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tidal turbine Equipment

  • Tocardo - Model T1 - Tidal Turbine

    The T1 is the smallest in the Tocardo Turbine range. Its limited size and weight make it an ideal turbine for rivers and canals but also shallow tidal sites.

    By Tocardo based in Den Oever, NETHERLANDS.

  • Model HS300 - Tidal Turbines

    HS300 is a 300kW prototype installed at 50 meters depth in Kvalsund in Finnmark, Norway. The device has been through a complete deployment, operation, retrieval, maintenance and redeployment cycle, and has proven to be both efficient and reliable.

    By ANDRITZ HYDRO Hammerfest based in Hammerfest, NORWAY.

  • Tocardo - Model T3 - Tidal Turbine

    The T3 turbine is Tocardo’s first turbine exclusively designed for offshore tidal sites such as the Pentland Firth in the UK. Using the same core technology (direct drive generator, bidirectional blade) makes this a robust and reliable turbine. The T3 is in the final stages of development and testing, and will be available in the near ...

    By Tocardo based in Den Oever, NETHERLANDS.

  • Tocardo - Model R1 - Tidal Turbine

    The R1 turbine is similar to the T1 turbine used in tidal flows. The robust and innovative design enable a lifetime of 20 years under harsh conditions. The fixed, composite rotor is specially designed to withstand all the forces from strong and turbulent river flows and can deal with small debris. The R1 can be installed with Tocardo's standard ...

    By Tocardo based in Den Oever, NETHERLANDS.

  • Tidal Turbines

    The technology is developed from long experience of modern technology used in wind mills, subsea oil & gas production and in hydro-power plants. The technology has been thoroughly tested and has experienced regularity in delivering electricity to the power grid.

    By ANDRITZ HYDRO Hammerfest based in Hammerfest, NORWAY.

  • Tocardo - Model T2 - Tidal Turbine

    The T2 turbine is perfect for inshore and offshore tidal sites. The size and weight of the turbine are still limited compared to big 1 MW+ turbines, making it easier and cheaper to transport and install, which reduces project costs. Installing a 1 MW array of T2's will be cost competitive with a single 1 MW turbine, without the risks involved with ...

    By Tocardo based in Den Oever, NETHERLANDS.

  • Model HS1000 - Tidal Turbines

    The HS1000 is a 1MW pre-commercial demonstrator deployed at the EMEC tidal test site in the Orkney Isles. The device is essentially a scaled up version of the HS300, with some changes made to accommodate the facilities at the EMEC tidal test site. The turbine is heavily instrumented and will serve as a platform for future research and development ...

    By ANDRITZ HYDRO Hammerfest based in Hammerfest, NORWAY.

  • Model CC0 - Tidal Turbines

    Clean Current has developed a family of turbines ideally suited to the marine tidal environment. Leveraging the proven technology from the river in-stream turbine (proprietary generator, bearing, turbine blade and duct) and the bi-directional tidal technology, Clean Current has added a central yawing bearing to provide the turbine with the ability ...

    By Clean Current Power Systems Incorporated based in Vancouver, BRITISH COLUMBIA (CANADA).

  • Lockheed Martin - Model AR1500 - Tidal Power Turbine System

    The AR1500 is the latest tidal power turbine system under development at Atlantis. The AR1500 will have a rated capacity of 1.5MW at 3.0 m/s and will be designed to withstand the extreme environmental conditions expected to be encountered in the Pentland Firth in Scotland and the Bay of Fundy in Canada. The detailed design of this cutting edge ...

    By Atlantis Resources Corporation based in Victoria, UNITED KINGDOM. from AR Series Product line

  • MSI - Tidal & Hydro Turbines

    As the world shifts its energy supply from fossil fuels to renewable sources, many innovators are looking to capture the kinetic energy of water in tidal currents and river flows.  While the technology is substantially less developed than that associated with wind power, the first large-scale experimental fixtures have recently been deployed ...

