Georgia Tech Students Win ACC Clean Energy Challenge

A team of four students from the Georgia Institute of Technology (Georgia Tech) have taken the $100,000 grand prize in the ACC Clean Energy Challenge hosted by the U.S. Department of Energy. The team won with its electrical power grid technology that features an Internet-like control architecture. The $100,000 prize and ACC Clean Energy Cup were Energy Internetpresented by Dr. Darryll Pines, Dean of the Clark School of Engineering at the University of Maryland, Dean Chang, Associate VP, Academy for Innovation & Entrepreneurship, University of Maryland, and Jennifer Garson, Technology-to-Market Analyst, Office of Energy Efficiency and Renewable Energy, U.S. Department of Energy.

Winning second place was Clemson University’s Brewcovery, whose team is developing bio-separation and bio-digestion processes to recover and refine value-added co-products from the food industry and brewery waste.

The Georgia Tech team, known as Energy Internet, presented their technology to a panel of expert judges from the clean energy community at the ACC Clean Energy Challenge Final Four on March 26 at the University of Maryland, the competition host and organizer. The team, which includes graduate students Marcelo Sandoval, Jennifer Howard, Mitch Costley and Eric Crane, now moves on to represent the southeast region in the DOE National Clean Energy Business Plan Finals, to be held in Washington, D.C., on June 11-12, 2014.

ACC Clean Energy Challenge winner Energy Internet is developing a new electric power grid approach and solution with a decentralized, autonomous, Internet-like control architecture and a learning control software system. The proposed architecture leverages smart grid investment in sensing and communications and is massively scalable and incrementally deployable, enabling grid flexibility and numerous desirable value propositions, according to the Georgia Tech team. The new architecture is based on the emerging concept of electricity “Prosumers,” i.e., economically motivated parties (residential, commercial, industrial and institutional) that can produce, consume or store electricity as determined by their unique needs and capabilities.

The Clemson Brewcovery team is developing a bio-separation and bio-digestion system to create energy and additional products from food industry and brewery waste while reducing the carbon footprint of these facilities. Those products could include bio-lipids for biofuel production, organic nitrogen and phosphorus rich soil amendments, and high protein animal feeds.

The ACC Clean Energy Challenge event featured keynote speaker Mark Johnson, Director, Advanced Manufacturing Office, Office of Energy Efficiency and Renewable Energy, U.S. Department of Energy and former Program Director of the Advanced Research Projects Agency-Energy (ARPA-E).

The $100K ACC Clean Energy Challenge is a business plan competition encouraging students from all universities throughout the southeastern United States to develop business plans for new clean energy companies focused on renewable energy, energy efficiency improvements and advanced fuels/vehicles.

Green Charge Networks Help Save Green

Green Charge Networks can help retail chain customers and city municipalities save some green. The company, which specializes in intelligent energy storage, has signed agreements for 1 MW of energy storage with several organizations that are looking to reduce their electricity bills via smart grid technologies.

GreenStationFor example, it is common in California and New York City for business to pay 40 percent or more for their monthly electric bill in “demand charges” based on their electricity use during peak times. To reduce these costs, Green Charge Network uses its GreenStation technology. It works by collecting utility and weather data to predict peak use and store energy accordingly.

7-Eleven stores have been using GCN’s GreenStation successfully for the past two years. One 7-Eleven GreenStation in New York endured Hurricane Sandy and then went on to save the business 56 percent on their electricity bills during the 2013 summer heat wave. Green Charge Networks is adding to its list of customers including 7-Eleven, Walgreens, office buildings, community colleges, and municipalities, adding up to 1 MW as listed on the DOE’s Global Energy Storage Database.

“It is a big accomplishment to our company to help businesses and local governments use power more efficiently,” said Vic Shao, CEO at Green Charge Networks. “1 MW marks a very significant milestone for Green Charge Networks as we continue to diversify our customer base and increase our penetration in the rapidly growing intelligent energy storage market. Energy efficiency initiatives can only take us so far. The era of power efficiency using advanced software is the next frontier in energy savings.”

