Translate

Sunday, June 23, 2013

Illinois - Center for Electrical Energy Storage (CEES)

Center for Electrical Energy Storage — an Energy Frontier Research Center

Above: An artistic rendition showing a metal-fluoride stabilized surface structure at a lithium cobalt oxide
electrode/electrolyte interface (Li – light red; Co – blue; O – yellow; F – orange; metal cations
capping the oxy-fluoride surface – dark red; electrolyte: wavy blue background).
The Center for Electrical Energy Storage (CEES) tackles the scientific limitations of today's electrochemical energy storage technologies for transportation, residential, and commercial use. The prime mission of CEES is to acquire a fundamental understanding of electrode/electrolyte phenomena that control electrochemical processes and that will enable dramatic improvements in 1) the properties and performance of electrochemical energy storage devices and 2) the design of new materials and architectures. The research focuses predominantly on advancing lithium-ion battery science and technology, as these batteries offer the best opportunity for rapid technological enhancement. Through its university partners, CEES strives to mentor the next generation of scientists to meet the energy storage challenges of the future.
Energy storage devices have been available for many years, yet the atomic- and molecular-level processes that affect their operation and performance are not fully understood. With further knowledge of these processes, scientists can bridge gaps in current technologies and discover/invent new ways to meet future energy storage requirements. CEES is one of two Energy Frontier Research Centers (EFRCs)centered at Argonne. The other, the Institute for Atom-Efficient Chemical Transformations, focuses on advancing the science of catalysis for the efficient conversion of energy resources into usable forms for a variety of applications. Argonne also plays a prominent role in 10 other EFRCs (read the Argonne news release about the establishment of EFRCs at Argonne).

CEES Partners

Argonne is the lead laboratory for CEES, with Michael Thackeray, an Argonne Distinguished Fellow and Senior Scientist, as CEES Director. The Center's other members are Northwestern University and the University of Illinois at Urbana-Champaign. The Center receives $19 million of research funding over five years.


November 2012

Illinois - Energy Storage

September 2010

Energy Storage

One of the main needs for improving the reliability, efficiency and productivity of our nation’s energy infrastructure is the commercial introduction of advanced technologies for energy storage. Given the R&D emerging from Illinois and the contributions that reliable energy storage devices will play in widespread consumer adoption of electric vehicles and the successful integration of renewable energy sources, it is a fitting focus for this month’s ISTC Catalyst.
From energy producers to environmental analysts, there is strong interest in energy storage and its potential role in ushering in an era of distributed generation. Dependable and robust energy storage offers the potential to meet the growing demand for energy without costly or extensive development of traditional generation methods that produce a heavy carbon footprint.   Reaching this goal will require precisely the extensive, collaborative R&D already occurring in Illinois.
Argonne National Laboratory (ANL) has been developing advanced battery technologies for over thirty years and is recognized by the US Department of Energy as a leading resource for objective, independent battery assessment. ANL is not only at the forefront of R&D for lithium-ion-based batteries, but the laboratory is also advancing work with ultracapacitors and new storage material discovery. Together, ANL and Northwestern University house four of the nation’s  46 Energy Frontier Research Centers (EFRCs). The Illinois-based centers focus on advanced electrical energy storage, solar energy conversion and storage, and new storage materials research.
A number of initiatives are also underway to field test this cutting edge research in order to set the stage for moving technologies from the lab to the marketplace. For example, Northwestern University students recently developed and demonstrated an extremely functional application of advanced energy storage technologies when they raced their lithium-ion battery powered solar vehicle from Oklahoma to Illinois as part of the American Solar Challenge competition. In addition, Illinois is home to leading advocates who are advancing policy and resource development, including the National Alliance for Advanced Technology Batteries (NAATBatt) and Battery Council International. Their efforts bring to fruition the ideas and policies required to foster growth in this emerging industry, employing the latest technical, regulatory, and marketing developments and strategies.
The ISTC is excited about our energy future and confident that contributions from Illinois-based businesses and institutions will help translate promising ideas into productive technologies. We invite you to read more about this leadership below.
- See more at: http://istcoalition.org/catalyst/energy-storage/#sthash.ySgw3etB.dpuf


