DISCOVERING EFFICIENCIES WITH MACHINE LEARNING
01 / REOptimize
REOptimize is a revolutionary system for optimization of wind, tidal and hydro turbine control parameters. It uses machine learning techniques combined with accurate component models to find the global optimum of the system at all operating points. ACTOS is explained in the diagram below.
02 / EWST
The Edinburgh Wave Systems Toolbox is a state-of-the art Matlab toolbox for the simulation of devices in ocean waves, particularly wave energy converters. It requires only Matlab (no Simulink requirement) and can also run in Octave, the free Matlab alternative. The toolbox itself is completely free and open source.
03 / EEMT
The Edinburgh Electrical Machines Toolbox is a Matlab Toolbox for the design and optimization of electrical machines, especially permanent magnet machines. Includes multi-objective optimization and integration with multibody dynamics.
We know wind power. We have developed a revolutionary, patent-pending optimization system (ACTOS) for wind (and tidal) energy generators which uses machine learning techniques combined with accurate component models to realize typical gains of 6% additional energy yield.
Wave power is in our blood. We have extensive experience developing PTOs for wave power devices and are the main contributors to the open source Edinburgh Wave Systems Matlab Toolbox. We can simulate and help optimize your systems.
Our optimization software tool is also applicable to hydro plants, where the gains can be greater than wind and have even more impact on profitability. We can optimize your hydro plant, and you can maximize your investment.
With our state-of-the-art software tools we can simulate, design and optimize a wide range of generator technologies including traditional induction machines, large low-speed permanent magnet machines, switched reluctance machines and several others. We can also design both linear and rotary versions of these technologies.
We are physical system simulation experts, particularly renewable energy systems. We can also simulate complex multi-body dynamics and motion, a wide range of electrical machines, control systems, hydraulics, wave interaction, aerodynamics and more. All this can be run in the cloud, and scaled instantly.
We can write software for you in Matlab, C++, Python and several other languages. We have a particular expertise linking C++ objects to Matlab in a natural and efficient way. We are Matlab experts, but also know how to write code which runs in both Matlab, and the free alternative, Octave.