It is no secret that America’s aging grid needs to be reborn. Yet with the billions, if not trillions, of dollars it would take to accomplish this and ongoing fights on who should pay for the updates (utilities/consumers or state and federal governments) smart grid technologies can help immediately reduce electricity demand on the overstressed grid.

Experts also say that they are also a good tool in both climate change adaptation and mitigation. Green Charge Networks points out that GreenStation is designed to withstand storms as fierce as Hurricane Sandy or temperatures as extreme as the recent polar vortex. In addition, Green Charge Networks says if smart grid technologies like GreenStation were implemented nationally they could save the energy equivalent of 4,000 coal plants per year.

Princeton Power, EnStorage Awarded BIRD Grant

Princeton Power Systems and EnStorage have been awarded a $950,000 grant from the Israel-U.S. Binational Industrial Research and Development Foundation (BIRD). The grant will support the commercialization and deployment of an energy storage system based on EnStorage’s proprietary hydrogen bromide (HBr) flow battery and Princeton Power Systems’ inverters and site controller. The first system will be deployed to support a photovoltaic (PV) installation and would be able to support the grid for at least six hours per day for a minBIRD winner logosimum of 20 years.

“The BIRD Foundation grant will enable our companies to develop a comprehensive solution for PV installations and various other applications,” said Marshall Cohen, Chairman of Princeton Power Systems. “We aim to develop inverters as well as software for EnStorage’s HBr technology to add to our long-term energy-storage offering.”

The commercial system will be a 150kW/900kWH containerized system, to be based on EnStorage’s grid connected 50kW/100kWH technology demonstrator.

“Our partnership with Princeton Power Systems will allow us to expedite the commercialization of our technology,” said Arnon Blum, CEO of EnStorage. “The ability to deploy our battery at a customer site and rely on Princeton Power Systems’ experience in optimizing the interaction between the grid and our battery’s performance will serve as a significant step for future deployments.”

Dynamometer Test Facility Sets Wind on New Course

Days before the holiday season, the Energy Department’s National Renewable Energy Laboratory (NREL) set the wind industry on a new course with the addition of a new 5MW Dynamometer Test Facility at its National Wind Technology Center (NWTC). The new facility will better enable NWTC engineers and their industry partners to verify the performance and reliability of wind turbine drivetrain prototypes and commercial machines. Increased performance and realiability will lead to more competitively cost wind energy.

The facility will be able to test virtually any land-based turbine in more “real time” conditions that turbines experience out on the “farm”.

“These new capabilities make this a very special facility, one of the largest and finest of its kind in the world,” said NWTC Director Fort Felker. “It gives NREL an enhanced ability to do comprehensive testing of modern multi-megawatt wind turbine systems in a laboratory environment to verify their performance and reliability before they are widely deployed.”

A dynamometer system replaces the rotor and blades of a wind turbine and allows researchers to control the turbine drivetrain’s mechanical and electrical systems while simulating normal and extreme operating conditions. Historically, this testing has been done under torque (rotating) loads only. However, the NWTC facility incorporates a non-torque loading s20131226_dynamometer_28229ystem into the testing regimen, a hydraulic device that allows for simulation of both the rotational and bending loads that a wind turbine rotor places on a drivetrain.

“The non-torque loading system is what really sets this facility apart from other comparable test sites,” explained NWTC Dynamometer Project Manager Mark McDade. “This allows us to test the drivetrain system with the types of loads that it will see in a real-world application. It’s a very important feature for a test apparatus because the adverse impacts these types of loads can have on a system are significant.”

The system features a 6-MW motor, which provides the power to a turbine during testing. The motor turns at very high speed and low torque. The motor drives a gearbox, which transforms the output to the high torque and low speed that is appropriate for a wind turbine drivetrain. This provides the rotating loads on the test article. Add to this motorized torque testing the non-torque loading capability unique to the NWTC, and NREL is able to put a wind turbine drivetrain through the most realistic loading tests possible in a laboratory.