Illinois - Nicor Gas

Nicor Gas - Residential Energy Efficiency Rebates   

Last DSIRE Review: 06/17/2013
Program Overview:
State:Illinois
Incentive Type:Utility Rebate Program
Eligible Efficiency Technologies:Equipment Insulation, Water Heaters, Furnaces , Boilers, Programmable Thermostats, Custom/Others pending approval, Complete system replacement
Applicable Sectors:Residential, Installer/Contractor, Multi-Family Residential, Low-Income Residential
Amount:Storage Water Heater: $100
High Efficiency Furnace: $200-$400
High Efficiency Boiler: $350- $450
Hot Water Pipe Insulation: $10 per installation
Programmable Thermostats: $20 per unit

Offered in partnership with ComEd:
Complete System Replacements (Furnace & AC): $700 - $1,000
Energy Assessment: $99
Multi-Family Comprehensive Energy Efficiency Program and New Construction: Contact the Nicor Gas Energy Efficiency Program
Maximum Incentive:Varies
Equipment Requirements:Storage Water Heater: ENERGY STAR qualified, EF 0.67
High Efficiency Furnace: Minimum of 92% AFUE High
Efficiency Boiler: Minimum of 90% AFUE
Hot Water Pipe Insulation: 6 feet of 0.75 inch thick insulation installed on natural gas hot water pipes
Programmable Thermostats: Must be installed on residential natural gas space heating
Complete System Replacement: Furnace with 92% AFUE or greater and central air conditioning with 14.5 SEER or greater
Start Date:6/1/2011
Expiration Date:5/31/2014
Web Site:http://www.nicorgasrebates.com/residential
Summary:
Energy efficient products are eligible for Nicor Gas rebates. Applications must be postmarked no later than 90 days after installation. Customers can also choose the Instant Discount Option, which provides a discount at point of purchase from a participating contractor. Visit the website for complete rules. In addition to the energy efficiency rebates listed above, Nicor Gas offers the Home Energy Savings Program, Multi-Family Comprehensive Energy Efficiency Program and New Construction in partnership with ComEd. The Home Energy Savings Program and Multi-Family Comprehensive Energy Efficiency Program provide participants with an onsite energy audit, installation of free energy-saving products and incentives for making additional energy-saving upgrades. The New Construction Program offers single- family homes and duplexes incentives for efficiency. Visit www.nicorgasrebates/com/residential for complete information.
Contractors can attend webinars and training workshops about program details, receive educational materials/ sales tools and provide customers the rebate as an instant discount.

Contact:
Nicor Gas Energy Efficiency Program
3800 Watt Avenue, Suite 105
Sacramento, CA 95821-2672
Phone: (877) 886-4239
E-Mail: info@nicorgasrebates.com
Web Site: http://www.nicorgasrebates.com 
http://www.dsireusa.org/incentives/incentive.cfm?Incentive_Code=IL59F

Indiana - Simon Property Group

Simon Property Group unveils ‘Plug-in Ecosystem’ at Clay Terrace, a first-of-its-kind energy storage and vehicle charging system


Combination of traditional, fast charge charging stations, solar array and battery storage system provided through global collaboration led by Energy Systems Network


