Essential My-pv Ac•thor Set [JcAG5lSK]

Introducing Essential My-pv Ac•thor Set [JcAG5lSK]

The Essential My-pv Ac•thor Set [JcAG5lSK] is a cutting-edge Photovoltaic-Power-Manager designed for efficient hot-water and space-heating systems. This innovative device provides linear control of electric heat sources, ensuring optimal usage of excess PV power and meeting heat demand effectively. With its advanced communication capabilities, the AC•THOR seamlessly integrates with inverters, battery systems, and smart home controllers, offering real-time information on available photovoltaic energy.

• Linear control of electric heat sources
• Seamless communication with various systems
• Real-time photovoltaic energy monitoring

Key Features and Specifications

The AC•THOR boasts a 0-3kW linear output, making it suitable for a wide range of heating applications. Its 16A relay output ensures reliable and efficient operation. The device features a user-friendly color touchscreen display, allowing for easy configuration and monitoring. Additionally, the AC•THOR comes with a 2-year warranty and is proudly made in Austria, guaranteeing quality and reliability.

• 0-3kW linear output for versatile heating applications
• 16A relay output for reliable operation
• Color touchscreen display for easy configuration and monitoring
• 2-year warranty and Austrian craftsmanship

Practical Applications and Benefits

The AC•THOR is an ideal solution for off-grid systems, as it can respond to frequency rise and divert surplus energy into heating loads once the battery is full. This feature not only maximizes energy efficiency but also extends battery life. The device is compatible with various signal sources for export measurement, including Carlo Gavazzi, MY-PV Power Meter, SMA Sunny Home Manager, and Victron (via Modbus). The AC•THOR is designed specifically for use in systems with solar PV inverters, although it may be adaptable to other generation sources upon consultation.

• Off-grid system compatibility with frequency rise response
• Surplus energy diversion for increased efficiency and battery life
• Compatibility with multiple signal sources for export measurement
• Design for solar PV inverters with potential adaptability to other generation sources