“These machines are expected to operate reliably in the field, often in harsh conditions, for 20 years or more,” Felker said. “The ability to comprehensively test these systems in the lab, to verify their reliability and performance before they go into service, is a critically important capability for the wind industry.” Continue reading

Ohioans Support Clean Energy

Ohio is voting “yes” for clean energy according to a new poll conducted by Yes for Ohio’s Energy Future. The survey found that Ohioans support the Ohio Jobs Initiative, the Ohio Clean Energy Initiative by a margin of 35 percent (64 percent likely to vote in favor versus 29 percent unlikely). The poll was conducted by Public Policy Polling (PPP), who found during the survey that 55 percent of respondents were not aware of the Jobs Initiative. The proposed policy needs 385,247 signatures by July 4, 2014 to be on the November 2014 ballot to enable Ohioans to vote on the bill.

According to Yes for Ohio’s Energy Future, who backs the initiative, the Jobs Initiative enacts an amendment that would provide $1.3 billion a year for 10 years from state general obligation bond funding in a comprehensive array of areas, including clean energy YES FOR OHIO'S ENERGY FUTURE CLEAN ENERGYindustries and energy-related public infrastructure projects in the areas of solar, wind, hydro, geothermal, biomass, smart grid, along with other technologies. Funding includes research and development, academic and educational development as well as vocational training support.

Beginning in January 2014, the Ohio Energy Initiative Commission (OEIC) will begin accepting a limited number of early project proposals as part of the Fast Start Program; however, funding is limited to one quarter of the annual budget. Early project proposals may be placed on a prioritized list for funding, which is contingent on passage of the Initiative. Eligible categories of applicants include individuals, companies, non-profits, municipalities, and state agencies.

Project proposals for funding will be reviewed by independent reviewers at the OEIC through a simple open, transparent, and publicly-published process that evaluates the technical, economic, financial and environmental merits of each proposal.

Yes for Ohio’s Clean Energy future says the Ohio Clean Energy Initiative mirrors the enormously successful bi-partisan jobs initiative, Ohio Third Frontier, which began in 2002 under Republican Governor Bob Taft and continued under Democratic Governor Ted Strickland. The program is credited with producing 55,000 jobs at an average salary of $65,000 per year and at an overall Return on Investment of 9:1.

Cadillac ELR Leaves Detroit Smart Grid Ready

PrintThe LA Auto Show is taking place this week and the new Cadillac ELR will have some unique new features. The vehicle will leave Detroit, Michigan smart grid ready by using the extended range electric vehicle (EV) technology. Combined with OnStar’s could-based connection, the ELR will be able to communicate with the electric grid and potentially save energy.

ELR owners will have access to the OnStar RemoteLink Mobile App, which in addition to allowing drivers to check their vehicle’s operating systems and send remote commands, gives them access to EV specific functions. The EV-tailored app shows owners their vehicle’s current state of charge, electric range, electric miles driven and eMPG, or equivalency of electric miles per gallon.

The RemoteLink Mobile App also will allow ELR owners to control and schedule vehicle charging, including an option to charge during off-peak hours when electricity rates are lowest. In addition to the RemoteLink app available today, OnStar is an enabler for solutions that may benefit drivers in the future.

“While RemoteLink is really our first Smart Grid service to be available for consumers, the same connection we use to enable the app’s EV functions can be used to open the door for more energy cost and load control benefits,” said Russ Eling, manager, Smart Grid and EV Services, General Motors.

OnStar has four unique Smart Grid APIs, or Application Programming Interfaces, that utilities and third-party companies can work with to develop real-world solutions for the 2014-Cadillac-ELR-018-mediumELR including demand response, time-of-Use rates, charging data, and aggregated services.

