Accounting & Settlement system is an important functionality for a plant which exports power and water. To perform this functionality the system needs to get various power and water meter data readings along with certain process parameters from the distributed control system. It generates the monthly invoices based on the power and water purchase agreements. AG-PASS is an integrated module of AGUILON platform which supports the accounting and settlement functionality.
It performs various functionalities like communicating with meter data system, DCS and perform various tariff calculations as per power/water purchase agreements and generates the monthly invoice reports. As part of the AG-PASS, Fuel Demand Model (FDM) a sub-module is utilized for an integrated power and water plant where MSF is used. FDM module is used to predict the fuel and steam demand based on the existing load conditions. PX-PASS is a user-friendly system which is highly flexible enough to build invoice and reporting functionalities based on change in power and water purchase agreements over a period of time.
PPM solution is the blend of AGUILON products which takes care from monitoring the data sources to providing valuable insights on the asset across the fleet and enterprise. The complete solution is developed on AGUILON platform, PPM provides the enterprise flexibility to customize any new analytics and functionalities according to customized requirements.
Recommends the optimum operational strategies and set points to enhance the operational efficiency, reduce emissions, cost of generation and to improve the equipment life. Performance Optimization module analyses the performances of all major equipment and the plant auxiliaries in real-time. The intelligent expert system tracks the parameters affecting the performances and degradation.
Based on the analysis and diagnostics, it recommends the optimized set points to the control system which helps to keep the plant efficiency at the best level. These expert system models are built upon latest predive analytics techniques which continuously trains the plant behaviour in real time.
Fuel Demand Model is a thermodynamic model-based system for combined water and power plant which predicts the oil/gas demand based on the existing load and environmental conditions. It combines the complete thermodynamic model of the power and desalination plant.
The Fuel demand model is developed based on the thermodynamic characteristics of the plant equipment and its properties. Based on the existing demand in the desalination plant, the FDM predicts the appropriate amount of steam and fuel required to be utilized.