ANDRITZ Power Plant Management delivers advanced management systems designed to optimize the operation of hydropower plants — from individual generating units to multi-unit power plants and coordinated river cascades. The core objective is to maximize energy production while systematically reducing operational costs, achieving the optimal balance between generation and expenditure across all plant configurations.

Modern power plant management systems integrate real-time operational data, grid signals, market information, and plant constraints to calculate and execute optimal dispatch strategies. For cascade operations — where multiple power plants share a common waterway — coordinated management ensures that water resources are used as efficiently as possible across the entire cascade, accounting for water travel times, reservoir levels, and downstream dependencies.

ANDRITZ Power Plant Management is positioned above the Plant Control layer, working with the real-time automation systems to translate management-level objectives into precise unit-level set-points and dispatch commands. Integration with the ANDRITZ DiOMera platform extends the system's capabilities to include predictive asset status, condition-based constraints, and production optimization.