Smart Solar Power for Telecom Towers – Zero Downtime, 30% Lower OPEX

• 1.1 Monitor multiple circuits (e.g., RF equipment, cooling systems, backup batteries) in a single device.
• 1.2 Detect overloads or phase imbalances to prevent downtime.

• 2.1 Track energy consumption by circuit (e.g., "5G AAU vs. BBU Power Usage").
• 2.2 Generate reports for OPEX optimization and carbon footprint reduction.

• 3.1 Compare solar generation vs. load demand per circuit for energy balance.
• 3.2 Prioritize solar power to high-priority equipment (e.g., core network devices).

Battery Cell

• cell Voltage
• internal Resistance
• negative post Temperature

Battery String

• string Current
• Charging & Discharging
• ambient Temperature

Battery Rack

• Collect data from battery cell monitoring module
• perform data processing, analysis, alarm generation, storage and upload

• Intelligently dispatches PV, energy storage, diesel generators, and grid power for optimal energy allocation.
• Supports priority settings (e.g., "PV first, storage backup, diesel as last resort").

• Adjusts storage charging/discharging based on real-time load demands (e.g., peak/off-peak usage of 5G equipment).
• Sheds non-critical loads (e.g., nighttime HVAC) to prioritize telecom devices.

• Forecasts PV generation using weather data and dynamically adjusts storage SOC thresholds.
• Peak shaving: Prioritizes storage usage during high electricity price periods.