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ENERJİTEM GLOBAL

ENERJİTEM single-phase switching regulator, with 220-230 VAC input voltage and 48 VDC output voltage, 100 Ah.

ENERJİTEM single-phase switching regulator, with 220-230 VAC input voltage and 48 VDC output voltage, 100 Ah.

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ENERJİTEM Single-Phase Switch Mode Rectifier, 220-230 VAC Input, 48 VDC, 100 Ah Output

The ENERJİTEM single-phase switch mode rectifier with 220-230 VAC input converts standard 220 VAC single-phase grid power into a highly stable 48 VDC output, supporting up to 100 Amperes and capable of handling or charging 100 Ah battery banks. It utilizes high-frequency switching technology to provide efficient, clean, and regulated power.

Primary Uses
These systems are widely used in applications requiring highly reliable DC power that must remain continuous and uninterrupted, even in the event of grid failure:

Telecommunications: 48 VDC is the global standard for DC power in the telecommunications sector. These rectifiers are used to power cellular towers, broadband networks, routers, and switching stations.

Battery Charging and Backup Power: The 100 Ah capacity indicates that this rectifier is capable of charging or maintaining large 48 V battery banks, such as VRLA or Li-ion batteries. In the event of a power outage, batteries seamlessly take over to keep systems operational.

Industrial and Substation Applications: Used to power control, protection, and monitoring equipment, such as SCADA systems, circuit breaker coils, and relays, in high-voltage transformer centers and electrical distribution centers.

Data Centers: Provides reliable and regulated DC power for network infrastructure and servers.

Why SMPS Technology?
Unlike older rectifiers based on traditional, bulky, and heavy transformers, switch mode rectifiers use high-frequency switching technology to significantly reduce size and weight. They are compact, hot-swappable, highly energy-efficient, often exceeding 95% efficiency, and offer excellent voltage regulation and built-in protection against overcurrent, short circuits, and overvoltage.

 


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