Brookfield selects Artelys Crystal for hydropower assets optimization
Artelys will present the Artelys Crystal software solution, which is devoted to the modelling and optimization of energy systems, and in particular of hydropower plants. Fully customizable, this solution enables hydropower producers to realistically model their generation resources, taking into account all specific operational and market-related constraints. Thanks to its powerful optimization engine, the software takes advantage of all the sources of flexibility to automatically generate reliable least cost production plans.
Generation Planners from Brookfield Renewable will join Artelys during the presentation and explain how Artelys’ software is integrated into their scheduling process in order to optimize the production of two of their largest hydropower plants. They will also discuss the benefits of adopting such a tool.
Knitro 14.2 solve your toughest nonlinear non-convex models in seconds
— We are pleased to announce that Artelys Knitro 14.0 is now available! This new version enables compagnies to solve complex non-linear optimization problems with unprecedented efficency and precision.
Artelys Powers the Launch of CorNet’s Common Grid Model (CGM) Service
Artelys has been selected to develop computation engine modules for the Common European Merging Function (EMF) used in the core of the CorNet program’s RCC Service Platform, enabling pan-European operational power grid coordination and security analysis.
Driving Renewable Energy Integration: Advanced Solutions to increase the existing power grid’s renewable hosting capacity
Artelys proposes a methodology based on Artificial Intelligence to evaluate the increase of hosting capacity of variable Renewable Energy Sources (vRES) in electrical networks thanks to Grid Enhancing Technologies (GETs). .
Artelys Participates in the European HyNet Project to Optimize Hybrid AC/DC Power Grids
As part of the Horizon Europe program, Artelys is participating in the HyNet project. This initiative aims to study and optimize the operation of hybrid AC/DC power grids in the context of the rapid growth of power electronics-based technologies and the widespread deployment of distributed energy resources.
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