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Synergy3D Series Geothermal Heat Pump from Tebby Air Conditioning and Heating

The WaterFurnace Synergy3D heat pump from Tebby Air Conditioning and Heating incorporates scroll type of compressors mounted on double-isolation plates for efficient, reliable and noise free functioning.

12 May 2010

Skystream 3.7 Wind Turbine Provided by WeGo Solar

The Skystream 3.7 wind turbine provided by WeGo Solar has a rated power producing capacity of 2.4 kW and this turbine weighs 93 kg. This wind turbine with a rotor diameter of 3.72 m sweeps an area of 10.87 m².

12 May 2010

V112-3.0 MW Offshore Turbine Model from Vestas

The main dimensions of the V112-3.0 MW wind turbine model include a blade length of 54.6 m, max chord length of 4 m. The installed height x width x length of the Nacelle is 3.9 m x 3.9 m x 14 m and the maximum sectional length x diameter of the tower is 32.5 m x 4.2 m.

12 May 2010

Solar Laminate PVL-144 Model Provided by United Solar Ovonic

The length x width x depth measurements of the Solar Laminate PVL-144 provided by United Solar Ovonic is 5486 mm x 394 mm x 4 mm and weighs 7.7 kg.

12 May 2010

Bio Junior Boiler Systems from Talbotts Biomass Energy Systems

The Bio Junior Boiler Systems provided by Talbotts Biomass Energy Systems has a step grate system to maintain even burn all through the fire chamber for efficient functioning.

12 May 2010

Soleil 2000-240 Grid Tie Inverter from Samlex America

The Soleil 2000-240 Grid Tie Inverter offered by Samlex America has a length x width x height dimension of 18.5 inches x 8.8 inches x 13.7 inches and weighs 39.6 lbs.

12 May 2010

Commercial Curb-Mounted 30 W Solar Attic Fan from Natural Light

The Curb-mounted 30 W Solar Attic Fan provided by Natural Light has five-wing precision balanced blades made of aluminum. These blades operate up to 1550 cfms and vents air up to 2500 sq.ft.

12 May 2010

CIGS Thin Film Solar Module SL2 from Q-Cells

The SL2-115 thin film solar module provided by Q-Cells incorporates 150 numbers of CIGS thin film solar cells. This frame less module has 4 mm tempered low iron glass as front cover and 3 mm float glass as its back cover.

12 May 2010

Using Wind Energy for Port Manoeuvres in Sialing Boats

Lecturers at the Higher Nautical and Naval Engineering Technical School, Mikel Lejarza, Jose Ignacio Uriarte, Miguel Ángel Gómez Solaetxe and Juan Luis Larrabe are part of a research team working on an innovative project: to have a sailing boat that can undertake port manoeuvres (such as mooring and unmooring) using electric energy obtained from the movement of the wind in their sails.

11 May 2010