摘要：【中文】本发明公开了一种利用建筑物墙体内外温差的发电装置，包括：温度传导管组B室外部分、室外温差发电片组、温度传导管组A室外部分、温度传导管组B墙内导管Ⅰ、温度传导管组A墙内导管Ⅰ、温度传导管组B墙内导管Ⅱ、温度传导管组A墙内导管Ⅱ、温度传导管组B室内部分、室内温差发电片组和温度传导管组A室内部分；本发明能够根据不同季节室内、外温度关系的不同，通过两组温度传导管组所传导的温度高低的不同，使固定在建筑物墙体内、外表面的温差发电片组能够自动切换冷端和热端，充分利用了一年四季建筑物墙体内、外侧环境中的温差，产生的电能可供给建筑物内的用电设施，多余的电能可进行储存，绿色环保，节能减排，结构简单，便于组装。 【EN】The invention discloses a power generation device utilizing the temperature difference between the inside and the outside of a building wall, which comprises: the temperature-difference power generation device comprises a temperature conduction pipe group B outdoor part, an outdoor temperature-difference power generation plate group, a temperature conduction pipe group A outdoor part, a temperature conduction pipe group B wall inner pipe I, a temperature conduction pipe group A wall inner pipe I, a temperature conduction pipe group B wall inner pipe II, a temperature conduction pipe group A wall inner pipe II, a temperature conduction pipe group B indoor part, an indoor temperature-difference power generation plate group and a temperature conduction pipe group A indoor part; according to the invention, according to the difference of indoor and outdoor temperature relations in different seasons, the temperature difference power generation sheet groups fixed on the inner and outer surfaces of the building wall body can automatically switch the cold end and the hot end through the difference of the temperature conducted by the two temperature conduction pipe groups, so that the temperature difference between the inner and outer environments of the building wall body in four seasons is fully utilized, the generated electric energy can be supplied to electric facilities in the building, and the redundant electric energy can be stored.

摘要：【中文】本发明公开了一种用于人造卫星的太阳能发电和温差发电一体化系统，包括：设置在太阳翼基板上的两块以上太阳能电池板，用于利用太阳能发电，还包括：设置在太阳翼基板和太阳能电池板之间的两个以上温差发电片，两个以上所述温差发电片与两块以上太阳能电池板一一对应，用于利用温差发电，所述温差发电片热端朝向太阳能电池板，冷端朝向太阳翼基板；每个所述温差发电片的热端涂覆导热膜。 【EN】The invention discloses a solar power generation and thermoelectric power generation integrated system for an artificial satellite, which comprises: set up two above solar cell panels on the solar wing base plate for utilize solar energy power generation, still include: the solar energy power generation system comprises more than two temperature difference power generation pieces, more than two solar panels and more than two solar panels, wherein the more than two temperature difference power generation pieces are arranged between a solar wing substrate and the solar panels, correspond to the more than two solar panels one by one and are used for generating power by utilizing temperature difference, the hot ends of the temperature difference power generation pieces face the solar panels, and the cold ends of the temperature difference power generation pieces face the solar wing substrate; and the hot end of each thermoelectric generation piece is coated with a heat-conducting film.