Power Saving Schemes for Extending the Lifetime of IoT Smart City Applications
Currently, there is lack of implementation of practical power-saving schemes in most of the batteries powered by IoT smart city applications available in the market that can extend the battery lifetime, even though numerous researches have been carried to reduce the average power consumption. This is because electronics consume similar amounts of power during the idling state as compared to the active state, resulting in low power efficiency of the application. Thus, power consumption is affected by the modes of the electronic operations. Different electronics also have their own types of settings that can be configured to reduce the power consumption, and this will be further investigated in this study. This chapter will address the issue of how to create a power-saving IoT application by applying power-saving schemes and creating an accurate model to predict the battery lifetime of the IoT application.