Energy-saving thermotank for battery in base station

Abstract

The invention discloses an energy-saving thermotank for a battery in a base station. The energy-saving thermotank for a battery in a base station comprises a main support (1), multiple side plates (2), multiple door sheets (3), a refrigeration unit (8), an exhaust unit, a controller (9), an air exchange port and condensate water outlet unit (5), and a display (4). The main support (1), the multiple side plates (2) and the multiple door sheets (3) are spliced mutually thereby forming a rectangular thermotank housing. The controller (9) is electrically connected to the refrigeration unit (8), the exhaust unit and the display (4). The controller (9) is connected to a monitoring interface for receiving and transmitting data information. The air exchange port and condensate water outlet unit (5) is arranged on one of the multiple side plates (2) of the energy-saving thermotank. A battery (7) used in a communication base station is arranged in the energy-saving thermotank and related power lines pass through the side plates (2) and are introduced out of the energy-saving thermotank.

Description

(1) Technical field [0001] The invention relates to an energy-saving battery constant temperature cabinet for a base station, in particular to a constant temperature cabinet that provides a local temperature environment for a battery pack in a base station. (2) Background technology [0002] As the global energy becomes increasingly tense, China has more urgent requirements for energy conservation in social construction. Among them, the high-speed development of the telecommunications industry is more urgent to save energy. Operators accelerate the construction of base stations and computer rooms, but they also have to face high energy consumption. [0003] For example, the total power consumption of China Telecom in 2009 was about 9.8 billion kWh, an increase of 41.6% over 2008. Among them, the power consumption for production is dominated by the growth of base stations and data center computer rooms, which have increased by 209% and 21% respectively compared with 2008. ...

AI Technical Summary

Problems solved by technology

At the same time, some equipment technologies are outdated or obsolete; there is a lack of accurate classification and sub-item energy consumption data, and there is a lack of quantitative evaluation methods for energy-saving results; there is no scientific energy-saving diagnosis, and the operation of key energy-consuming equipment is not scientific; there is a lack of unity in energy consumption and energy conservation. monitoring and management of

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