Depcellent
Feisjy Energy Intelligence
A C&I Energy Storage management system powered by EMU300, making energy control more reliable and project delivery simpler.
A C&I Energy Storage management system powered by EMU300, making energy control more reliable and project delivery simpler.
Focused on the four key phases of deployment, operation, O&M and revenue.
One controller per cabinet, ring-network redundancy and flexible on-demand expansion.
Transformer expansion is expensive and grid-connection approval takes too long.
Add storage cabinets through a standard ring-network design without redesigning the site.
Manual scheduling lowers PV self-consumption and operating efficiency.
Automated peak shaving, reverse-power and demand-overrun strategies execute at the edge.
Without a unified platform, device and alarm entry points remain fragmented.
Centralized device access, alarms and remote operations review shorten the path from fault to action.
Fine-grained monitoring and multi-source revenue analysis are missing.
Daily, weekly, monthly and annual revenue reports make investment criteria traceable.
A cloud-edge coordinated system connecting project deployment, site control, cloud review and long-term operations.
On-site equipment connects to the EMU300, strategies are executed at the edge, and monitoring, alarms and revenue are synced to FeiCloud.
Dashboards and apps provide unified access to site status, devices, alarms and reports.
Provides second-level monitoring, tiered alarms, revenue analysis and strategy configuration.
Responds in under 100 ms, executes nine operating strategies and provides ring-network redundancy.
PCS, BMS, meters, PV, charging piles and environmental sensors connect to the site.
Add a cabinet and it runs immediately without stopping the site or replacing the controller.
Peak shaving, reverse-power protection, demand-overrun protection and microgrid strategies switch automatically.
Monitor grid-point power in real time and adjust charge/discharge to control reverse power and demand peaks.
Tiered alarms and multi-source revenue reports close the loop from daily to annual review.
Local strategies execute in milliseconds.
It supports ring-network redundancy and elastic expansion for standard energy storage cabinets.
Covers peak shaving, reverse-power protection and demand control.
It increases the revenue from local PV consumption.
Applicable scale: 200 kWh to 2 MWh | Response time: <100 ms | Installation method: wall-mounted | Operating temperature: -30℃ to 55℃. Purpose-built for C&I energy storage, it integrates edge computing, intelligent dispatch and data acquisition. It can manage a single cabinet independently, or interconnect multiple cabinets via a ring-network topology to achieve cabinet parallelisation and networking; the ring-network architecture provides link redundancy, so a single-point link failure does not affect overall system communication.
For large-capacity C&I energy storage, it builds a closed loop of revenue and safety around peak-valley arbitrage, reverse-power protection and parallel operation of multiple cabinets.
Peak shaving and valley filling plus demand control for high-load production scenarios reduce energy costs and improve operational traceability.
Tailored to energy storage on manufacturing park sites, it provides a closed loop of station monitoring, strategy execution and remote O&M documentation.
