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It is no longer sufficient to think of energy usage as being driven by economic development. The time has come to begin assessing the role of energy versus other inputs as a means of stimulating development.

FloDesign Wind Turbine, a spin-off from the aerospace company FloDesign based in Wilbraham, MA, has developed a wind turbine that could generate electricity at half the cost of conventional turbines. The company recently raised $6 million in its first round of venture financing and has announced partnerships with wind-farm developers. The company's design, which draws on technology developed for jet engines, circumvents a fundamental limit to conventional wind turbines. Typically, as wind approaches a turbine, almost half of the air is forced around the blades rather than through them, and the energy in that deflected wind is lost. At best, traditional wind turbines capture only 59.3 percent of the energy in wind, a value called the Betz limit.

Amerigon Incorporated , a leader in developing and marketing products based on advanced thermoelectric (TE) technologies, today announced that its subsidiary, BSST LLC, will partner in a U.S. Department of Energy (DOE) project to develop a highly-efficient thermoelectric heating and cooling system for automobiles that will substantially reduce energy consumption, engine load and ultimately greenhouse gas emissions. The goal of the 36-month, up to $8.4 million project is to create a zonal heating and cooling system for automobiles that heats or cools the vehicle occupants, rather than the entire cabin and its components, thereby reducing the energy consumed by existing heating/cooling systems by one third.

The Biomass Research and Development Technical Advisory Committee was founded as part of the Biomass Research and Development Act of 2000. The Committee encourages closer collaboration among federal and state agencies, industry, and growers and provides expert advice on strategic planning; the technical focus of requests for proposals, and procedures for reviewing and evaluating funding proposals.

After ten years of research and development, Statkraft believes the time is now right to build the first osmotic power plant prototype and is therefore stepping up its initiatives and investments to develop the technology. With this decision Statkraft will have invested more than NOK 100 million to develop a new, renewable energy technology. The research work is supported by The Research Council of Norway.  The global technical potential for osmotic power production is estimated at around 1600 TWh, including around 200 TWh in Europe and 12 TWh in Norway, or 10 percent of Norway’s current power production. The innovation has already attracted attention in the international energy community.

If developed countries act now, a ‘climate-smart’ world is feasible, and the costs for getting there will be high but still manageable, says a new World Bank report released today. High-income countries also need to act quickly to reduce their carbon footprints and boost development of alternative energy sources to help tackle the problem of climate change.