    By Mechanical Solutions Inc. Testing & Troubleshooting based in Whippany, NEW JERSEY (USA).

  • 2kW Turbine

    Ideal for use in a canals/rivers/existing Hydro Power Project (HPP) or for new micro power plants.Depth requirement of at least 2m.Velocity requirement of 1.2m/s to 4.2m/s

    By Kirloskar Integrated Technologies Limited based in Kothrud, INDIA. from Tidal & Marine Product line

  • TidalStream - Turbine

    The simplest way to develop tidal stream energy is to borrow from  horizontal axis wind turbines, where the technology, components and  know-how have been developed over the last 30 years. A tidal stream  turbine is just like a wind turbine underwater, except that the density  of seawater is 800 times greater than air, and flow ...

    By TidalStream Ltd. based in Southam, UNITED KINGDOM.

  • Tidal Energy Technologies

    The technology required to convert tidal range energy into electricity is very similar to the technology used in traditional hydroelectric power plants. It requires building up a reservoir of certain head that will be continuously filled by turbine pumps operated by movement of large mass of water during the rising and ebbing tide. The water in ...

    By Hiro Energy-Tech Limited based in Mumbai, INDIA.

  • Triton - Tidal Energy Platform System

    TRITON is a tidal  energy platform system being developed by TidalStream Limited. It offers tidal turbine developers a deployment and operation system that could halve the cost for their turbines than can be provided by single installation systems. The platform is adaptable and a range of turbine types can be accommodated, providing the ...

    By TidalStream Ltd. based in Southam, UNITED KINGDOM.

  • Tidal Stream Energy

    Tidal stream energy presents one of the most exciting emerging forms of renewable energy. Tidal streams, unlike many other forms of renewable energy, are a consistent source of kinetic energy caused by regular tidal cycles influenced by the phases of the moon.  Intermittency is a problem for wind, wave and solar power as the sun doesn’t ...

    By Marine Current Turbines Ltd. (MCT) based in Bristol, UNITED KINGDOM.

  • Bulb Hydro Turbines

    With more than 300 bulb units installed worldwide, Alstom has outstanding knowledge and experience in design, manufacturing, installation, commissioning and management of complex bulb projects, whatever the environmental conditions.

    By Alstom based in Levallois-Perret Cedex, FRANCE. from Hydro Turbines Product line

  • Model CC015A - River Turbines

    Clean Current has developed a family of turbines ideally suited to the specific environment found in rivers. This technology, adapted from Clean Current’s extensive experience gained in tidal turbines, uses the same proprietary generator and bearing technology and combines this with specific blade and duct modifications. The result is a ...

    By Clean Current Power Systems Incorporated based in Vancouver, BRITISH COLUMBIA (CANADA).

  • SgurrControlBox - Turbine Control Design Toolbox

    Model, design and test wind and tidal turbine control systems. Build wind or tidal turbines control systems more efficiently with one of the industry's leading design and modelling software tools. The 'SgurrControlBox' control design toolbox is ideal for control and mechanical engineers. The SgurrControlBox embedded in the MATLAB numerical ...

    By SgurrControl based in Glasgow, UNITED KINGDOM.

  • Alstom - Bulb Hydro Turbines

    Alstom Bulb units provide the most efficient solution when faced with heads up to 30m. Bulb units have almost replaced Kaplan turbines for new low head power plants.With more 309 Bulbs installed worldwide, Alstom has outstanding knowledge and experience in design, manufacturing, installation, commissioning and management of complex Bulb projects, ...

    By Alstom based in Levallois-Perret Cedex, FRANCE. from Renewables-Hydro Power Product line

  • ATLAS - Individual Blade Controller

    Reduce loads to lower capital and operational costs. ATLAS (Advanced Turbine Load Alleviation System) is our patented individual blade control (IBC) solution for load reduction and turbine performance enhancement. It works by adjusting each blade’s pitch angle individually in response to measured loads. ATLAS is proven to significantly ...

    By SgurrControl based in Glasgow, UNITED KINGDOM.

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