ECpv is the controller itself, without any additional hardware—the “brain” of the system, directly performing the control functions.

Different controller versions differ only in their software, so if necessary, the system can be expanded to meet the required power requirements by purchasing additional software.

ECcube M (with ECpv2 M) – PV up to 500 kW

ECcube L (with ECpv2 L) – PV over 500 kW

• Compact and versatile:

The system is suitable for facilities of various sizes, from small private installations to large industrial power plants.

It can be integrated into existing electrical cabinets, making it particularly convenient for facility upgrades.

• Ease of installation:

Comes with wall-mounting brackets and a non-perforated bottom plate.

Easy cable connections thanks to labeled connectors.

• Full set:

The kit includes a circuit breaker, distribution board, 5-port Ethernet switch, terminals for communication and power cables.

• Resistance to external conditions:

Thanks to its high protection class, the device operates reliably even in difficult climatic conditions.

• Cloud monitoring via ECpanel7

The ECpanel7 platform provides remote management and real-time monitoring.

Zero Export support prevents energy export limits from being exceeded.

Analysis of historical data and generation of reports for system optimization are available.

Compatibility with inverters

The ECcube2 M and ECcube2 L support a wide range of inverters, including the following brands:

SunSpec-compliant: Fronius, SMA, Huawei, Delta, etc.

Non-SunSpec-compliant: SolarEdge, Growatt, Sofar Solar, GoodWe, etc.

Usage

• Private households: energy consumption optimization and grid export control.
• Commercial facilities: monitoring large solar installations with remote control.
• Industrial: integration with hybrid systems and generators.

Cloud monitoring for the ECcube2 M/L system offers several significant advantages that improve the efficiency of solar power plant management:

1. Remote Control: cloud monitoring allows users to manage the system from anywhere via the internet. This provides convenient real-time monitoring of system operation.
2. Quick Troubleshooting: with real-time monitoring capabilities, users can quickly detect and resolve faults, minimizing system downtime and reducing maintenance costs.
3. Energy Optimization: cloud monitoring helps optimize energy generation and consumption, which can lead to lower energy costs.
4. Ease of Setup and Use: cloud monitoring interfaces are typically easy to use, allowing even non-technical users to easily configure and monitor the system.

The ENcombi controller ECcube2 M/L+Cloud inverter control system is a modern solution for managing solar power plants. With its compact design, cloud monitoring support, and broad inverter compatibility, the system ensures efficient and reliable use of renewable energy.