Mastering energy consumption in a multi-site environment
With several sites in operation, continuous activity, and varied energy uses (production, cooling, catering, etc.), Ninkasi needed to improve visibility over its consumption. The lack of centralized monitoring made it difficult to identify drifts, compare sites, and implement effective optimization actions.
Key requirements
Real-time energy consumption monitoring
In a multi-site context like Ninkasi's, the ability to track energy consumption in real time is essential for effective performance management. The teams needed a solution capable of collecting and centralizing data from various equipment (electricity, cooling, production, etc.) to obtain an instant and reliable vision of energy usage. The implementation of DAT’Power transforms this field data into actionable indicators, accessible at any time via clear and personalized dashboards.
Rapid detection of drifts and anomalies
A major challenge was to quickly identify consumption drifts and anomalies that could impact energy costs and overall site performance. Without an adapted tool, these drifts often go unnoticed or are detected too late. Thanks to DAT’Power, smart alerts are set up to automatically detect abnormal behavior, allowing teams to intervene quickly and limit overconsumption.
Multi-site performance analysis and comparison
With multiple establishments, Ninkasi needed to compare energy performance across its different sites to identify gaps and best practices. This comparative analysis is essential for standardizing processes and optimizing global performance. The DAT’Power platform facilitates this approach by offering a consolidated multi-site vision, allowing data to be analyzed consistently and improvement actions to be managed on a large scale.
Centralization and exploitation of energy data
Data dispersion across different systems and equipment made exploitation complex and limited management capacity. The goal was to centralize all energy data into a single platform capable of structuring and valuing this information. With DAT’Power, all data is aggregated, historized, and put into context, providing a solid foundation for analysis, decision-making, and continuous optimization of energy performance.
What we deployed for the client
A multi-site energy monitoring solution with DAT’Power
Implementation of the DAT’Power solution to collect and centralize data from various energy-consuming equipment across sites. Sensor deployment and connection to existing systems to ensure reliable data reporting. Creation of personalized dashboards to track key indicators (consumption, usage, performance) in real time. Configuration of alerts to automatically detect drifts and facilitate decision-making.
“DAT’Mountain enables us to implement a more sustainable, data-driven management approach. The tool places data at the core of the entire organizational chain. In just two seasons, we achieved a 13% reduction in electricity consumption, mobilized and engaged teams around CSR initiatives, unified terminology across the company, and empowered technical teams to make data-driven decisions.”
Amaury Freyssenet
Technical Director
Implementation of personalized dashboards
Dashboards were configured in DAT’Power to meet the needs of both field teams and managers. These interfaces allow for easy visualization of energy consumption, tracking of key indicators, and performance analysis by site or by usage. The platform's ergonomics facilitate access to information and allow for quick data reading, essential for effective daily decision-making.
Deployment of alerts and performance indicators
To anticipate drifts, smart alerts were implemented in DAT’Power. These alerts automatically detect consumption anomalies and notify teams in the event of abnormal behavior. Energy performance indicators were also defined to track consumption trends over time and measure the impact of the actions implemented.
The results
Better visibility into energy consumption
Thanks to DAT’Power, Ninkasi now benefits from a clear and centralized vision of its energy consumption across all its sites. Teams can access real-time data and more easily understand energy usage patterns. This transparency allows for the rapid identification of the most energy-intensive areas and the prioritization of optimization actions.
Increased responsiveness to drifts
The implementation of alerts allows for the rapid detection of anomalies and immediate action. Teams are now able to intervene faster, which limits overconsumption and associated losses. This proactive approach contributes to improving the overall energy performance of the sites.
Optimized energy management
With reliable and centralized data, Ninkasi can manage its energy consumption more effectively and track the impact of the actions implemented. Comparison between sites also helps identify best practices and deploy them on a larger scale. This improved management translates into better control of energy costs and continuous performance optimization.
A solid foundation for a continuous improvement approach
Beyond immediate gains, the implementation of DAT’Power allows Ninkasi to structure a genuine continuous improvement process. The collected data becomes a strategic lever to support decision-making, improve processes, and engage in sustainable actions.
