Integrating Energy Storage Systems

According to SNL Energy, the economic value of energy storage at maximum market potential in the U.S. is $228.4 billion over a 10-year period.

USC Team Develops New Method to Create the Next Fuel-efficient Renewable Energy

The fossil fuel fight goes on for USC scientists as they develop a new method for creating reversible hydrogen storage based on methanol, with no carbon emissions

Are Perovskite Solar Cells in Our Future?

One challenge for perovskite commercialization is stability, as the light-sensitive material in these devices dissolves in the presence of water and decomposes at high temperature.

Brushing Up On Wind Turbine Maintenance Techniques

When it comes to turbine failure, many maintenance engineers will look towards the gearbox, electrics, or rotary blade, but often the cause of failure can be one of the least expensive components in the system, and one which should be relatively easy to replace - the carbon brush, which is situated inside the generator.

Gigantic Wind Turbines Signal Era of Subsidy-Free Green Power

Jess Shankleman , Brian Parkin , and Anna Hirtenstein for Bloomberg: Offshore wind turbines are about to become higher than the Eiffel Tower, allowing the industry to supply subsidy-free clean power to the grid on a massive scale for the first time.

10 Finalists Compete for Energy Storage Funding at Bright Minds Challenge

DSM launched this international competition last October with the goal of identifying the most promising solar and energy storage solutions that will contribute to the ultimate objective of producing 100% renewable energy for the entire planet.

Power Regulation and Pitch Control

Wind gusts can increase wind speeds at rates and for durations just long enough for the energy to enter the system, but sometimes too fast for conventional pitch control systems to respond adequately.

Using Shipping Containers to Construct a Biomass Recycling Facility

A Certificate of Occupancy on a building constructed of 60 Intermodal Shipping Containers is a huge accomplishment for Paul Wever, president of Chip Energy Inc.

Cellulose to Sugar (CTS) Technology for Ethanol Production

The CTS reactor creates a mechanochemical reaction within minutes and breaks down the cellulose to its base components of C5 and C6 sugars and Lignin. The sugars can then be fermented to create biofuels, fine chemicals, or a number of other items including pharmaceuticals, carbon fiber nanotubes, construction products, and nutraceuticals to name a few.

The Infrastructure Vision 2050 Challenge

Participants submitted written plans and supporting visual assets for a unique transportation system that improves upon current infrastructure to move people more quickly, sustainably and/or cost-effectively.

Can Sewage Solve Our Energy Crisis?

Sewage-to-energy would cut costs, and reduce greenhouse gas emissions. Industry calculations show that if all biosolids in the United States were converted into biomass energy, they would yield 7 million to 7.6 million megawatts of energy, while the existing capacity of wind power in the United States is approximately 43,000 megawatts.

Solar Energy DealReader: Q4 2016

Consolidation amongst producers as well as private equity and private investment in solar largely drove demand for solar deals.

Record-breaking solar panel converts more than a quarter of sunlight into electricity

Ian Johnson for Independent: A record-breaking solar panel that can convert more than a quarter of the sunlight it receives into electricity has been developed by researchers in Japan.

Tracking the Sun - A Growing Opportunity

Tracking is still relatively young -- the majority of deployments have really been in just the past few years -- but it's growing up fast.

Automation in the Energy Industry

Automation should be the prologue to a discussion whenever a new process is introduced, not a postscript. This fundamental shift in thinking is critical to maximize any automation strategy.

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