Sigenergy Sigen Hybrid 2.0kW - Single Phase

The Sigenergy Sigen Hybrid 2.0kW inverter is engineered to seamlessly integrate with both on-grid and off-grid applications, providing a reliable power solution for residential and commercial installations. With its ultra-slim design of just 99mm, it fits harmoniously in various environments while ensuring optimal performance.

Operating with a maximum efficiency of 99.0%, this inverter guarantees peak output power even during off-grid conditions. Its wide operating temperature range of -30°C to 60°C ensures reliable functionality in diverse climates, making it suitable for a variety of locations across the EU.

The Sigen Hybrid 2.0kW features dual MPP trackers, allowing for enhanced energy yield through efficient energy harvesting from solar PV systems. It supports a maximum PV power input of 4000W, with a DC input voltage range of 50 to 550V, ensuring compatibility with various PV configurations.

Incorporating the SigenStor BC battery controller, the inverter enables connection with up to six SigenStor BAT battery modules, allowing for flexible energy storage solutions. This capability is vital for installations requiring backup power and energy management.

The inverter's AC output is rated at 2000W with a maximum apparent power of 2200VA, supporting a nominal output voltage of 220/230/240V. Additionally, it features a total current harmonic distortion (THDi) of less than 3%, ensuring clean energy delivery.

Safety is paramount, as the Sigen Hybrid 2.0kW includes multiple protection features such as DC reverse polarity protection, insulation monitoring, and anti-islanding protection. The unit is also designed for natural convection cooling and has an IP66 ingress protection rating, making it resilient against various environmental conditions.

With a compact weight of only 11.5kg, installation is simplified, and its low noise level of 25 dB provides a quieter operation. This inverter is a robust solution for professional installers seeking efficiency, reliability, and advanced technology in renewable energy applications.