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  • Design Engineering Simulation

    • January 17, 2017

      FieldView 16.1 Post-Processing, Visualization and Workflow Automation Solution has been selected Digital Engineering Editor’s Pick of the Week.

      Digital Engineering (DE; has announced that the 16.1 release of the FieldView CFD (computational fluid dynamics) post-processing, visualization and workflow automation solution from ac&e partner Intelligent Light was its Editor’s Pick of the Week for January 11, 2017.

      “By specializing on CFD post-processing, FieldView eliminates lots of the overhead in an all-in-one CFD system,” writes Anthony J. Lockwood, editor at large for Digital Engineering. “While this alone provides a good measure of efficiency, it also means the company’s engineers can focus on the productivity tools designed to get you interactively exploring and presenting data quickly.”

      “The line on FieldView is that it’s fast, easy to implement and easy to use,” he says. “It works with data from leading CFD systems – often certified to work with those systems – and most OSes. It can handle huge data sets and scale from workstations to HPC (high-performance computing) resources. It helps you capture best practices and create CFD workflows that make your processes more efficient, friendly and productive. You can run multiple simulations quickly, and its visualization and presentation capabilities are said to be top notch.”

      “Visualization [is] a key area of enhancement in FieldView 16.1,” Lockwood writes. “The software already came with the tools to create animations and 3D PDFs. It now has added functionality to create MP4 movies that you can use with your PowerPoint presentations or as YouTube videos. It also has a couple of new readers that let you see what’s happening with structured and unstructured VTK (Visualization ToolKit) data sets.”

      “If you’ve never tried FieldView, then sign up for evaluation and run it through it paces. Sounds well worth your time,” concludes Lockwood.

      Read the full Editor’s Pick of the Week at FieldView CFD Updated

    • December 16, 2015

      digital simulation of Minesto green technology 'kite'

      (Source: Minesto)

      Leading marine renewable energy company Minesto, has together with eight partners, including ac&e, received EUR 5.1 million, to develop the Deep Green technology within a project named PowerKite. The project will be financed through EU Horizon 2020.EU has a strong ambition to develop the field of marine energy and has quadrupled its budget over the next four years. To utilize the oceans is something that also has been prioritized at the climate meeting in Paris, COP21, in programs such as ”Energy and water: a nexus for development and adaptation to climate change” and ”Ocean solutions for our climate: mitigation through marine innovation”.

      Together with eight partners Minesto now have now secured EUR 5.1 million to improve the Deep Green technology’s robustness and performance. The aim is to develop the next generation of the Deep Green power plant; to give it a better performance, a longer life expectancy and improved reliability, all in order to further reduce costs for generating electricity from tides and ocean currents.

      Minestos partners consists of the Belgian electricity company Laborelec, a subsidiary of Engie, the world’s largest private electricity company, Chalmers University of Technology, Midroc Project Management AB, SSPA Sweden AB, UW-Elast, Moorlink Solutions AB and ac&e and Queens University Belfast in the United Kingdom.

      “Succeeding in establishing development projects with leading players in Europe like this, is a proof of the interest in our product and our ability to establish large projects”, said Anders Jansson, CEO of Minesto. ”Being able to take part in this effort on marine energy, by the EU, is of course highly pleasing, motivating and extremely important.”

      The project will run for 30 months, and the consortium will cover the science areas that are necessary to improve product performance, and ensure environmental standards as well as the requirements of customers.

      “We have been involved in the marine energy sector for a number of years and we are delighted to be part of the PowerKite project”, said Ana Novak, Project Manager, ENGIE Lab. ”The Deep Green technology is focusing on proving cost-efficient use of low velocity tidal streams which could be beneficial for the tidal sector as a whole.”

      Minesto was recently listed on NASDAQ First North in Stockholm, giving the company a capital injection of EUR 15.5 million on top of other recent funding from the European Regional Development Funds through the Welsh Government (EUR 13 million) and KIC InnoEnergy (EUR 3.5 million).

      Overall, Minesto has received investments of circa EUR 37 million in 2015, in order to be able to accelerate its efforts to become one of the leading actors worldwide in the marine energy sector.

      For additional information please contact:

      Anthony Mosquera
      Tel: +44 (0)1925 606407
      Fax: +44 (0)1925 606411

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      About Minesto

      Minesto is a marine energy company whose mission is to minimize the global footprint of the energy industry by enabling commercial power production from low velocity tidal and ocean currents. Minesto’s award winning and patented product, Deep Green, is the only proven marine power plant that operates cost efficiently in areas with low velocity currents. In May 2015, Minesto secured a €13m investment from the European Regional Development Fund through the Welsh Government for the commercial rollout of Deep Green. Minesto was founded in 2007 and is based in Gothenburg, Sweden, Anglesey, Wales and Northern Ireland. The major shareholders in Minesto are BGA Invest and Midroc New Technology. Anders Jansson is the company’s CEO. Read more about Minesto at

      For more information, please visit: the Minesto website



    IT Solutions/Facilities Management

    • December 10, 2014

      BAE Systems’ Hawk Synthetic Training Facility (HSTF) at RAF Valley provides a training facility for trainee pilots, instructors and air traffic controllers. The £60 million+ simulation facility operates at 99.86% availability, 14 hours per day and relies heavily on ac&e’s dedicated and bespoke support. Download the HSTF case study: