Specifications

Product Features

Introducing Kehua‘s state-of-the-art inverter series, designed to provide maximum efficiency, reliability, and advanced management features. These models include SPI1500-B2, SPI2000-B2, SPI3000-B2, SPI3600-B2, SPI4000-B2, SPI4600-B2, SPI5000-B2, and SPI6000-B2, offering superior performance with maximum PV power ranging from 2.025kW to 8.1kW and a maximum PV input voltage of 600Vdc. With a start-up voltage of 120Vdc and an MPPT voltage range of 100-550Vdc, these inverters are designed for optimal efficiency. Each model supports one or two MPPTs with corresponding total input strings, ensuring flexibility and adaptability in various installation scenarios. The robust construction, combined with intelligent management capabilities, makes these inverters an ideal choice for reliable and efficient solar power systems.

Options and Accessories

Real uninterruptible power supply with a switching time of less than 10ms || All-in-one design for ease of use || Support for multiple battery expansions and multiple system expansions || Physical and electrical dual isolation for enhanced safety || Optional AFCI function integration for additional protection || PACK-level battery management for active balance of charging and discharging

Single Phase ESS Inverter
Single Phase ESS Inverter
Single Phase ESS Inverter
Single Phase ESS Inverter

Specifications

Kehua's state-of-the-art inverter series, including models SPI1500-B2 through SPI6000-B2, offers maximum efficiency and reliability with PV power ranging from 2.025kW to 8.1kW and a maximum PV input voltage of 600Vdc. Featuring a start-up voltage of 120Vdc and an MPPT voltage range of 100-550Vdc, these inverters support flexible installation with one or two MPPTs. Key features include built-in EMS for energy independence, an uninterruptible power supply with a <10ms switching time, up to 7800W backup power, and a scalable, all-in-one design. Safety is enhanced with dual isolation, modular fire protection, and optional AFCI integration. Intelligent energy management with real-time monitoring, adaptive SOC management, and a weather forecast function further optimize performance and reliability, making these inverters ideal for modern solar power systems.