Accurate and precise measurement with authentic data dispersion can be considered as a prime tool to realize any technologies at large scale. In the context of thermoelectric technology, a combination of Seebeck coefficient (α), electrical conductivity (σ) and thermal conductivity (κ) are prominent physical parameters that dictate the performance of thermoelectric materials. In this review article, we have stressed the attention on accurate and precise measurement of Seebeck coefficient that includes various sources of errors from contact geometry, sensors, measurement techniques and thermocouple. In addition to this, the solution of minimizing the errors associated in Seebeck measurement has also been elaborated.

具有真实数据分散的准确和精确的测量可以被认为是大规模实现任何技术的主要工具。在热电技术的背景下，塞贝克系数（α），电导率（σ）和热导率（κ）的组合是决定热电材料性能的重要物理参数。在这篇评论文章中，我们强调了对塞贝克系数的精确测量的关注，该系数包括接触几何，传感器，测量技术和热电偶的各种误差源。除此之外，还提出了最小化Seebeck测量相关误差的解决方案。