-Photovoltaic input unit
Wide Range MPP (Maximum Power Point Tracking) PV Input: Compatible with different lighting and panel configuration conditions, with an input voltage range of 30-500VDC (covering the output voltage of common photovoltaic modules), ensuring that the system can efficiently absorb solar energy in various environments and improve power generation efficiency.
Multi unit parallel capability: Supports 6 units in parallel and can construct a system architecture suitable for single-phase or three-phase power supply, meeting the electricity needs of different scales.
-Power conversion output unit
Dual Pure Sine Wave Output: Provides pure and stable sine wave AC power with high output quality, effectively avoiding damage to sensitive electronic devices and ensuring stable operation of various electrical equipment.
-Equipment and System Management Unit
Intuitive operating interface: equipped with touchable buttons with LED screens, the operation is simple and convenient, and users can monitor the system's working status in real time, such as input and output power, battery level, fault information, etc.
Data recording and storage: The system will record important operational data and store it inside the inverter, making it convenient for users to view and analyze it later, and helping with troubleshooting and performance optimization.
Multiple communication interface reservations: Rich communication ports (RS485, CAN-BUS, or RS232) are reserved, which can support multiple protocols such as Battery Management System (BMS), Pylon, and Pace, making it easy to integrate with other energy management devices or monitoring systems, achieving centralized control and remote management of the system.
-Communication and upgrade functions
Wi Fi supports mobile monitoring: Through Wi Fi communication function, users can use mobile devices (such as smartphones and tablets) to monitor and operate the inverter system in real-time anytime and anywhere, greatly improving the maintainability and convenience of the system.
Remote software upgrade and AI service support: Support remote software upgrade to ensure that the system always runs on the latest version. At the same time, with the help of artificial intelligence services, system performance can be predicted and optimized, further improving system efficiency and reducing failure rates.
-Battery management unit
The system has battery independence (which can be understood as adopting a highly universal battery management strategy that does not rely on specific battery brands or types), is compatible with multiple types of energy storage batteries, achieves effective charge and discharge management of batteries, extends battery life, and ensures stable operation of the energy storage system.

Efficient power generation: Advanced MPPT technology maximizes the conversion efficiency of photovoltaic energy, ensuring the highest power generation under different lighting conditions and solar panel aging levels.
-Stable power supply: Pure sine wave output ensures stable power supply for load devices, reduces the risk of equipment damage, and performs exceptionally well in critical and complex load environments.
-Highly integrated and flexible expansion: The reserved communication interface and multi unit parallel capability enable the system to easily integrate with different energy devices and control systems, and expand according to actual needs to adapt to application scenarios of different scales and complexities.
-Intelligent management: Rich monitoring and communication functions allow users to remotely monitor and control inverter systems, combined with AI services to achieve intelligent operation and maintenance, reduce operation and maintenance costs, and improve system reliability.

Off Grid Solar Inverter