SRNE IPC12-3kW Single-Phase 3kW Inverter/Charger

The SRNE IPC12-3kW is a versatile single-phase inverter/charger designed to provide reliable power conversion and battery management for a variety of applications. This unit combines the functions of a DC-to-AC inverter and an AC-to-DC battery charger, making it ideal for both on-grid and off-grid power systems.

• 3kW Rated Output Power: Provides 3,000W of continuous power, suitable for running various household appliances and electronic devices.
• 12V Battery System: Specifically designed for 12V battery banks, ensuring compatibility and optimal charging performance.
• Pure Sine Wave Output: Delivers a stable and clean power supply, protecting sensitive electronics from damage.
• Multi-Stage Charging: Advanced charging technology optimizes battery life and performance.
• Adjustable AC Input Current: Allows customization of charging parameters based on specific battery requirements.
• High Peak Power Capacity: Capable of handling surge loads up to 6,000VA.
• ECO Mode: Minimizes energy consumption when no load is detected.
• UPS Function: Ensures seamless power transfer in less than 10ms during grid outages.
• Remote Monitoring: Optional Wi-Fi/GPRS module enables remote monitoring and control via a mobile application.
• Versatile Battery Support: Compatible with a wide range of battery types, including Flooded, GEL, Lithium, and Sealed Lead Acid.
• Comprehensive Protection Features: Includes safeguards against overvoltage, undervoltage, overload, short circuit, and overheating.
• Flexible Communication Interfaces: Equipped with RV-C, RS485, TTL, and optional Bluetooth for enhanced connectivity.
• Transformer-Based Design: Ensures robust performance and reliability.

The SRNE IPC12-3kW inverter/charger offers a blend of performance, flexibility, and protection features. It is suitable for a wide range of applications including solar power systems, backup power, and mobile power solutions. Its robust design and comprehensive feature set make it a reliable choice for ensuring a stable and efficient power supply.