Global
Providing reliable and efficient power to the telecom equipment in outdoor environments, such as base stations, towers, or antennas. The system consists of various modules that can be independently created, modified, replaced, or exchanged with other modules or systems, according to the design principle of modularity. This allows for easy adaptation, customization, and scalability of the system to meet different needs and scenarios.
An integrated outdoor power supply system for telecom is a smart and efficient solution that provides reliable and stable power for communication base stations in various environments. It features real-time monitoring; Variety of energy storage working modes; Support of multiple systems’parallel connection.
An integrated outdoor power supply system for telecom is a highly integrated solution that provides reliable and efficient power for communication equipment in various environments. It has an all-in-one and modular design that allows easy installation, maintenance, and expansion. It supports multiple input and output models, such as power-grid, diesel generator, and solar energy, to ensure uninterrupted operation and energy saving. It also has a reserved space for communication devices, such as controllers and monitors, to facilitate system integration and management.
Our system leverages cutting-edge power electronics technologies for electrical power, improves equipment energy efficiency, and enables large-scale application of solar power. Our system will help you unleash your sites’ potential and maximize your Total Value of Ownership (TVO).
Model | TC48LV |
AC input | Rated input mode [V]: 380 Input capacity [A]: 63A/4P*1 (AC MCB) Input frequency [Hz]: 45~66 (rated: 50/60) AC SPD [kA]: 40 kA/20 kA, 8/20 μs |
AC output | AC leakage switch [A]: 10A*1/RCCB 30 mA AC outlet [A]: 10A*1 |
Standby power generator input | Input mode [Vac]: Rated: 380 Input capacity [A]: 63A/4P*1 (AC MCB) 2-way input manual switch: Yes |
PV input (if requested) | Rated input mode [Vdc]: 102 Input voltage range [Vdc]: 70~150 Input capacity [A]: 63A/2P*4 (PV MCB to be installed in the cabinet) PV SPD [kA]: 40 kA/20 kA, 8/20 μs (PV SPD installed in the cabinet) |
DC distribution | Output voltage [Vdc]: -42~-58 (rated: -53.5) Maximum capacity [kW]: 24 Battery breakers: 100A/1P*N (N way battery breakers installed in the cabinet) LLVD branches: 3*32A/1P, 3*63A/1P BLVD branches: 1*10A/1P, 7*32A/1P DC SPD [kA]: 40 kA/20 kA, 8/20 μs |
Operation | Operating temperature [℃]: -40 ~ +55 Storage temperature [℃]: -40 ~ +75 Operating humidity: 5%~95% RH (non-condensing) Altitude [m]: 0~4000 (When altitude is 3000~4000m, the Max. operating temperature decreases 1℃ by 200m.) |
PV modules | Peak efficiency: ≥ 97% Power [W]: 3000 MPPT accuracy: ≥ 0.99 Voltage regulation accuracy: ±1% Dimensions [W x D x H, mm]: 106.5 * 286 * 41.5 (1U) |
Rectifier | Peak efficiency: ≥ 96% Power [W]: 3000/4000 (176-300 Vac) Power factor: ≥ 0.99 THD: ≤ 5% Dimensions [W x D x H, mm]: 106.5 * 286 * 41.5 (1U) |
Controller | Signal input: DI*6 Alarm output: DO*6 Communication port: RS485*1, LAN*1 Display mode: LCD screen |
Battery | Capacity [Ah]: 100/150 SOC precision: ≤ 5% Rated output voltage [V]: 52.8 Maximum charging current [A]: 90 Maximum discharging current [A]: 100 |
Others | Reserved space: 12U Cooling: Heat exchange or forced air cooling Protection grade: IP55 Cabinet dimensions [W * D * H, mm]: 750 * 800 * 2200 |