The solar power installation on a new broadband seismometer shelter will greatly be affected by the quality of waveform data. The lower power means a physically smaller footprint and a less costly installation for a new station which must be located far from the main power system. In this case, we have installed the solar power system in the new broadband seismometer shelter in the mini region at TKSM station, in Tiganderket, Karo, North Sumatera Indonesia. The main goal of this study, to design, testing the solar cell, and compute the power spectral after installation of the power cell in the new shelter, which located away from roads and cities and human activity. The results presented that the good performance of the solar power system (solar cell, solar charge controller, and battery) for continuous transmission and to collect the waveform data based on the performance TKSM station using power spectral density function methods.

新型宽带地震仪防护罩上的太阳能安装将大大受到波形数据质量的影响。较低的功率意味着物理上较小的占地面积，并且对于必须远离主电源系统的新站点而言，其安装成本较低。在这种情况下，我们将太阳能系统安装在印度尼西亚北苏门答腊卡罗Tiganderket TKSM站迷你区域内新的宽带地震仪防护罩中。这项研究的主要目标是设计，测试太阳能电池，并在将新的避难所安装在远离道路，城市和人类活动的新庇护所后计算功率谱。结果表明，太阳能系统（太阳能电池，太阳能充电控制器，