Placement helps energy software company develop prototype

Jordan Robinson has completed a work placement where he successfully built a model of a wind turbine which can be remotely controlled with software developed by Quorum.
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Innovative technology which allows National Grid to control wind turbines remotely is being developed at a North-East business thanks to a partnership with Teesside University.

Quorum Development, of Sedgefield, County Durham, is a market leader in providing EDT (electronic data transfer) and EDL (electronic dispatches and logging) interfaces to National Grid.

Jordan Robinson, an MEng instrumentation and control graduate from Middlesbrough, developed an interface that connected up Quorum’s software to a wind turbine during a four-month work placement, and as part of his Master’s degree project at Quorum Development, demonstrating that National Grid could automatically control a wind turbine’s output.

The company recently showcased a working prototype of this system using the software built by Jordan, which attracted considerable interest at a major industry conference for the energy sector.

Quorum is now investigating possible industry partnerships to utilise this technology and is looking into the possibility of a further partnership with Jordan and Teesside University.

Jordan, who is from Middlesbrough, began working on software projects at Quorum as part of his undergraduate degree and then undertook the placement as part of his Master’s course.

The remote control system he has designed will make it much simpler for National Grid to automatically control wind turbines, many of which are in remote or hard-to-reach places, in order to meet the balancing demands of the National Grid.

Jordan said: “The model I have developed proves the principle of the software and demonstrate that it works in practice.

“It was fantastic to work on a real-life project such as this and put the theoretical knowledge which I learned on my degree into practice.”

Quorum technical director Paul Fothergill said: “The placement has been a real success and the model that Jordan has developed has given us the confidence to go forward and start developing this software further.

“We can now demonstrate that we have an end-to-end system that works. We have already had a lot of interest when we demonstrated it at the All Energy Conference in Glasgow.”

The MEng Instrumentation and Control Engineering helps students develop their knowledge and skills in instrumentation, electronics and advanced control engineering, and helps them develop the ability to analyse information from a variety of sources in order to make effective decisions on complex instrumentation and control engineering problems.


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