Description: Das Projekt "Windturbine fuer die Produktion von Elektrizitaet (MON 30)" wird vom Umweltbundesamt gefördert und von Messerschmitt-Bölkow-Blohm durchgeführt. Objective: MBB will construct and demonstrate one bladed 30 m diameter, 200 kW wind turbine MON 30 which will be an enlarged version of the FLAIR -8. Innovations consist of the flexible design, hubless single blade rotor, mechanical function of control and safety devices. The wind generator will produce electrical energy at the wind power plant at Wilhelmshaven. The estimated annual yield is 300 MWh. General Information: An enlarged version of FLAIR-8 but with many innovations was constructed and installed by MBB at Wilhelmshaven in FRG. The new MON 30 is a flexible design of a single bladed wind turbine with a diameter of 30 m and nominal power 200 KW. Hubless design with speed and power regulation as well as mechanical safety devices. The components of the wind turbines don t have to take up the full strain resulting from the turbulent wind but it will be compensated by the system flexibility. Even the tower is flexible being separated into a rigid and an inclined part with the turbine at the top and the counterweight at the bottom. The blade has freedom to move in flap and lead-lag direction and controls its pitch angle passively. The electrical energy production, was backed-up into the grid. The cost per KWh is estimated at 0. 21 DM while the conventional cost is 0. 28 DM. The demonstration phase will last one year and results are expected with special interest as it is a totally new design based on the soft theory design concept. It is a cooperative project of MBB and RIVA CALZONI.Objective: To install an aircraft-derivative gas turbine of 35 MW in the contractor's power plant with the necessary alterations and to operate the system continuously and at full load under industrial conditions. General Information: The energy requirement of the chemical industry is changing towards more electricity and less steam, a balance which for conventional power plants is difficult to achieve in an energy-efficient manner. This project will demonstrate that the use of aircraft-derivative gas turbines in a conventional power plant can improve the electricity output by 30 per cent while reducing the steam production. The system comprises first a gas generator which consists of 2 compressors of increasing power built in-line, a combustor and 2 turbines of decreasing power equally built in-line. This is linked to a 3-stage power turbine which drives the electricity generator. The exhaust gases of the power turbine are ducted into a heat recovery boiler for steam production. The gas generator is the critical part as the turbine. In contrast to industrial turbines, aircraft turbines are normally not used in continuous operation and at full-load during aircraft take-off. This new aircraft-derivative gas turbine will be installed in place of an existing industrial gas turbine in the power station of Dow Chemical GmbH in Stade. The financial EEC participation of 2,330,000.-DM is limited to the innovative part of the project i.e. the construction of the...
Types:
SupportProgram
Origin: /Bund/UBA/UFORDAT
Tags: Wilhelmshaven ? Stade ? Pech ? Abwärmenutzung ? Chemische Industrie ? Elektrizität ? Wasserdampf ? Windenergie ? Windkraftanlage ? Bundesrepublik Deutschland ? Anlagenoptimierung ? Dauerbelastung ? Stromerzeugung ? Gasturbine ? Genossenschaft ? Unfallverhütungsvorschrift ? Verbrennung ? Verfahrenskombination ? Warmwasserbereitung ? Kraftwerk ? Erneuerbare Ressource ? Gasgenerator ? Anlagensicherheit ? Innovation ? Internationale Zusammenarbeit ? Kostensenkung ? Luftfahrzeug ? Betriebskosten ? Bilanz ? Chemikalien ? Abgas ? Abhitzekessel ? Energie ? Minderungspotenzial ? Energiebedarf ? Energieeinsparung ? Energiegewinnung ? Produktdesign ? Rotor ? Sicherheitsvorschrift ? Turbulenz ? Maschine ? Hang ? Effizienzsteigerung ? Anlagengröße ? Verdichter ? renewable sources of energy ? Turbomaschine ? Abwärmeboiler ?
Region: Bayern
Bounding box: 12.53381° .. 12.53381° x 47.795° .. 47.795°
License: cc-by-nc-nd/4.0
Language: Deutsch
Time ranges: 1986-01-01 - 1991-12-31
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