An example of an aggregated service solution would be charging with renewable energy. A regional transmission organization would send OnStar a signal letting it know that renewable energy is available on the electric grid. OnStar then uses this signal to manage the charging of one or multiple EVs in order to utilize the available renewable energy.

OnStar recently partnered with TimberRock Energy Solutions, Inc. using Demand Response to aid with TimberRock’s ability to store and charge with solar energy.

SMUD Enters Space-Time Continuum

The Sacramento Municipal Utility District (SMUD) has implemented Space-Time Insight’s geospatial and visual analytics software. According to Space-Time Insight’s, their software facilitates faster and more informed smart grid decisions. The system, which correlates, analyzes and visualizes data in smart grid, distribution, outage, fire and weather systems, is the primary “face” of SMUD’s new Distribution Operations Center.

STI - SMUD-PR-3The situational intelligence solution was implemented as part of SMUD’s Situational Awareness and Visual Intelligence (SAVI) initiative which is designed to improve the speed and quality of data analysis and decision-making throughout the organization’s Grid Planning and Operations department and partially funded by a federal smart grid grant awarded by the Department of Energy (DOE).

SMUD is the nation’s sixth-largest community-owned electric utility, serving a population of 1.4 million across 900 square miles. For years, the company has relied on paper maps—including a 100 x 25 ft. wall map – and the experience and knowledge of its personnel to manage the electric grid.

But according to Space-Time Insight, the recent adoption of smart grid devices generated an exponential increase in the volume of data, making manual operations infeasible and creating opportunities for real-time insight into grid performance. Now, the Space-Time Insight system quickly synthesizes numerous streams of disparate data and provides on-the-fly assessments of grid and asset health, weather, wind and fire conditions, and power supply and demand among other features.The system helps managers and operators respond more quickly to outages, rapidly develop switching plans, and make more-informed decisions regarding equipment maintenance and investments.

“The volume of data generated by our smart assets made it clear that we had to continue to innovate to improve the reliability and safety of service to our customers,” said Paul Lau, Assistant General Manager, Power Supply and Grid Operations at SMUD. “With common operational views, personnel across our organization can now implement more cost-effective asset planning and maintenance practices, collaborate as one team to respond rapidly to emergency situations and outages, and more readily understand the real-time impact of weather and fires on our daily operations.” Continue reading

Flex-Plant Opens In California

NRG Energy and Siemens Energy recently dedicated the country’s second Flex-Plant, the El Segundo Energy Center located near Los Angeles, California. The first Flex-Plant is located in Lodi and went into commercial operation last year. Siemens Energy supplied and commissioned the two Flex-Plant 10 El Segundo Energy Centercombined cycle power islands. In total they have an installed capacity of 550 megawatts (MW) – enough to supply efficient and flexible electricity to approximately 450,000 Californian homes.

El Segundo Energy Center is considered an environmentally conscious, combined cycle solution for peaking and intermediate load. The two units can achieve 300 MW in less than 10 minutes, allowing the plant to back up the electrical grid, including grids that are connected to wind and solar power. The Flex-Plant is a solution for supplementing energy should renewable power generation suddenly fall short.

During the dedication ceremony, Martin Tartibi, executive vice president at Siemens Energy Solutions Americas, noted, “NRG and the state of California today moved one step closer to realizing a greener future in California. Siemens Flex-Plant 10 technology is on the leading edge of where power generation in America is going in the future – fast, flexible and environmentally friendly.”

With the SGT6-5000F gas turbine integrated with a single-pressure, non-reheat bottoming cycle, and an air-El Segundo Martin Tartibicooled heat exchanger for steam condensing, this Flex-Plant 10 provides a net efficiency of nearly 49 percent – much higher in efficiency than conventional simple cycle solutions. As compared to conventional combined cycle technology, this Flex Plant is more environmentally friendly with a reduction of 95 percent of CO2 start up emissions and low water consumption.

