SAJ H2-8K-T2-AIO3 with Meter and CT

The SAJ H2-8K-T2-AIO3 is a cutting-edge hybrid inverter designed for residential energy storage, seamlessly integrating on-grid and off-grid capabilities. This all-in-one solution simplifies home energy management, offering reliable backup power and optimized self-consumption. Included with the inverter is an energy meter and Current Transformers (CTs) for comprehensive monitoring of energy flow.

• All-in-one design: Combines inverter, charger, and transfer switch for easy installation.
• 8kW Rated AC Output Power: Delivers substantial power for typical household needs.
• High Voltage Battery Compatibility: Optimizes energy storage and discharge with various high-voltage lithium-ion batteries (e.g., SAJ B1, BYD HVS/HVM, Pylontech Powercube X1/H1).
• Seamless Backup Power: Ensures critical loads remain powered during grid outages with a transfer time of less than 10ms.
• Energy Meter and CTs Included: Provides accurate monitoring of grid interaction and household consumption.
• Dual MPPT Trackers: Maximizes energy harvest from PV arrays with two independent MPPT inputs.
• Scalable System: Allows parallel operation of up to 10 units for increased capacity.
• IP65 Protection: Guarantees reliable outdoor operation.
• Remote Monitoring: Monitor and control your system via the SAJ eSolar Portal and eSAJ mobile app.
• Zero Export Function: Prevents excess energy from being fed back into the grid.
• Black Start Function: Restarts the system even without grid power.
• Transformerless Topology: Ensures high efficiency and compact design.
• Wide MPPT Voltage Range: Offers flexibility in PV array design (80 V - 550 V).

The SAJ H2-8K-T2-AIO3 is engineered for efficiency and reliability, boasting a maximum efficiency of over 97.6% and Euro efficiency exceeding 97.0%. Its quiet operation and robust design make it an ideal choice for homeowners seeking a smart, scalable, and dependable energy storage solution. With comprehensive features and easy monitoring, this inverter empowers users to optimize their energy usage and reduce their carbon footprint.