Control

Developing an advanced active flow control system to modify the air flow over wind turbine blades, with blade-mounted plasma actuators. These solid-state electrical devices enable turbine blades to instantly react to changes in the wind and diminish unwanted aerodynamic forces before they develop.

Enabling you to manage and share data, across any cloud service and in any format.

PXiSE can integrate and precisely coordinate the use of DERs at high-speed in order to optimize the economic and reliability objectives as a system.

PowerFlex's Adaptive Load Management dynamically adapts to changing electrical conditions, optimizing the existing infrastructure with speed and precision.

We provide low-latency (10-100 microsecond) machine learning algorithms that adapt over time to predict and control complex physical systems. Our technology is seamlessly integrated from the base hardware to low-level assembly code, all the way up to a high-level, easy-to-use user interface that runs within a web browser. An early prototype of this technology has proven capable of both predicting and controlling near chaotic, stability limit engine combustion in sub-millisecond real-time.

Versor develops software necessary for true autonomous drone flight both indoors and outdoors, enabling complete automation of industrial drone operations. We believe this level of automation requires superior localization, which is particularly difficult to achieve indoors and in GPS-denied areas. By removing the need for pilots, entire fleets of drones may be supervised remotely, enabling true scalability of drone operations across various applications.

The iSpin spinner anemometer measures the wind where it makes sense: in front of the rotor at the spinner, where the wind hits the turbine first. Our goal is to provide you with better insights for full wind turbine performance. For the first time in the history of measuring wind at wind turbines, there’s a unique possibility to prevent loss of productivity of your turbines and to enable deep insights in wind conditions by simultaneously measuring all significant wind parameters.