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Tahoe P2000FS Pellet Stove from Breckwell

The width x depth x height measurement of the Tahoe P2000FS pellet stove is 29-1/8 in. x 22-5/8 in. x 30-1/4 in. and the flue outlet of this stove measures 3 in. The total weight of this stove is 250 lbs.

1 Jun 2010

KOZI Previa Cast Iron Pellet Stove from APR Industries Ltd

The heat exchange blower installed in this stove is of variable speed type. The large sized ceramic viewing glass incorporated in this model withstands heat up to 760°C and the unique air wash system maintains the viewing glass clean.

1 Jun 2010

Easyfire Pellet Heating System from KWB

The standard type of heat exchanger installed in the pellet heating system is fully automatic and the in-built special springs regularly cleans the heat exchanger for maximum heat exchange and improved efficiency.

31 May 2010

G-3120-35 kW Wind Turbine from Endurance Wind Power

The G-3120 incorporates a twin caliper brake system for easy closing down of the turbine operations during high velocity winds, grid failures and maintenance. A pitch control brake system utilizing a passive spring-loaded device is offered as secondary safety brake.

31 May 2010

Powercorn-Biocom Flex Heating System from Guntamatic

The dust produced during the heating are collected in a specially introduced reaction tube. The double layered stainless steel surface used in the heater allows condensation of aggressive substances over it thus avoiding the problem of damages.

31 May 2010

GE 600 kW Solar Inverter from GE Energy

The incorporated SolarRIDE-THRU technology lets the inverters to remain connected even during grid disturbances. This new technology includes low voltage ride through (LVRT), zero voltage ride through (ZVRT) and high voltage ride through (HVRT) potentials.

31 May 2010

GTC Split Series Geothermal Systems from GeoComfort

The coaxial heat exchangers utilized in the GTC60 are corrosion protected and prevents condensation problem at low level temperatures. The air coils utilized in this geothermal system are specially coated for increased life.

31 May 2010

SOLARA SM420SP Solar Module from CentroSolar

The IP65 type of junction box utilized in the SOLARA SM420SP is waterproofed and allows quicker interconnection between the panels. The cell interconnections with in-plain strain relief extend improved reliability.

31 May 2010

Sunboard Solar Panel from Flexcell

The Sunboard 27 model solar panel produces a maximum of 27 W power. This flexible solar panel offers an operating voltage of 15 V, an operating current of 1800 mA, an open circuit voltage of 23 V, and a short circuit current of 2400 mA.

31 May 2010

SunPower 210 Solar Panel from Clean Energy USA

The SunPower 210 Solar Panel is designed to offer a Pmax of 210 W, a Vmpp of 40.0 V, an Impp of 5.25 A, a Voc of 47.7 V, an Isc of 5.75 A and a maximum system voltage of 600 V.

31 May 2010

Windcell Windbelt Wind Generators from Humdinger Wind Energy

The Windcell flutter technology panels does not use spinning blades and use least number of moving parts. The wind panels can be assembled into vast arrays and easily installed.

29 May 2010

Aeolos-H 50kw Horizon Axis Wind Turbine from Aeolos Wind Turbine

Aeolos Wind Turbine, Aeolos-H 50kw horizon axis wind turbine, horizon axis wind turbine.

29 May 2010

Extreme Wind Windspire Turbine from Windspire Energy

This 1200 W wind turbine is designed to produce an annual output of 2000 kWh. The cut-in wind speed of this turbine is 8.5 mph, its AEP average wind speed is 12.5 mph, and its rated power wind speed is 26.8 mph.

29 May 2010

Pelletplus Sun and Biomass Energy System from Oxford Solar

The power and combustion regulations system incorporated in the Pelletplus energy module adjusts the burner operations automatically and use down-burn technique for better heating and lambda sensor technology to sense the amount of unburnt oxygen in the exhaust.

29 May 2010

HYenergy Wind-Solar Output Hybrid Wind Turbine System from WindMax Green Energy

The brushless generator used in the wind turbine incorporates strong neodymium magnets and does not require regular maintenance. For stopping the wind turbine operations a fully automatic aerodynamic braking and a controller managed electromagnetic braking are used.

29 May 2010