(CARMEL, Ind., January 30, 2013) Shoppers at Clay Terrace in Carmel, Ind. not only can choose from an exciting array of stores and restaurants, but now they also have the opportunity to minimize their carbon footprint. Simon Property Group, Toshiba Corporation, Duke Energy, ITOCHU Corporation, Tom Wood Automotive Group and Indiana’s ‘clean tech’ initiative Energy Systems Network (ESN) have teamed up to develop one of the most advanced charging stations in the world for plug-in cars, debuting today.
Clay Terrace’s new vehicle charging station is integrated with solar panels and a battery storage system, creating a ‘plug-in ecosystem’ which uses renewable energy and a battery system to store surplus power for evenings and cloudy days. 
Central Indiana was chosen as the first site for the cutting-edge charging station based on the partners’ mutual engagement with ESN and its Project Plug-IN campaign. Project Plug-IN, a plug-in electric vehicle and charging infrastructure deployment initiative launched in 2009, has been nationally recognized for positioning the Indianapolis region as one of the most electric vehicle-friendly sites in the country.
“Indiana is becoming known as an ideal location for companies and research institutions to collaborate, develop and test new clean technologies,” said Paul Mitchell, ESN’s President & CEO.  “It’s exciting that Hoosiers have the opportunity to get the first look at these innovative systems, but even more significant to Indiana’s economy is the fact that the clean tech sector recognizes our state as a place where innovation is embraced and validated.”
The ‘plug-in ecosystem’ contains both traditional and ‘quick charge’ charging stations that are connected to a 10-kilowatt roof-mounted solar panel. The solar energy can be stored in the Toshiba 75-kilowatt lithium ion battery, located next to the charging system.
According to Ryuji Maruyama, General Manager of Toshiba’s Smart Community Division, “Toshiba developed its end of the ‘Plug-in Ecosystem’ for North America by combining existing micro-EMS (energy management system) optimization control capabilities with our latest rechargeable battery technology. This system ensures the efficient management of load within the EV charging system.”
This system is unique as a ‘real-world’ demonstration of smart charging technologies rather than a test site. Its direct connection to the Duke Energy electrical grid, and its unique public location at a shopping mall allows customers to experience and learn about the technology firsthand. For Duke Energy, the installation provides a valuable model for how renewable energy can be aligned with advanced storage technologies to provide a practical power source.
“Innovations in grid energy storage can have a tremendous impact on the effectiveness of renewable energy usage,” said Zachary Kuznar, Senior Project Manager, Emerging Technology Office at Duke Energy. “Because renewable energy sources like solar and wind are intermittent and less reliable, incorporating energy storage can make them much more stable.  This system at Clay Terrace allows us to even out the variable solar output, shift energy from off-peak to peak energy usage times and ‘buffer’ the grid from electric vehicle charging, which can use a substantial amount of energy, particularly with DC quick charging.”
“Simon Property Group already has a history of innovation in the real estate industry,” said George Caraghiaur, Senior Vice President of Sustainability at Simon Property Group. “The majority of our shopping malls across the state are now equipped with electric vehicle charging stations, and we’re seeking to upgrade this infrastructure just like we work to enhance every aspect of our customers’ shopping experience.  We’re proud to play a role in perfecting this new technology and offering it to our customers.”
Customers may begin charging their plug-in vehicles today at the Clay Terrace system, which is located at the north end of the parking lot just north of Dick’s Sporting Goods. Currently the charging system is available to customers at no cost.
About Energy Systems Network and Project Plug-IN: Energy Systems Network (ESN) is a not-for-profit, industry-driven economic initiative focused on the development of Indiana's "clean tech" sector. ESN provides project development and coordination for joint ventures and cooperative partnerships between network members who are seeking to bring new energy technologies, products or applications to market. Project Plug-IN, one of ESN's initiatives, is a commercial scale pilot of plug-in electric vehicles and smart grid technology working together to demonstrate an energy efficient transportation system solution. ESN and Project Plug-IN received U.S. Department of Energy grant funding through the Indiana Office of Energy Development (IOED) for the deployment of electric vehicles and charging stations. For more information, visitwww.energysystemsnetwork.com and www.projectplugin.com.
About Simon Property Group: Simon Property Group, Inc. (NYSE:SPG) is an S&P 100 company and the largest real estate company in the world.  The Company currently owns or has an interest in 329 retail real estate properties in North America and Asia comprising 243 million square feet. We are headquartered in Indianapolis, Indiana and employ approximately 5,500 people in the U.S.  For more information, visit the Simon Property Group website at www.simon.com or contact Les Morris at lmorris@simon.com.
About Toshiba Corporation: Toshiba is a world leader and innovator in pioneering high technology, a diversified manufacturer and marketer of advanced electronic and electrical products spanning digital consumer products; electronic devices and components; power systems; industrial and social infrastructure systems; and home appliances. Toshiba was founded in 1875, and today operates a global network of more than 550 companies, with 210,000 employees worldwide and annual sales of 6.1 trillion yen (US $74.4 billion).
About ITOCHU Corporation: With approximately 130 bases in 66 countries, ITOCHU, one of the leading sogo shosha, or general trading companies, is engaging in domestic trading, import/export, and overseas trading of various products such as textile, machinery, metals, minerals, energy, chemicals, food, information and communications technology, realty, general products, insurance, logistics services, construction, and finance, as well as business investment in Japan and overseas.
About Duke Energy: Duke Energy is the largest electric power companies in the United States with more than $100 billion in total assets. Its regulated utility operations serve approximately 7.1 million electric customers located in six states in the Southeast and Midwest. Its commercial power and international business segments own and operate diverse power generation assets in North America and Latin America, including a growing portfolio of renewable energy assets in the United States.
Headquartered in Charlotte, NC, Duke Energy is a Fortune 250 company traded on the New York Stock Exchange under the symbol DUK. More information about the company is available at www.duke-energy.com.
About Tom Wood Automotive Group: Tom Wood Automotive has been a fixture in Indianapolis since 1967. Still a family owned business, it has grown to 15 franchises with dealerships in three states.  Indianapolis, and Anderson in Indiana; Richfield and Bloomington in Minnesota, and Lexington, Kentucky. Their current franchises include: Toyota/Scion, Nissan, Volkswagen, Subaru, Jaguar, Volvo, Land Rover, Porsche, Audi, Ford, Lexus, Mitsubishi and Honda. The Tom Wood family of companies also includes the Tom Wood Collision Center, Tom Wood Rental, Quality Leasing, Premier Acceptance and Tom Wood Aviation.
Tom Wood Automotive has become a leader in the promotion of alternative fuel vehicles and offers fully electric, hybrid and compressed natural gas vehicles. The company strives to serve its customers and community with "Honor, Integrity and Loyalty" as it has since 1967.
About Lauth: Since 1977, Lauth has been building facilities for clients to lease or own throughout the United States. Lauth’s years of solid experience, coupled with completed projects worth billions, make it a leading national development and construction firm. Lauth delivers virtually any kind of facility including healthcare, industrial, office, or retail nationwide. Additional Lauth information is available at http://www.lauth.net. People. Trust. Experience.

