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佳木斯翻譯公司關鍵字：In terms of energy consumption on the planet, or from humans to stay or live in outer space perspective, access to energy is a key issue. Use of space resources to obtain energy, most likely to achieve the solar power and plasma generation.
① space solar powerSince there is no atmosphere in outer space for reflection and absorption of sunlight, space solar power satellite can receive almost no loss in solar radiation; in outer space, the absence of any weather, long hours of sunshine, so in the same area of ??an outer years can take advantage of solar energy, the equivalent of more than five times the ground. If the space in the construction area of ??55 square kilometers of solar arrays, the use of microwave energy to the ground, the user can transfer directly to the ground 5 million kilowatts of electricity.Currently, the U.S., Japan has plans to launch solar power satellites in space to build a large solar array or solar collectors, use the microwave to the enormous power transmitted to the ground.
② space plasma generationSpace plasma generation is the use of tethered satellites to achieve a form of power generation. Tethered satellite power system is the use of the space shuttle or satellite driven by a metal wire cut to the magnetic field generation system that provides in-orbit spacecraft power. It is the core component of the plasma contactor, it is a plasma with the space environment for the exchange of current devices.
In 1996, the United States and Italy jointly conducted test flights, the shuttle released from a 19.7 km long conductive tether, resulting in about 1,700 watts of power. As the tether though rupture, resulting in disruption experiments, space plasma generation already shows great prospect. Currently, the United States, Canada, Italy, Germany, Japan and other countries have developed such a plan, and some flight tests carried out
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