Phoenix Inverter 12/250 230V VE.Direct SCHUKO

Phoenix Inverter 12/250 230V VE.Direct SCHUKO is a high-performance power inverter designed to reliably convert DC power from renewable energy sources into stable AC power suitable for various applications. Specifically tailored for users seeking efficiency and convenience, this model features a nominal output power of 250 VA, making it ideal for small to medium-sized loads. The inverter operates at a nominal voltage of 12 V, optimized for integration into renewable energy systems such as solar or battery setups.

This model incorporates the VE.Direct communication interface, allowing seamless integration with Victron Energy monitoring and management systems for real-time performance tracking and system optimization. The inclusion of a standard SCHUKO socket ensures compatibility with most European household appliances, providing users with direct access to AC power without the need for additional adapters. Its user-friendly design and reliable construction make it suitable for both residential and mobile applications, including RV setups, boats, and backup power solutions.

Additional features include advanced protection mechanisms against overloads, short circuits, and thermal issues, which enhance safety and prolong device lifespan. Its compact form factor, combined with robust build quality, facilitates straightforward installation and dependable operation under diverse environmental conditions. The Phoenix Inverter 12/250 230V VE.Direct SCHUKO offers an excellent balance of performance, ease of use, and durability, making it a valuable component in modern off-grid energy systems.

By choosing this inverter, customers benefit from high-quality engineering tailored for efficient power conversion, reliable communication with energy management systems, and convenient AC power provision via the universal Schuko socket. This product embodies the key advantages of a true phoenix inverter—robustness, efficiency, and adaptability—making it an essential solution for enhancing energy independence and system reliability.