and high conversion efficiency, cutting down energy loss during operation.
Typical Applications: Used in small-scale industrial machinery, household high-power appliances, and distributed renewable energy (solar) grid-connected systems.
Safety Feature: Equipped with basic over-voltage and over-temperature protection to maintain reliable performance.
Category
High Voltage Inverter
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Description

Products Description

 

The Single-phase high-voltage inverter is built to cover a key need-specifically for setups where three-phase power isn't available or just isn't necessary. It's designed to take power from a DC source and turn it into reliable, high-voltage AC output, which makes it a compact, cost-saving solution for single-phase grids and equipment. If you're looking to add high-power capability to decentralized or smaller-scale systems, this inverter is the way to go.​

 
Key Differentiating Features
 
01/

Unique Single-Phase Topology​

It uses a refined single-phase H-Bridge design, paired with advanced switching patterns, to produce a high-quality sine wave output. This design is tuned for high voltage levels, so in many cases, you won't need a bulky, inefficient output step-up transformer. The result? A smaller unit and better efficiency overall.​

02/

Virtual Phase Balancing for Grid Support​

When connected to a three-phase grid, you can set up multiple units in a master-slave configuration. This lets you create a balanced three-phase system using independent single-phase outputs-solving a common problem: phase imbalance that happens when large single-phase loads are hooked up to a three-phase network. This feature helps protect upstream transformers and keeps the grid stable.​

03/

Compact, High-Power Density Design​

By running at high voltages, the inverter delivers impressive power density. Its chassis is made specifically for easy installation in tight spaces-think pad-mounted cabinets, residential garages, or even on power poles. This means high-power inversion is now possible in spots where it used to be out of the question.​

04/

Advanced DC-Link Stabilization​

It comes with a proprietary active DC-link stabilization circuit. This tech makes sure the inverter performs consistently, even when the DC input is highly fluctuating or noisy-like what you might get from long cable runs or certain fuel cell types. It's really good at resisting input voltage disturbances.​

Specification

DC Input Voltage Range

600 VDC - 1500 VDC

AC Output Voltage

240 VAC / 230 VAC (Single-Phase)

Output Frequency

50 Hz / 60 Hz (Selectable)

Peak Efficiency

> 98.8%

CEC Weighted Efficiency

> 98.5%

Ambient Temperature Range

-30°C to +60°C

Total Harmonic Distortion (THD)

Total Harmonic Distortion (THD)

 

Target Applications​
 

Commercial EV Charging Stations: Acts as the core power unit for single-phase, high-power EV charging points. It's perfect for urban areas, shopping centers, and fleet depots where setting up three-phase infrastructure would be too expensive.

Agricultural and Irrigation Power: Powers large single-phase irrigation pumps and farm gear directly from solar arrays or battery storage. This lets farms run independently without relying on external energy sources.​

Rural Electrification and Micro-Grids: Serves as the main grid-forming source for single-phase micro-grids in remote villages, or for connecting big single-phase community loads

 

 

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