High performance power saving energy solutions

ICT cooling solutions find a host of applications across communication mediums such as the internet, cell phones, and wireless networks. They are an efficient way to manage high-density servers and hot spots by use of In-row cooling. A few such systems offer flexibility across configurations and expand across the construction of computer rooms. They are energy saving arrangements that use converter compressor technology in DX. This enables them to adjust the cooling output depending upon the heat. If the equipment is in modular unit design, it can effectively meet the needs of data centers that upgrade frequently. The CW system can use cold water at 15oC for cooling. This can make a system ideal for use in cold temperature areas in winters and makes full utilization of natural cooling. The DX system too can use an iFree cooling module. This reduces the running time of the compressor and saves energy efficiently. Apart from free cooling, the DX unit can use frequency conversion technology to enable soft starts, low operating temperature, and energy saving.

Rack mounted rectifiers are energy solutions that find a host of telecom applications for wireless communication, 3G and 4G base stations, satellite communications at ground stations and broadband or network access. They can be used for the purpose of controlling and monitoring a number of DC power supply systems which makes them a space-saving arrangement. The rectifiers often feature an RS485 or Ethernet interface which enables a connection to a PC.  Alternately, the devices can be operated without the use of a PC by using an LCD panel or on-site buttons, designed in a highly user-friendly manner. This can enable communication for small, medium and large power systems. They can also facilitate an easy update of software by using USB or PC, and a Programming Logic Control (PLC) function can be used for supporting more flexible requirements.

Important equipment which enables requisite functioning of energy solutions is Lithium rack batteries. They find applications for high voltage requirements, such as ICT centers, photovoltaic energy storage data rooms, distributed energy storage, and power rooms.48V Lithium rack batteries pack comprises battery modules in series. The configuration is flexible and the system enables high reliability. This is enabled by the use of a high-performance equalization technology. The entire DC battery system is made using BCU (Battery Central Unit) and BMU (Battery management unit). They make fine solutions for standby power for Computer data ROM or energy storage for residential requirements. The system can help meet expansion requirements over the same voltage platform by use of multiple cabinets in parallel. They can be used for photovoltaic energy storage and microgrid energy storage.

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Created on Apr 5th 2019 05:33. Viewed 368 times.

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