TBB Power E4 LCD Monitor TBB-E4

Description

TBB Power Inverters

The TBB E4 LCD Monitor is an advanced, touch-enabled central display designed for intuitive, real-time control and monitoring of TBB’s off-grid and energy storage systems. Seamlessly connecting to the TBB NOVA online portal, the E4 monitor enables both local and remote management, giving users complete oversight of their energy systems.

Key Features:

• Enhanced grid-Ttie and ESS integration: The TBB-E4 Monitor pairs seamlessly with the IC-METER and TBB power inverters, enabling advanced grid-tie and Energy Storage System (ESS) capabilities. This powerful combination ensures efficient energy management, real-time monitoring, and optimized system performance for modern energy solutions.
• Comprehensive local monitoring: Display real-time data on system performance, with access to detailed metrics and operational states.
• Time-of-use scheduling: Optimize energy use with intelligent scheduling for solar, battery, and grid/generator energy sources, managing charging and discharging for peak efficiency.
• Energy meter & PV inverter integration: Communicates with an energy meter to monitor data from various PV inverters, regardless of brand.
• Detailed energy statistics: Access day, month, and year energy usage graphs to track performance trends over time.
• Extensive data logging: Store up to 2,000 event records and 400 operation records locally; export data easily via USB.
• Remote monitoring via NOVA portal: Connect to the NOVA online portal via Wi-Fi for remote monitoring, system settings, and firmware updates.
• Offline data backup: In offline mode, the TBB-E4 stores up to 7 days of data, automatically uploading to the NOVA portal once reconnected.
• Comprehensive lithium battery support: Monitors lithium battery status and performance with advanced data metrics.
• AGS control for generators: Enables smart start/stop controls for generators, monitoring runtime and operational status.
• Intelligent load & system control: Configure three-phase or parallel systems, with automated load control based on SoC and set schedules.