建筑底盘设有电力系统来储存和转换太阳能，满足建筑的每日需求，在不需制热的时候以及温和的春季，它又将多余的电量传输给城市供电系统。
The chassis incorporates electrical systems to store and convert solar power for daily use, and to give back to the electrical grid during the temperate fall and spring months.
相对于大型电力系统，大型钢铁企业供电系统具有明显不同的特点，对其稳定控制的研究相对较少。
Comparing with the large power system, power supply system of large companies has significantly different characteristics, and there has been relatively little research on its stability control.
从而为震后快速的对电力系统进行负荷调整，使震区供电系统能较快的恢复电力供应，保证救援工作能快速开展，减少供电工程系统的损失提供理论分析依据。
The theory also can supply the basis in research of load adjustment of damaged electric system, power supply recovery in seismic area, safety assessment and damage mitigation of power system.
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