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Energy Efficiency

Implementing energy-saving technologies, materials and processes into the products that people use every day not only helps preserve the planet’s limited natural resources but limits the amount of harmful gases that are released into the atmosphere as well. From a automobile that goes longer on a single tank of gas to windows that reduce a home’s heating and cooling costs, energy-efficiency makes products last longer, run better and work smarter.

Green Building

According the Energy Information Administration, buildings account for nearly 40 percent of the energy used in the United States. Homes and businesses built or retrofitted with green products and technologies reduce energy costs and conserve energy. Green building practices include installing improved insulation for walls and attics, double-paned windows and using renewable materials whenever possible. As almost 38 percent of the carbon dioxide emissions in the U.S. comes from the construction and operation of buildings, energy-efficient buildings help ward off climate change as well.

Energy Star Products

The Energy Star program was established by the Environmental Protection Agency. Before a product can display the Energy Star label, it must meet certain energy-efficiency criteria that is verified by a third party. While the criteria can vary from product to product, generally any extra cost required to make the product compliant must be recouped by the consumer through savings on energy bills. The Energy Star label is awarded to energy-efficient appliances, electronics, lighting fixtures and heating and cooling systems. New homes that use at least 15 percent less energy than standard homes may receive Energy Star certification as well.

Energy-Efficient Practices

Individuals can make significant contributions to energy efficiency. From cleaning the coils behind a refrigerator to turning off power strips at night, there are dozens of behaviors and practices that people can employ to help homes, businesses and cars save energy. Larger individual investments in energy efficiency include installing renewable power systems such as solar, wind and geothermal systems. These investments save substantial money over the long term. Energy efficiency isn’t just good for earth but good for the pocketbook too.

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Big Data Technologies

Big Data Technologies

Big data sets can be a powerful tool for many businesses and organizations. While big data had limited value before computers, new algorithmic technologies can render meaningful information from large sets of data.

Software to Simplify Solar Farm Design

Software to Simplify Solar Farm Design

With the market for solar power plants growing rapidly, the challenge to design them as efficiently as possible is being met by software developers from the Fraunhofer Institute in Germany working closely with Siemens Energy Photovoltaics.

New Biofilm Uses Atmospheric Superbugs to Generate Electricity

New Biofilm Uses Atmospheric Superbugs to Generate Electricity

Scientists have succeeded in harnessing a greater amount of energy than in the past from bacteria normally found far overhead in the Earth’s atmosphere, Bacillus stratosphericus, by incorporating it into a novel new biofilm used in Microbial Fuel Cells (MFC).

Mass Technology

Mass Technology

Mass-produced technology has evolved significantly over the past 200 years. As the industrial revolution increased production rates throughout the western world, many people experienced increased standards of living.

Long Term Evolution (LTE)

Long Term Evolution (LTE)

The LTE, or “Long Term Evolution” data network standard promises to offer revolutionary data network performance for mobile devices.

Are Mobile Payments the Future?

Are Mobile Payments the Future?

One of today’s most prominent emerging technologies is mobile payments. Services such as Google Wallet, Isis and an upcoming product from PayPal are all competing for a piece of what they believe will be the future of the economy.