EfficiencyTRAK is a pioneering online metering platform for industrial and commercial resource users. It enables short-interval monitoring and active management of energy, water and materials. Utilising the most appropriate metering and data transmission hardware available for each application, high-quality data is collected from the customer’s operations and securely stored in the cloud. The platform then transforms raw sensor data into insightful trends, datasets and analytics, enabling users to track resource consumption, resource costs, throughput and Scope 1&2 emissions. Consumption data is supported by process measurements designed to track the drivers of efficiency and which support ongoing performance optimisation. Temperature, pressure, product counts, flows and more – whatever is of relevance and can be measured, we can get that data online and use it to highlight inefficiencies and inform action.
By centralising metering data in a single platform, EfficiencyTRAK creates a reliable foundation for understanding how resources are used across a site. Embedding global best practices in resource efficiency engineering into the approaches we use to assess individual processes, we give users the tools they need to maximise efficiency and sustainability.
From data to decisions
Users can track trends over time, identify abnormal consumption patterns, determine their likely causes, and respond quickly to inefficiencies or losses. Alerts are configured to enable automatic notification when predefined thresholds are breached or anomalies are detected.
The platform is designed to support practical, operational decision-making. Whether for cost control, sustainability initiatives, or compliance and reporting, EfficiencyTRAK provides the insight required to manage resources more effectively.
Built to fit
Measurement devices and communication protocols are selected based on site requirements, ensuring a cost-effective and fit-for-purpose solution. The platform is fully scalable, allowing users to start with a single meter and expand progressively as requirements grow.