1KVA IDC Single Phase Lithium DPS 220VAC Distributed Power System

220VAC distributed power system, single-phase lithium DPS, Lithium-ion IDC DPS 220VAC

Application field

Power supply application scenarios such as distributed data centers, load-bearing limited data centers, phased deployment of data centers, rapid deployment of data centers, and integrated cabinets.

Power range: 1KVA – 10KVA (1PH/1PH)

Performance characteristics

☆ Intelligent detection, battery type optional, output shunt timing control

Intelligent detection of fan and capacitor running time

4 output shunts support timing control function

Battery type: lead-acid battery, lithium-ion battery, ternary lithium battery, and custom battery type

☆ Reliable, intelligent, and fast deployment

Intelligent detection of running time of fans and capacitors;

Dual 220VAC input, dual 220VAC output, can intelligently detect the power of other equipment (optional).

☆ Effective use of space and load-bearing

The weight of the equipment is equivalent to that of the server, and the weight-bearing only needs 500Kg/m2;

The deployment does not require independent distributed power system space and battery room, and the number of effective cabinets has increased by more than 40%;

☆ Energy-saving and emission reduction, cabinet-level energy management effectively combined with cloud computing

High-efficiency power supply module, the efficiency of the whole series of products is as high as 94%;

Full lithium battery backup system, discharge efficiency up to more than 97%, life span up to 10 years;

Each output can be selected for time-sharing control. With the energy management system, it can achieve cabinet-level energy management and coordinate with cloud computing for scheduling;

☆ Power supply host, modular design of lithium-ion battery, hot-swappable, easy installation and maintenance

The product is designed and produced in a modular manner. The power supply host and the iron-lithium battery are independent modules. They support hot swapping while ensuring that the power equipment does not lose power; small in size, light weight, and can be completed by one person.

☆ Conducive to the user's demand for a low "PUE" value

The distributed power supply mode divides the power consumption of the traditional large UPS into the cabinet and reduces the PUE value.

Technical parameter

＊ The output efficiency will be reduced to 60% when CVCF mode;

＊ The output power will be reduced to 90% when the output voltage is set to 208VAC.