In this modern era of rapid Electric Vehicle (EV), penetration and increase dependency on renewable resources, the optimal management of energy consumption has been crucial for reducing operational costs and maintaining grid stability. When EVs are integrated with coordinated charging strategies, have the potential to serve as grid assets, particularly during the time of peak hour, alleviating strain on the power network. This work explores an optimal scheduling approach for EV charging, taking into consideration peak and off-peak hours to achieve a balanced load distribution. Furthermore, by incorporating the scheduling of individual residential appliances within smart homes, this work enhances the practical applicability of EV charging strategies. The proposed model demonstrates significant reductions in power losses, contributing to an efficient and resilient grid system. The findings of this research underscore the role of EVs and smart home integration in transforming modern energy grids while optimizing resource utilization.