The TDS-103 is a reliable inverter designed with advanced communication capability and strong environmental adaptability. It supports CAN/RS485 communication for BMS, facilitating effective data exchange between the inverter and battery management system. This communication function helps improve system monitoring and enables more efficient energy management for different applications.

The TDS-103 is compatible with LiFePO4 batteries, providing flexible battery support for modern energy storage solutions. The product's compatibility with lithium iron phosphate batteries enables users to construct reliable and efficient power systems that can adapt to diverse energy requirements. This feature makes the inverter suitable for applications that require stable battery performance and long-term operation.

It is engineered to function in a variety of environmental conditions, ensuring optimal adaptability. It can operate effectively within a wide humidity range of 0~95% without condensation, ensuring stable performance in various climates and installation environments. The operating temperature range of 0~60℃ allows the inverter to maintain reliable operation under different temperature conditions.

The inverter is designed to meet the storage and transportation requirements of most businesses. It offers a storage temperature range of 0~60°C, which provides greater convenience during handling and system installation. These environmental features contribute to the product's reliability and durability throughout its service life.

The TDS-103 offers practical solutions for energy storage and power management applications with its intelligent communication support, flexible battery compatibility, and strong environmental resistance. Its design emphasizes stable operation, seamless integration, and long-term reliability, positioning it as an optimal choice for users seeking efficient and dependable inverter solutions.

This inverter combines BMS communication, LiFePO4 battery support, and wide environmental adaptability to deliver a balanced performance solution for modern energy systems. It helps users achieve safer and more efficient power management.