Indiana - QUICK FACTS

QUICK FACTS

  • Indiana ranked seventh among the States in coal production in 2010, and coal-fired electric power plants provided 83 percent of Indiana's net electricity generation in 2011.
  • Indiana’s industrial sector, which includes manufacturers of aluminum, chemicals, glass, metal casting, and steel, consumed more energy in 2010 than the residential and commercial sectors combined.
  • In 2011, the Whiting oil refinery had the largest processing capacity of any refinery outside of the Gulf Coast region.
  • Indiana is a major producer of ethanol; in 2011, it had 13 ethanol plants capable of producing 906 million gallons per year.
  • The largest geothermal heating and cooling system in the United States is being built in Muncie.


Last updated in July 2012. http://www.eia.gov/state/?sid=IN

Indiana - Energizing Indiana

Energizing Indiana: Save energy and save money!
Since our inception in 1974, Citizens Action Coalition has advocated that energy efficiency is the best mechanism to make energy more affordable, improve public health, and protect the quality of our environment.  The evidence shows that investments in energy efficiency create far more sustainable jobs than investments in fossil fuels and nuclear power.  Efficiency also represents one of the most powerful tools to lift households out of poverty.  CAC has worked aggressively to educate the public, regulators, and policy makers on the value of investments in energy efficiency. 
Back in 2004, the Indiana Utility Regulatory Commission (IURC) began a generic investigation into the effects of Demand Side Management (DSM - energy efficiency implemented on the customer side or “demand side” of the meter).  Five years later, in December 2009, the IURC ordered Indiana’s jurisdictional electric utilities to achieve an annual energy savings goal of 2% within ten years (by 2019) by offering five core DSM programs.  The investor-owned utilities worked together with the Office of Utility Consumer Counselor (OUCC), large industrial customers, the Indiana Municipal Power Agency, and CAC to create these programs and to choose a third-party administrator to run the programs.
This is a big deal.  For the first time ever, all jurisdictional electric utilities in Indiana have been mandated to make investments in energy efficiency.  These programs are being paid for by all Indiana ratepayers of a municipal utility that is a member of IMPA or investor owned utility through electric bills.  Therefore, ratepayers will have access to five core programs at no additional cost.
The five core programs being offered are:
1)      Residential Home Energy Audit
2)      Income Qualified Weatherization
3)      School Education Programs
4)      Residential Lighting Rebates
5)      Commercial & Industrial Prescriptive Rebates
Now, through the Citizens Action Coalition Education Fund (CACEF), we are helping people to sign up for a FREE Home Energy Assessment through Energizing Indiana. 
Energizing Indiana Logo

Indiana - Home Energy Audit Pros

Home Energy Auditors in Indianapolis, IN (Indiana)

Home Energy Audit

Find Indianapolis Home Energy Audit Pros

Find Trusted Pros with HomeAdvisor ProFinder
Just tell us about your needs and we'll quickly match you to the pre-screened, Indianapolis Home Energy Auditors you can trust to get the job done.