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Pushing America’s Automotive Industry Forward

January 12, 2015 in 3D Printed Car, Electric Vehicles, EV News, Politics, Tesla

President Barack Obama greets Ramone Davis, a veteran who served tours in Afghanistan and Iraq and now works at Ford's Michigan Assembly Plant where the President spoke, in Wayne, Mich., Jan. 7, 2015. The President mentioned Ramone during his speech. (Official White House Photo by Pete Souza) Courtesy of White House Pushing America’s Automotive Industry Forward

President Barack Obama greets Ramone Davis, a veteran who served tours in Afghanistan and Iraq and now works at Ford’s Michigan Assembly Plant where the President spoke, in Wayne, Mich., Jan. 7, 2015. The President mentioned Ramone during his speech. (Official White House Photo by Pete Souza)
Courtesy of White House
Pushing America’s Automotive Industry Forward

By Energy Secretary Moniz

The auto industry is back — and the Department of Energy has helped to make it even stronger.

Since 2009, the Energy Department has issued more than $8 billion in loans to companies through the Advanced Technology Vehicles Manufacturing (ATVM) program, including $5.9 billion to the Ford Motor Company. The financing provided to Ford was used to upgrade 13 factories in six states to improve the fuel efficiency of popular models — including the factory that President Obama visited in Detroit last week.

The Department of Energy’s investments have resulted in the production of more than 4 million advanced, fuel-efficient vehicles, supporting the creation of approximately 35,000 direct jobs and saving more than 900 million gallons of gasoline. And since the President took office, the U.S. auto industry as a whole has created more than half a million new jobs.

But we are not simply helping the auto industry recover. We are taking steps to enable the auto industry of the future.

To further strengthen the President’s efforts, the Department of Energy is pushing breakthroughs in batteries and energy storage, like those taking place at Argonne National Laboratory’s innovation hub, the Joint Center for Energy Storage Research (JCESR). And we play a critical role in the President’s National Network for Manufacturing Innovation (NNMI) — an interagency initiative made up of public/private partnerships devoted to manufacturing excellence. The President announced the latest NNMI innovation hub, focusing on advanced composite materials and partnering with the auto industry, just last week.

We’re also supporting manufacturers who want energy efficient vehicles to be a world-leading American-made product. The facilities supported by the Department of Energy are producing some of the world’s most popular and fuel-efficient models, like the Ford Focus. And more than half a million Ford F-150s, America’s most popular pickup truck, with EcoBoost have been sold to date.

By investing in the infrastructure manufacturers needed to create high-quality energy efficient vehicles, we are helping to build the strong base necessary to create new economic opportunities — including a now well-established market for electric vehicles (EVs). Today, America has the largest EV market in the world, and the Administration has played a key role in the growth of this clean, affordable and secure form of American energy.

The EV Everywhere Grand Challenge calls for the U.S. to become the first nation in the world to produce plug-in electric vehicles (PEVs) that are as affordable and convenient for the average American family as today’s gasoline-powered vehicles by 2022. Accomplishing this goal will include research into advanced batteries, lightweight materials, electric motors and power electronics.

Thanks in part to the Department’s efforts, the modeled, high-volume cost of PEV batteries has dropped more than 40 percent lower than the EV Everywhere baseline cost established in 2012. Overall, the cost of the commercial EV is on a steady downward trajectory, which is good news for the American consumer and the environment.

The Department is also working with industry, academia and our own National Labs to tackle other challenges. We’re making progress toward an aggressive goal of $125/kwh of battery storage by 2022. At that point, ownership costs for a 240-mile EV will be equal to a standard vehicle. And we’re supporting development of a robust charging infrastructure. Workplace charging, new EV-friendly municipal codes for public and private parking facilities and an expanding network of so-called “fast chargers” — which can charge an EV much quicker than standard chargers — can all help create a more EV-friendly environment and drive continued success.

The Department of Energy will continue to support the auto industry of the future. The ATVM program has more than $16 billion in remaining loan authority, and can play a critical role in helping manufacturers and suppliers meet stronger fuel economy standards, expanding American manufacturing and supporting the resurgence of the American auto industry.

This was clearly the case with Tesla, whose $465 million ATVM loan enabled it to reopen a shuttered auto manufacturing plant in Fremont, California, and to produce battery packs, electric motors and other powertrain components. Tesla created more than 3,000 full-time jobs in California and now expects to create 3,000 construction jobs and 6,500 factory jobs in Nevada once its new factory is fully online in 2020.

