Challenges
We are seeking a solution that enables the automatic correction of operating parameters for devices (e.g., cooling liquid fans) and equipment used in technological processes (processes that do not impact operational safety) through the implementation of appropriate production automation systems at ANWIL S.A. The desired system must be integrated with the existing PI system, ensuring that all notifications and control occur within that system.
We are seeking a solution that enables the reduction of the number of physical sensors used in the monitoring of wind turbines. The solution, based on algorithms including artificial intelligence, aims to lower costs associated with the need for multiple sensors to monitor the turbine's operational parameters within its nacelle.
We are looking for a solution that enables the provision of services for energy communities, integrated with smart meters in use. Based on meter readings, the system should allow for the analysis of energy generation and consumption profiles, supporting energy communities in areas such as self-consumption and the sale of energy within the local community. The sought solution should facilitate the analysis of energy generation and consumption profiles from various renewable energy sources (RES) and simulate improvements in energy efficiency through the use of RES management systems, energy storage, and receiving devices. Additionally, it should enable the cost allocation of energy consumption for individual community members, including energy drawn from their own RES, energy taken from the distribution grid, and internal settlement between community members.
We are looking for solutions that enable ongoing quality control of products directly on the production line. The desired solution should provide the capability for automated, hands-free quality control in real-time, accelerate the quality control process through automation, and reduce costs by eliminating the need for sampling and transportation to the laboratory. The target system must be integrated with the systems used in the facility.
We are seeking a solution that will optimize the operation of the renewable energy source system to maximize revenue from electricity sales. The algorithms used in the system should take into account parameters such as the level of ordered power that must be supplied to the grid, energy prices on the commodity energy exchange, and predictions of weather forecasts that will influence the generation profile from the hydropower plant.
