Sungrow EMS300CP - Commercial Energy Management System
Art.No.: B0B02247

Sungrow EMS300CP - Commercial Energy Management System
Art.No.: B0B02247Product information
Sungrow EMS300CP - Advanced Energy Management for Commercial Systems
The Sungrow EMS300CP is a smart, high-performance Energy Management System (EMS) designed for commercial and industrial applications. It acts as the digital brain behind large-scale PV and storage installations, optimizing energy flows, reducing operational costs, and enabling dynamic control over generation, storage, and consumption.
Efficient Control for Complex Energy Flows
With real-time data acquisition and automated response capabilities, the EMS300CP enables precise energy balancing between PV systems, battery storage, EV charging infrastructure, and the grid. Whether you're aiming to shave peak demand, increase self-consumption, or meet regulatory export limits, this EMS has the intelligence to handle it — all with minimal configuration effort.
Key Benefits
- Real-Time Monitoring: Continuously collects and analyzes system data for instant energy decision-making and system health tracking.
- Multi-Device Management: Seamlessly manages PV inverters, storage systems, EV chargers, and diesel gensets from a single interface.
- Grid Compliance: Supports active/reactive power control, export limitation, and other grid services to meet local regulatory requirements.
- Scalable Architecture: Ideal for both standalone and multi-site energy projects, with expandability for future needs.
- Flexible Communication: Equipped with multiple communication ports and protocols (Ethernet, Modbus TCP/RTU) for broad system compatibility.
Applications
- Commercial rooftops and ground-mounted PV installations
- Battery-integrated microgrids and off-grid systems
- Sites with dynamic grid export requirements or demand charges
- Virtual Power Plant (VPP) integration for aggregated asset control
Optional Use with Sungrow PowerStack
The EMS300CP is a recommended add-on for the Sungrow PowerStack C&I storage system, particularly in projects requiring advanced load management, multi-source coordination, or grid-forming capabilities.
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