The Department will continue to work with industry at the cutting edge to advance technologies and support innovation — including advanced manufacturing technologies, like 3D printing — and sustainable transportation systems. In fact, our Oak Ridge National Laboratory recently printed a car! It’s going to be an exciting ride.

This article is an EV News Report repost, credit: DOE.

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SunPower and Sunverge Charge Into 2015 with Solar and Battery Storage

December 22, 2014 in Australia, Battery Energy Storage, Environment, EV News, Greentech, Large Energy Storage, Solar

Offering in the U.S. and Australia, Energy Management Solutions, Including Solar with Storage, Help Customers Control Energy Costs and Benefit Utility Grids, Says SunPower CEO

Sunrise  Photo courtesy of NASA SunPower and Sunverge Charge Into 2015 with Solar and Battery Storage

Sunrise
Photo courtesy of NASA
SunPower and Sunverge Charge Into 2015 with Solar and Battery Storage

SAN FRANCISCO and SAN JOSE, Calif. — SunPower Corp. (NASDAQ: SPWR) and Sunverge Energy, Inc. today (12-17-14) announced an exclusive agreement that offers SunPower’s fully integrated SunPower solar power systems and Sunverge’s advanced Solar Integration System (SIS) energy storage solutions to residential customers and utilities in the U.S. The two companies are providing a similar offering to Australian customers. SunPower and Sunverge expect to make combined solar and storage solutions broadly commercially available in early 2015.

“Over the next five years, we expect to see a  disruptive shift in the energy market, with solar power, energy storage, smart devices, energy management technologies and electric vehicles being combined,” said SunPower CEO Tom Werner. “As we join Sunverge’s adaptable and reliable storage solutions with SunPower’s high performance solar technology, we’re giving consumers a ‘Smart Energy’ solution that will deliver unprecedented levels of personalization, value and control. Providing this integrated solution to utilities allows them to access the benefits of rooftop solar and storage at significant scale.”

“Sunverge is a leader in the distributed energy storage market, with customers and projects around the world and hundreds of systems in production operating to the highest standards of performance, reliability and safety,” said Sunverge CEO Ken Munson. “Our unique hardware and software platform allows customers to bundle solar, energy storage, and other distributed resources and manage them as a fleet to enhance the long-term value of their energy investments.”

“Together with SunPower, we can deliver an ‘end-to-end’ solar and storage solution that bundles services from design and installation to monitoring, support and beyond,” Munson continued. “This solution offers tremendous benefits on both sides of the meter, from more reliable and cost-effective energy for the consumer to enhanced grid-management and ancillary services capabilities for utilities. No other comparable market offering provides this kind of depth and breadth of service and value to consumers and utilities.”

About SunPower Corporation
SunPower Corporation (NASDAQ: SPWR) designs, manufactures and delivers the highest efficiency, highest reliability solar panels and systems available today. Residential, business, government and utility customers rely on the company’s quarter century of experience and guaranteed performance to provide maximum return on investment throughout the life of the solar system. Headquartered in San Jose, Calif., SunPower has offices in North America, Europe, Australia, Africa and Asia. For more information, visit www.sunpower.com.

About Sunverge Energy Inc.
Sunverge Energy is a California-based company founded in 2009 with the vision of integrating solar, storage, and smart controls to maximize value for both electricity consumers and providers. That vision led to the creation of the Sunverge Solar Integration System (SIS), a distributed energy storage solution comprising batteries, power electronics, and multiple energy inputs controlled by software running in the cloud.   The system lowers costs, ensures energy reliability, helps strengthen the grid, and accelerates the integration of renewable energies and electric vehicles. Sunverge investors include Southern Cross Venture Partners, Siemens Venture Capital, and Total Energy Ventures International. For more information, please visit www.sunverge.com.

This article (12-17-14) is an EV News Report repost, credit: Sunpower.

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LG Chem and Siemens plan closer collaboration on battery storage systems

November 20, 2014 in Environment, EV News, Greentech, Grid, Large Energy Storage, Siemens

Photo courtesy of LG Chem LG Chem and Siemens plan closer collaboration on battery storage systems

Photo courtesy of LG Chem
LG Chem and Siemens plan closer collaboration on battery storage systems

Seoul, Korea –  LG Chem and Siemens have agreed to collaborate more closely on project development and marketing of industrial battery storage systems, and have signed a memorandum of understanding to this effect.

