5%–8% expected energy savings
Real-time view of energy consumption
Modeling scenarios capabilities
Government or utility-funding support
- The organization found it difficult to understand the overall costs associated with its gas and electricity consumption.
- There were no standardized means to identify and justify energy improvement projects or initiatives.
- No integrated system existed that could visualize and monitor the instantaneous and historical consumption of gas, electricity, and other types of energy.
Hatch provided a solution to holistically understand and manage the organization's energy consumption, and minimize performance variation. What we proposed was able to collect, analyze, and communicate the right information, something essential for driving energy savings and efficiency measures.
- We performed an energy audit of the plant to obtain a good understanding of its operations and processes. The audit helped identify gaps and opportunities for energy reduction and savings.
- The design and implementation of an energy management information system used OSIsoft PI (PI AF) and a third-party visualization tool. The solution followed Natural Resources Canada (NRCan) Energy Management Guidelines.
- What then became possible was an automated collection of data from utilities, manufacturing systems (MES), web services, and enterprise resources planning systems (ERP) such as SAP.
- The project set the foundation for further improvements and initiatives using the OSIsoft PI Asset Framework.
- The plant assets were modeled and standardized to allow efficient updates of the model to be made in the future, such as the addition of assets.
- Energy performance was benchmarked so it would be possible to analyze energy usage and understand its consumption.
- Expected energy savings were estimated to be 5%-8%.
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Arizona, United States
United Arab Emirates
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