Insights Archive - Page 8 of 11 - R&D Test Systems

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R&D Test Systems is developing the world's largest HALT XL test bench for LORC

The global wind industry will test the future generations of super wind turbines at LORC in Denmark. The Danish company R&D Test Systems is designing and building the wind industry’s largest and most advanced test bench, the HALT XL.

Grass Protein

Grass Protein has been nominated for hi Sustainable Development Award

R&D’s project “Green Grass Protein Factory & Concept” is among the five nominees for hi Sustainable Development Award.

Protein extraction grass plant

R&D is developing a conceptual plant for the extraction of proteins from grass

R&D aims to crack the code of constructing a complete plant capable of extracting proteins from grass. The plant will be the first of its kind in Denmark and will secure a new production line of locally produced high protein feed.

R&D moves its headquarters to a new and larger location

R&D has moved its headquarters to a new location in Hinnerup to meet the increasing demand for complete system deliveries in the Danish and global market.

Wind turbine

Ultrasonic clamp load testing: The best way to ensure the correct bolt pretension

Achieving the correct bolt pretension is essential in assuring bolted joint integrity. Bolted joints are critical when ensuring safe operation of wind turbines or other similar bolted connections.

R&D wants to be the preferred supplier of test systems in Europe

R&D opens a branch office in Frankfurt and thus continues its expansion in the European market with yet another office in Germany.

R&D gains a stronger foothold in the European market

R&D expands its international presence with a new office in Berlin. The opening of the new office is a part of the strategic plan to gain a stronger foothold in the European market.

R&D develops a more realistic and energy-efficient test method for wind turbines

In close collaboration with Aalborg University, R&D has completed the EUDP project regarding the development of a more realistic and energy-efficient test method for wind turbines.

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