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Telecom Power Supply

Telecom Power Supply

Telecom base station Lithium Iron Phosphate(LiFePO4) battery system is a new type of intelligent unattended circulating lithium battery products, the product has the characteristics of safety, reliability, long cycle life, centralized monitoring, easy installation and maintenance, etc., suitable for all kinds of communication power supply systems and new energy storage systems in areas without mains power and unstable power.

Product Features

High quality cell

Adopt prismatic cells with high safety and reliability.
Automotive Grade Pack Technology

power battery Pack process, ensure consistent charge-discharge performance and life span.
Smart BMS

Real-time detection of voltage, current, temperature, SOH, and SOC, and a variety of protection.
Reliable

Longer lifespan Laser Welding Rigid tests before shipment.
Wide Applicability

A variety of optional accessories (LCD Display, solar energy storage system, backup power supply, traffic system, emergency lighting equipment, outdoor equipment, etcetc.)
Excellent performance

With high rate discharge and high temperature resistance function, energy saving and emission reduction. With long service life, after 1000 cycles, the capacity is maintained not less than 70%.

Specifications

Parameters	Technical Specifications
Rated capacity (Ah)	200
Rated energy (kWh)	10.24
Nominal voltage (V)	51.2
Cell specifications	3.2V 200Ah
System configuration	1P16S
size (mm)	440264419(exeluding hanging ear handle)
weight (Kg)	80
Charging Cut-off Voltage (V)	56.4
Discharge Cut-off Voltage (V)	46
Rated Charge current (A)	200
Rated Discharge current (А)	200
30s Discharge current (А)	250
Working Temperature (℃)	Charging: 0-45
Working Temperature (℃)	Discharging: 10-60
Storage Temperature (℃)	10-45

Note: The temperature condition is 25 ± and 2°C.

Project Cases

Residential ESS

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Solutions

EV Battery Swapping Solution

Since its establishment, RAJA has been focusing on the continuous development of intelligent products, network integration and big data, cloud computing platform. In different stages of the life cycle of new energy batteries, application management can be carried out in different scenarios to realize resource recovery and cascade utilization, covering the whole life cycle management of batteries.

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EV Battery Swapping Solution

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EV Battery Swapping Solution

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Telecom Base Station Backup Battery

48V Lithium-ion Battery Frame design, 19" standard cabinet installation, 48V base station, and 240V HVDC system The 48V rack-mounted Communication Lithium-ion battery is designed specifically for the telecommunications market and can be installed in a 19 - or 21-inch standard cabinet or rack. The line of products combines secure and reliable LFP battery modules with dedicated BMS for high reliability, security and scalability when used in different telecommunications systems, enabling new lithium-ion batteries to be used with older batteries to save costs. We offer two types of configurations to suit the voltage limits of different power supplies.

RV Battery System 25.6V

25.6V RV Batterry Designed to be "Deep-cycle" that means the battery system can be discharged until almost empty, then recharged. 25.6V, capacity ranges from 2.56kWh to 21.5kWh. A+ class LiFePO4(Lithium Iron Phosphate) cells, up to 3000cycles(8-10years). The capacity remains higher than 80% after 2000+cycles, even after 3000+cycles(10-12years), the capacity can still be over 70%. Battery cells packing process is completely in accordance with the standards of EV Battery production, embracing the laser welding techniques to ensure every cell to be soldered completely, avoiding insufficient or poor soldering.

RV Battery System 51.2V

51.2V RV Batterry Designed to be "Deep-cycle" that means the battery system can be discharged until almost empty, then recharged.51.2V, capacity ranges from 5.38kWh to 11.78kWh. A+ class LiFePO4(Lithium Iron Phosphate) cells, up to 3000cycles(8-10years). The capacity remains higher than 80% after 2000+cycles, even after 3000+cycles(10-12years), the capacity can still be over 70%. Battery cells packing process is completely in accordance with the standards of EV Battery production, embracing the laser welding techniques to ensure every cell to be soldered completely, avoiding insufficient or poor soldering.

RV Battery System 12.8V

12.8V RV Batterry Designed to be "Deep-cycle" that means the battery system can be discharged until almost empty, then recharged.12.8V, capacity ranges from 1.28kWh to 10.75kWh. A+ class LiFePO4(Lithium Iron Phosphate) cells, up to 3000cycles(8-10years). The capacity remains higher than 80% after 2000+cycles, even after 3000+cycles(10-12years), the capacity can still be over 70%. Battery cells packing process is completely in accordance with the standards of EV Battery production, embracing the laser welding techniques to ensure every cell to be soldered completely, avoiding insufficient or poor soldering.

Telecom Power Supply

Telecom Power Supply

High quality cell

Smart BMS

Reliable

Wide Applicability

Excellent performance

Residential ESS

Residential ESS

Residential ESS

EV Battery Swapping Solution

EV Battery Swapping Solution

EV Battery Swapping Solution

Telecom Base Station Backup Battery

RV Battery System 25.6V

RV Battery System 51.2V

RV Battery System 12.8V

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