AK-PCS1 series Power Conversion System (PCS) is mainly composed of AC power distribution, transformer, solar inverter DC/AC bi-directional module, energy storage DC/DC module, monitoring system, etc. It adopts modular design with high integration, flexible power configuration and compact size which is appropriate for various application scenarios. It can efficiently use photovoltaic power generation to meet the application requirements of small and medium-sized micro-grid and industrial and commercial buildings.
⚡Modular design for flexible power configuration
🔄Bi-directional Power Conversion System (AC/DC, DC/DC)
🔌Built-in transformer for direct grid connection
☀️Support self-generation and micro-grid application
🌐Support on / off grid modes
📉Wide DC input voltage range with dual-stage topology
💬Multiple communications: RS 485, CAN and Ethernet
🔋Support for PV interface and hybrid functions
Frequently Asked Questions
What is the main function of the AK-PCS1 series?
The AK-PCS1 series is a bi-directional Power Conversion System designed for AC/DC and DC/DC conversion, primarily used in energy storage systems and micro-grid applications.
Does this system support both on-grid and off-grid modes?
Yes, it supports both Utility-interactive (on-grid) and Stand-alone (off-grid) modes, making it ideal for industrial buildings and areas with unstable power supply.
Is the system modular?
Absolutely. It features a modular design that allows for highly flexible power configurations and easier maintenance.
What is the maximum efficiency of the unit?
The system achieves a peak efficiency of ≥ 97%, ensuring minimal energy loss during the conversion process.
How does the system handle communication and monitoring?
It supports multiple communication protocols including RS 485, CAN, and Ethernet, and features a 10.1" touch screen for local monitoring and control.
What protections are built into the PCS?
The system includes comprehensive protection such as over-temperature (OTP), AC over/under voltage (OVP/UVP), anti-islanding, and ground fault detection (GFDI).