This plant also demonstrates the Siemens Clean-Ramp Technology, which reduces transient emissions, while the gas turbines ramp up and down to meet electricity demands.

“Flex-Plants with fast start technology are an environmentally friendly solution to seamlessly integrating renewable power into the grid. As a result of this project, the El Segundo Energy Center will be able to provide Californians with 550 MW of clean energy for decades to come,” added John Chillemi, President of NRG Energy’s West Region. “With Siemens as our partner, we were able to meet the challenges of permitting, constructing and operating in a highly populous and visible beach community in the South Bay Southern California area.”

New Energy Systems Integration Facility Announced

A new Energy Systems Integration Facility (ESIF) will be built in Golden, Colorado, sponsored by the Energy Department and the National Renewable Energy Laboratory (NREL) that will focus on utility-scale clean energy grid integration. The facility’s first industry partner – Colorado-based Advanced Energy Industries – has already signed on to start work at ESIF, developing lower cost, better performing solar power inverters.

“Our National Laboratories are a national treasure that help America’s entrepreneurs and innovators to accelerate the development of new technologies,” said Energy Secretary Ernest Moniz.“This new facility will allow for an even stronger partnership with ESIF Proposed Facilitymanufacturers, utilities and researchers to help integrate more clean, renewable energy into a smarter, more reliable and more resilient power grid.”

The 182,500-square-foot ESIF is the nation’s first facility to help both public and private sector researchers scale-up promising clean energy technologies – from solar modules and wind turbines to electric vehicles and efficient, interactive home appliances – and test how they interact with each other and the grid at utility-scale.

ESIF will house more than 15 experimental laboratories and several outdoor test beds, including an interactive hardware-in-the-loop system that lets researchers and manufacturers test their products at full power and real grid load levels. The facility will also feature a petascale supercomputer that can support large-scale modeling and simulation at one quadrillion operations per second.

“ESIF is an excellent example of the impact that federally-funded research can have on solving national problems beyond the scope of private investment. And, it demonstrates the importance of partnerships among the federal government, industry, and academia,” NREL Director Dan Arvizu said. “With NREL’s 35-year focus on developing competitive renewable energy and efficiency technologies, we’re pleased to take a leadership role in this next frontier of energy research.”

Congress provided $135 million to construct and equip the user facility and the President’s FY 2014 budget request includes an additional $20 million for facility operations.

Smart Energy Pilot Lanched in Netherlands

A smart energy pilot project is launching in Groningen and Hoogkerk, Netherlands that will allow consumers to test innovative, smart energy services related to sustainable energy choices and cost savings. Six Dutch companies along with three knowledge institutes and 40 households will participate in the project designed to ascertain which smart energy services best meet the consumer’s requirements. The goal is to give guidance on how to  Minister Kempimplement a sustainable and cost effective energy supply. This is the first time that consumers are involved in such research.

The trial forms part of PowerMatching City’s second phase. PowerMatching City is the world’s first live, total-concept smart grid. These linked, intelligent (digitally) controlled energy grids are essential for achieving a proper match between energy demand and supply. Economic Affairs Minister Kamp initiated the second phase during a festive meeting with the participants from the City of Groningen’s Thomsonstreet.

“I am delighted that today we are taking a new important step towards the energy system and the energy consumer of the future together with households, companies and knowledge institutes,” said Albert van den Noort, PowerMatching City II’s Project Manager. “Changes are often achieved through means of open innovation in which players from different backgrounds and disciplines work together. PowerMatching City is a good example of this.” Continue reading

MyEnergi Lifestyle Initiative Launched

A new initiative, MyEnergi Lifestyle, has been launched to demonstrate how a typical American family can significantly reduce their electricity bills and carbon dioxide footprint. The campaign is a collaboration between Ford, Eaton, SunPower and Whirlpool and combines energy efficiency tips with plug-in vehicle technology. Specifically, MyEnergi Lifestyle showcases how combining renewable energy generation with “time-flexible” loads optimizes energy consumption across a plug-in vehicle and home appliances.

