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July 2011: Prototype Testing in full swing |
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The engineering team is testing MTT’s co-generation unit since a few weeks. The first results are promising.
A lot of activity has taken place recently. A complete new test cell was built, supporting all safety requirements. Also work has almost finished on a second test unit which will be used for durability testing.
The plan is to test the units for the remainder of the year and use the results to build an enanced prototype in the beginning of next year, This will the basis for the field test units which will be manufactured later that year.

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May 2011: Prototype nearing completion |
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The construction of the first prototype of MTTs micro CHP (Combined Heat & Power) system is progressing very well. All components have arrived and are being pieced together. The next step is for the outside plates to be painted. Then the system is ready for extensive testing.
For such a powerful machine (3kWe and 14 kWth), it is indeed very small and light weight.

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December 2010: René Truschel appointed as Head of Business and Development & Projects |
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As of the 1st of December René Truschel has been appointed as Head of Business Development & Projects. He will also join the Management Team of MTT. René has a large experience in managing business related high tech projects, in which field he has been active for Vodafone over the past 12 years. |
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December 2010: New member of Advisory Board - Ir. Hans Kattemölle |
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MTT welcomes a new member of the Advisory Board, Ir. Hans Kattemölle. Hans is active as CEO of Wolter&Dros, one of the largest independent installation companies in the Netherlands. As the MTT micro CHP system is approaching field testing and commercialization, installation aspects become more important for MTT. In addition, his experience in the energy sector is of great value. |
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October 2010: Start prototyping |
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As the micro CHP demonstrator is working properly and the targeted efficiencies are within reach, MTT has started the prototyping phase of its development. The prototype will be smaller in size and will have improved performance, while various subsystems will be optimized thus improving the efficiency of the micro CHP system. |
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