With this collaboration, the companies are responding to the growing demand for energy storage systems, which are needed more and more to stabilize distribution grids. Siemens will supply the converters and controller for the joint storage solutions and also handle the project planning and implementation as well as the integration of the storage systems into distribution grids and microgrids. LG Chem will supply the batteries and the battery management system. The two companies have agreed upon accelerating Energy Storage Solution (ESS) market dominance by collaborating on several major ESS projects over the next years.

LG Chem and Siemens have already been working together successfully for a number of years on lithium-ion-based energy storage systems. Technologies from both companies are in use in a number of international projects. For example, Siemens supplied a Siestorage battery storage system to Vulkan Energiewirtschaft Oderbrücke GmbH (VEO). The storage system ensures black start capability of the gas turbines in the Eisenhüttenstadt power plant. The blast furnace gas-fired power plant supplies the steel mill of ArcelorMittal Eisenhüttenstadt GmbH (AMEH) with electricity and heat in the event of failure of the local distribution network. Lithium-ion batteries from LG Chem are installed in the storage system.

LG Chem Ltd. is one of the world’s largest lithium-ion battery manufacturers with significant market share in consumer, automotive and stationary applications. LG Chem, Ltd. is a globally diversified chemical company which operates three main business units: Petrochemicals, IT & Electronic Materials, and Energy Solution. The company manufactures a wide range of products, from petrochemical goods to high-value added plastics, and extends its chemical expertise into high-tech areas such as electronic materials and rechargeable batteries.

Siemens’ Energy Management Division, Erlangen, is one of the leading global suppliers of products, systems, solutions, and services for the economical, reliable, and intelligent transmission and distribution of electricity. The portfolio includes plants and systems for the low-voltage and distribution grid level, smart grid and energy automation solutions, power supply for industrial plants, and high-voltage transmission systems.

This article is an EV News Report repost, credit: LG Chem (Energy Solutions).

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RES Americas Announces Largest Energy Storage Projects in North America

November 12, 2014 in BYD, Environment, EV News, Greentech, Large Energy Storage

Photo courtesy of RES Americas RES Americas Announces Largest Energy Storage Projects in North America

Photo courtesy of RES Americas
RES Americas Announces Largest Energy Storage Projects in North America

Broomfield, CO — Renewable Energy Systems Americas Inc. (RES Americas), a leader in the development and construction of wind, solar, transmission, and energy storage projects in North America, is pleased to announce two grid-scale energy storage projects outside of Chicago that, once completed in 2015, will be the largest, fully commercial energy storage projects in North America.

RES Americas will develop and construct the two 19.8 megawatt (MW) energy storage systems, each having the ability to store 7.8 megawatt-hours (MWh) of energy. The first project, Elwood Energy Storage Center, will be located on Pilsen Road in West Chicago and the second project, Jake Energy Storage Center, will be located on Brandon Road in Joliet. Construction is expected to begin on both projects this winter with completion by August 2015. The projects are expected to operate for at least ten years. RES Americas acquired the projects during the development phase from Glidepath Power in September of 2014.

“The Jake and Elwood Energy Storage Centers represent commercial installations of cutting-edge energy storage technology” said Victor Babbitt, RES Americas’ Vice President of Energy Storage. “These projects will increase the reliability and quality of ComEd’s grid in these communities which, in turn, may help attract new business that demands a high-quality & reliable electricity supply. We are excited to work with our host communities in the Cities Joliet and West Chicago to make these high-tech projects a reality.”

The projects will both provide real-time frequency regulation service to the PJM ancillary services market and are interconnected to the local Commonwealth Edison (ComEd) electric grid. The frequency regulation service balances the second to second variations in load and generation by absorbing excess energy during moments of over-generation and releasing energy during periods of under-generation to maintain power quality. Due to their very fast response time, battery projects are much more efficient at providing this service than conventional generators. This project efficiency allows PJM to deliver higher electrical quality, higher reliability, and lower cost to electricity consumers than traditional sources.

The battery storage modules for the projects will be supplied by BYD America. These batteries utilize lithium iron phosphate, an inherently safe variant of lithium battery chemistry. The projects consist of twenty-two identical energy storage modular units (eleven per site) each of which will be a self-contained energy storage system containing thousands of individual battery cells, power conditioning equipment, safety and monitoring systems. The energy storage control and dispatch systems will be developed and provided by RES Americas. This modular approach will greatly improve system reliability and increase the simplicity of the projects’ construction and operation.