FORD MOTOR COMPANY MYENERGIMy a home incorporates MyEnergi Lifestyle, A computer model developed by Georgia Institute of Technology predicts a 60 percent reduction in energy costs and savings of more than 9,000 kg of CO2 (55 percent reduction) from a single home. The new program is being featured during the 2013 International CES in Las Vegas this week.

“More than ever, cars are sharing the same energy source as the home,” said Mike Tinskey, global director of Vehicle Electrification and Infrastructure, Ford Motor Company. “The time is right for the home appliance and transportation sectors to converge if we are going to tackle a myriad of sustainability challenges in a rapidly changing world.”

According to Warwick Stirling, global director for energy and sustainability for the Whirlpool Corporation, the average American home uses more than 11,000 kWh of electricity per year. However, he said, recent technologies can help a family use energy smarter and more efficiently.

“SunPower is offering Ford plug-in vehicle owners the world’s most efficient solar power systems to ensure they maximize emission-free power generation for use at home and for their vehicles,” said Ken Fong, SunPower general manager, Americas. “SunPower systems offer the industry’s best warranty, so homeowners can count on 25 years or more of clean power to support their sustainability goals and generate significant annual savings on their electricity bills.”

Joanne Edwards, added, that as innovation in home electrical technology advances, so does the need for safe, reliable power distribution. She is the vice president and general manager of Eaton’s residential division and notes that giving homeowners the tools to tap into distributed power in their homes allows them to modify their behavior and reduce energy consumption.

Solar Training Features PV Inverter Tech

ImagineSolar is featuring inverter technology for photovoltaic systems developed by Ideal Power Converters (IPC), in their next solar training workshop in Austin, Texas on December 15 and 16, 2012. According to ImagineSolar, IPC’s patented power converter technology improves both energy and cost efficiencies for solar inverters, grid storage, and electric vehicle charging infrastructure.

IPC’s initial product, a 94lb 30kW 480VAC PV inverter, is one of the most efficient PV inverters with 96.5 percent CEC-weighted efficiency according to the company. It can lower inverter shipping and installation costs by 90 percent compared to conventional transformer based inverters.

“We are excited to work with the outstanding team at ImagineSolar,” said Paul Bundschuh, CEO for IPC. “ImagineSolar will conduct a lab using our inverter technology and will provide insight into the advantages of bi-polar system design.”

ImagineSolar is a company that specializes in training people about solar energy. As part of this initiative, the company establishes training partnerships with leading manufacturers, distributors, installation companies, training and accreditation organizations who are developing the latest, advanced, technologies for the solar and smart grid industries.

Michael Kuhn, ImagineSolar founder and CEO, added, “IPC is transforming the PV, grid-storage, and electric vehicle fast charging markets with their game-changing Universal Power Converter Platform(TM). This is a great match with our focus on system solutions for the solar and smart grid industries.”

Transmission Projects Will Help Wind, Solar

One of the hurdles for wind and solar energy is getting hooked up with the electrical grid. It is estimated that states like North Dakota could provide massive amounts of wind energy to the country, but today, the energy is produced too far where it is needed without having an updated energy grid. Fortunately, a new report released by Edison Electric Institute (EEI) has found there are more than 100 electric transmission projects either planned or underway in the U.S.

EEI’s member electric utility companies have reported they plan to spend $64 billion on transmission system improvements from now through 2022. This is on top of the already $77 billion spent between 2001-2010. The report includes a brief overview of each member company including detailed information about their projects.

“Although not a comprehensive compilation of all projects that are being undertaken by our member companies,” said EEI’s Vice President of Energy Delivery, James P. Fama, “the sampling of projects highlighted in the EEI report, Transmission Projects: At A Glance, March 2012, highlights the electric power industry’s commitment to investing in needed and beneficial transmission infrastructure over the next 10 years.”

