Abstract：In order to increase the efficiency and applicability of thermoelectric generation (TEG) system in distributed energy, with the framework of numerical calculation, an optimized scheme of burner is proposed to study the influence of burner structure on flow field，temperature field and the generation performance of a typical multi-level heat source utilization TEG system. The simulative results prove the rationality and feasibility of the proposed optimization method，which indicate that the flow field and the temperature field are optimized, the temperature uniformity of the thermoelectric modules, the output power and efficiency of the system are improved.
标题：多级热源利用型温差发电系统的流场与温度场优化设计
title:Flow Field and Temperature Field Optimization Study on Design of a Multi-Level Heat Source Utilization Thermoelectric Generation System
作者：许昊煜
authors:XU Haoyu
关键词：分布式能源,温差发电,热源利用,流场优化,系统效率,
keywords:distributed energy sources,thermoelectric generation；heat source utilization,flow field optimization,system efficiency,
