For the past decades, the flue gas emitted from municipal solid waste incinerator, power plant, and various industries is a permanent problem for the environment and has been affecting human life. Many flue gas filtration devices have been emerging out over the years. Although the electrostatic precipitator was an appropriate device due to high filtration efficiency and little pressure drop and energy efficiency, the cost and design of the electrostatic precipitator is a major restriction for manufacturers and end-users. With recent advances in technology, designing a cost-effective and less complex electrostatic precipitator has become mandatory. This article aims to design and develop a solar-powered cost-effective needle-plate type electrostatic precipitator which includes a static power converters and high-voltage transformer-rectifier (T-R) set with an input voltage as 230V AC, output voltage as 80-kV direct current (DC), and output current of 40mA for mitigation of flue gas emissions exhaust from municipal solid waste incinerator. The analysis of flue gas at ESP inlet and outlet has been performed using Ecotech stack sampler and flue gas analyzer. The obtained experimental results are validated with emission standards provided in the Solid Waste Management rules book, India, 2016.

在过去的几十年里，城市垃圾焚烧炉、发电厂和各个行业排放的烟气是一个永久性的环境问题，一直影响着人类的生活。多年来，已经出现了许多烟气过滤装置。尽管静电除尘器由于过滤效率高、压降和能源效率低而成为合适的设备，但静电除尘器的成本和设计是制造商和最终用户的主要限制因素。随着最近技术的进步，设计一种具有成本效益且不太复杂的静电除尘器已成为强制性要求。本文旨在设计和开发一种太阳能高性价比针板式静电除尘器，包括静态电源转换器和高压变压器整流器（TR），输入电压为230V AC，输出电压为80- kV直流（DC），输出电流为40mA，用于缓解城市固体废物焚烧炉的烟气排放。使用 Ecotech 烟囱采样器和烟气分析仪对 ESP 入口和出口处的烟气进行了分析。获得的实验结果通过印度固体废物管理规则手册中提供的排放标准进行验证，2016 年。使用 Ecotech 烟囱采样器和烟气分析仪对 ESP 入口和出口处的烟气进行了分析。获得的实验结果通过印度固体废物管理规则手册中提供的排放标准进行验证，2016 年。使用 Ecotech 烟囱采样器和烟气分析仪对 ESP 入口和出口处的烟气进行了分析。获得的实验结果通过印度固体废物管理规则手册中提供的排放标准进行验证，2016 年。