“These landmark projects are another significant step forward in the continued expansion of our energy storage practice,” said Victor Babbitt. “The projects, coupled with our existing energy storage projects in Ohio and Ontario, demonstrate our commitment to be an industry leader in this emerging market and to provide real economic solutions to meet our customers’ needs.”

The global market for energy storage is expected to grow rapidly in the coming years. IHS Energy forecasts North America leading the world in grid-connected battery storage, with nearly 3.3 GWh of cumulative installations by 2020. Frequency regulation represents a small fraction of the numerous services that energy storage can provide.

About RES Americas

Since 1997, Renewable Energy Systems Americas Inc. (RES Americas) has been providing development, engineering, construction, and operations services to the utility-scale wind, solar, transmission, and energy storage markets across the Americas. The company employs more than 300 full-time professionals and has over 7,000 megawatts of utility-scale renewable energy and energy storage projects and constructed more than 534 miles of transmissions lines. RES Americas’ corporate office is located in Broomfield, CO with regional offices located in Austin, TX and Minneapolis, MN. RES Americas is part of the RES Group, a leading international renewable energy developer. For more information, please visit www.res-americas.com.

This article is a repost, credit: Renewable Energy Systems Americas.

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Supercharged panels may power cars

November 7, 2014 in Battery Energy Storage, Electric Vehicles, EV charging, EV News, Graphene

Rice University researchers take part in Australia project to build nano-infused supercapacitors 

A scanning electron microscope image shows freestanding graphene film with carbon nanotubes attached. The material is part of a project to create lightweight films containing super capacitors that charge quickly and store energy.  Courtesy of Nunzio Motta/Queensland University of Technology  Supercharged panels may power cars

A scanning electron microscope image shows freestanding graphene film with carbon nanotubes attached. The material is part of a project to create lightweight films containing super capacitors that charge quickly and store energy.
Courtesy of Nunzio Motta/Queensland University of Technology
Supercharged panels may power cars

By Mike Williams, Rice University

Rice University scientist Matteo Pasquali and his team contributed to two new papers that suggest the nano-infused body of a car may someday power the car itself.

Rice supplied high-performance carbon nanotube films and input on the device design to scientists at the Queensland University of Technology in Australia for the creation of lightweight films containing supercapacitors that charge quickly and store energy. The inventors hope to use the films as part of composite car doors, fenders, roofs and other body panels to significantly boost the power of electric vehicles.

The papers appeared in the journal Nanotechnology and the Journal of Power Sources.

Researchers in the Queensland lab of scientist Nunzio Motta combined exfoliated graphene and entangled multiwalled carbon nanotubes combined with plastic, paper and a gelled electrolyte to produce the flexible, solid-state supercapacitors.

“Nunzio’s team is making important advances in the energy-storage area, and we were glad to see that our carbon nanotube film technology was able to provide breakthrough current collection capability to further improve their devices,” said Pasquali, a Rice professor of chemical and biomolecular engineering and chemistry. “This nice collaboration is definitely bottom-up, as one of Nunzio’s Ph.D. students, Marco Notarianni, spent a year in our lab during his Master of Science research period a few years ago.”

“We built on our earlier work on CNT films published in ACS Nano, where we developed a solution-based technique to produce carbon nanotube films for transparent electrodes in displays,” said Francesca Mirri, a graduate student in Pasquali’s research group and co-author of the papers. “Now we see that carbon nanotube films produced by the solution-processing method can be applied in several areas.”

As currently designed, the supercapacitors can be charged through regenerative braking and are intended to work alongside the lithium-ion batteries in electric vehicles, said co-author Notarianni, a Queensland graduate student.

“Vehicles need an extra energy spurt for acceleration, and this is where supercapacitors come in. They hold a limited amount of charge, but with their high power density, deliver it very quickly, making them the perfect complement to mass-storage batteries,” he said.

Because hundreds of film supercapacitors are used in the panel, the electric energy required to power the car’s battery can be stored in the car body. “Supercapacitors offer a high power output in a short time, meaning a faster acceleration rate of the car and a charging time of just a few minutes, compared with several hours for a standard electric car battery,” Notarianni said.

The researchers foresee such panels will eventually replace standard lithium-ion batteries. “In the future, it is hoped the supercapacitor will be developed to store more energy than an ionic battery while retaining the ability to release its energy up to 10 times faster – meaning the car would be powered by the supercapacitors in its body panels,” said Queensland postdoctoral researcher Jinzhang Liu.

Read more about the research at the Queensland website.

This article is an EV News Report repost, credit: Rice University.