Wind and light complementation integration base station

Abstract

The invention relates to a wind and light complementation integration base station, which comprises a wind power generation system, a solar energy power generation system, a container base station box body, a lightning rod, a foundation seat earth anchor and a thermal-insulation trim, wherein the container base station box body is arranged on the foundation seat earth anchor; the solar energy power generation system and the lighting rod are installed above the container base station box body; the thermal-insulation trim is arranged on the inner side of the container base station box body and is used for the thermal insulation; and the wind power generation system is installed behind the container base station box body and is connected with the container base station box body by a diagonal member. Compared with the prior art, the wind and light complementation integration base station disclosed by the invention is characterized in that the solar energy and the wind energy are comprehensively utilized, dependency on the mains supply is reduced, and the wind and light complementation integration base station has the advantages of energy saving, emission reduction and high integration level, is compact and reliable and is installed in a modularization mode.

Description

technical field [0001] The invention relates to a base station, in particular to a wind-solar complementary integrated base station. Background technique [0002] As of April 16, 2010, the number of base stations of China Mobile has reached 550,000, and plans to build another 70,000 to 80,000 TD base stations; China Unicom has also been optimizing the mobile network, and its number of base stations is close to that of China Mobile three-quarters of. The number of China Telecom's base stations reached 300,000, including 210,000 indoor base stations. In 2009, China Mobile's base stations consumed 6.91 billion kilowatt-hours of electricity, accounting for 62% of the total electricity consumption. The main reasons for the high energy consumption of the base station are as follows: (1) The room size of the base station does not match the number of internal equipment. The room is too large and the heat capacity is large, resulting in a large air-conditioning load; (2) The intern...

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Problems solved by technology

The main reasons for the high energy consumption of the base station are as follows: (1) The room size of the base station does not match the number of internal equipment. The room is too large and the heat capacity is large, resulting in a large air-conditioning load; (2) The internal heat of the base station cannot be dissipated, but a large amount of external heat enters the room; (3) In cold winter (below 0°C outside), the air conditioner still operates in cooling mode; (4) The air conditioner uses a comfortable household air conditioner unit, which has a poor energy efficiency ratio; (5) The indoor temperature distribution is unreasonable, cold near the air conditioner, hot near the cabinet, and The interior is hotter; (6) The layout of the base station is unreasonable, the air conditioner cools the room first, and then cools the equipment; (7) Communication equipment and batteries use the same control temperature; (8) The system integration of the base station is low

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