Temperature sensing autonomous mobile robot for smart thermal power plant

In order to improve accuracy and energy economy in temperature monitoring applications, this research presents a novel autonomous temperature sensor. Conventional temperature sensor devices frequently struggle with precision, power usage, and environmental adaptability. The suggested autonomous temperature sensor uses state-of-the-art technologies to overcome these constraints and provide better performance. Modern temperature-sensing components and sophisticated signal processing algorithms are combined in the sensor to provide temperature readings with unmatched accuracy. The gadget also uses autonomous power management techniques, which allow it to function effectively while using the least amount of energy possible. Applications in distant or resource-constrained contexts, where longer operational lifetimes are essential, will find this capability very important. The efficacy and dependability of the autonomous temperature sensor are validated by extensive experimental data presented in the publication. The sensor is superior in terms of accuracy, energy efficiency, and versatility when compared to other temperature sensing devices currently on the market. These results make the suggested sensor a viable option for next- generation temperature monitoring systems, which will help develop a number of industries where accurate and trustworthy temperature data is essential.