The transition to advanced data analysis systems that rely on Industry 4.0 approaches is driving energy management practices across all industrial sectors, creating more energy efficient and sustainable production systems. Hence, by implementing energy monitoring and control systems based on these principles, it is possible to identify potential energy improvement opportunities at all organizational levels and to analyze any variation in the energy behavior of manufacturing processes using energy performance indicators. With this in mind, this article proposes an energy dashboard interface that integrates various energy performance indicators and statistical control methods, to monitor, control, and evaluate electricity consumption in sawmill manufacturing processes. Through a case study and synthetic datasets, the electricity consumption of the main manufacturing processes of a Canadian sawmill was evaluated using this interactive interface. With this energy dashboard, it was possible to develop a more fluid and intuitive decision-making process for all organizational levels, evaluate energy costs, establish relationships between production outputs and energy consumed, map energy savings, make energy predictions, and set energy targets for future improvements. This is a practical tool that shows in detail the operational energy profile of an organization.