In addition to specific project information, the report also categorized each project into four areas:

  • Interstate Transmission Projects—transmission line improvements that physically span two or more states.
  • Transmission Supporting the Integration of Renewable Resources—transmission projects, whether transmission line or non-transmission line, that support the integration of a renewable resource.
  • Transmission Projects Required for System Reliability Needs—projects where the predominant driver has been identified as the need to meet either NERC reliability standards (e.g., NERC Transmission Planning TPL standards) and/or local Transmission Owner reliability criteria.
  • Transmission Projects Developed by Multiple Project Partners—transmission projects where EEI member companies are partnered with other utilities, including non-EEI members, to leverage their expertise to develop the project.

You can download the full report here.

Solectra Renewables Awarded $2.1M DOE Contract

The U.S. Department of Energy (DOE) has awarded a $2.1 million contract to Solectria Renewables as part of its SunShot Initiative, to develop integrated smart-grid ready photovoltaic (PV) inverters with utility communications. The project will be completed in partnership with Electric Power Research Institute (EPRI), Detroit Edison, National Grid, and Xcel Energy. The DOE program is aimed at bringing cost-competitive solar technologies to market faster.

The purpose of a PV inverter or a solar inverter is to convert the variable DC output of the solar modules into a utility frequency AC current that can be fed into the electrical grid. A PV inverter has special functions adapted for use with PV arrays. The key objectives of the Solectria Renewables Program are to leverage ongoing investments in smart grid and related standards as well as to expand PV inverter capabilities. The company says that together these two things will help grid operators better utilize grid assets.

“We are honored to have been selected by the Department of Energy to receive this award, which is a reaffirmation of our leadership in the inverter space,” said Michael Zuercher-Martinson, CTO of Solectria Renewables. “Enabling utilities to control our SMARTGRID inverters (SGI) is the next big step towards a smarter grid that can accommodate a very high PV penetration density in a safe, secure, efficient and reliable manner.”

Detroit Edison, National Grid and Xcel Energy will supply test sites ranging from 605kW to 30MW. Each of the sites will test different aspects of the technologies being developed by EPRI and Solectria Renewables.

350Green Installs 3 EV Charging Stations in Bay Area

The Bay Area is the home of three new electric vehicle (EV) charging stations. 350Green, in partnership with Simon Property Group, will install one EV charging station at the Stanford Shopping Center, one at Santa Rosa Plaza and one at Coddingtown Mall. These are the first three major shopping areas to offer EV charging in the Bay Area while consumer shop.

“We are thrilled to offer our shoppers easy and convenient access to charging stations, demonstrating our ongoing commitment to sustainability,” said Kelly Hartsell, West Regional Vice President of Simon Property Group. “Our customers expect us to offer them goods and services that reflect their values. Known for being environmentally and socially conscious, the Bay Area is the perfect location to introduce this to our shoppers.”

The “Level 2″ charging stations are strategically located in mall parking lots. Shoppers at Stanford Shopping Center will have access to two chargers located in the Lower Level Parking Deck between Macy’s and Bloomingdale’s. At the Coddingtown Mall, a “Level 2” charging is located at the North Main Entrance and in Santa Rosa Plaza’s the EV charging station will be located on its third level parking deck. The installations will be complete in the next 30 days.

Simon is working with 350Green for its Bay Area roll-out. The self-serve charging stations have the capability to “top off” or partially charge a customer’s electric vehicle in a 90 to 120 minute time frame, allowing shoppers to leave their vehicles at the charging station while they are shopping or dining. Charging will be free during an introductory time period, after which 350Green will offer various pricing plans.

“Our partnership with Simon is an important part of expanding our network of EV charging stations in convenient locations throughout the Bay Area,” said Mariana Gerzanych, 350Green’s co-founder and CEO. “In doing so, we help advance the EV revolution by making it easier and more convenient to charge up an EV than to fill up a car with gas.”