ESNA 2014 Innovation Awards
Game-changing energy storage projects are being deployed throughout North America, providing a diverse new tool kit for addressing today’s grid challenges.
We invite companies to apply for the Energy Storage North America Awards.
Nominations are now being accepted.
Project Categories include: Utility-Scale, Distributed Energy Project, and Mobility
To be eligible for an award, a project must be a stationary or transportable grid energy storage system that has been installed and made fully operational on or before August 1, 2014.
enerG is the official media partner for the Energy Storage North America (ESNA) Awards, and will be publishing the project finalists in the July/August issue (release date Aug. 18th), along with the winners in the September/October issue (release date Oct.1st).
enerG Magazine, now in its ninth year of publishing, is North America's leading magazine on the business of alternative energy! Reaching more than 25,000 decision-makers in energy and related businesses, enerG covers all areas of alternative energy, including wind, solar, biomass, geothermal and biofuels. With our partnership with the ESNA Awards, enerG is pleased to offer you a FREE 2 YEAR subscription—just click the link and fill out the form. enerG's FREE 2-Year Subscription (Only US & Canadian addresses qualify)
Summary of ESNA 2013 Awards
|Notrees Wind Energy Storage|
|SCPPA Thermal Energy Storage Program|
|Laurel Mountain||Pillar Mountain|
|Rankin Energy Storage System|
Rated Power: 36 MW
Rated Capacity: 24 MWh
Technology Type: Advanced Lead Acid
Powered by: Xtreme Power, DOE, Duke Energy
Services Provided: Frequency Regulation, Renewables Capacity Firming, Electric Energy Time Shift, regulatory change in Texas
Everything truly is bigger in Texas, including the installation of Duke Energy’s wind energy storage system. With a 36MW energy storage and power management system installed at the Notrees Wind project, the Duke Energy system regulates and optimizes the delivery of energy. Using Xtreme Power’s Powercell™ battery, the storage system addresses the intermittency issues of the Notrees Wind project while using a battery made of non-hazardous, recyclable materials. In addition to being the largest wind connected project in North America, this project was instrumental in changing the paradigm for energy storage in Texas. As the first project of its size in TX, much like the earlier pioneering projects in PJM, it expanded the horizon for interconnection requirements, and was instrumental in creating the fast responding regulation service pilot in ERCOT. Thus the project had major impacts in both demonstrating the technology at scale, but also important policy and regulatory impacts in TX, opening a new market for energy storage. Finally, the project was partially funded by DOE, demonstrating success as a key public-private partnership to move the storage market forward.
More Info: http://www.energystorageexchange.org/projects/11
Rated Power: 2.5 MW
Rated Capacity: 15 MWh
Technology Type: Ice Thermal Storage
Powered by: Southern California Public Power Authority, Ice Energy
Services Provided: Electric Energy Time Shift, Stationary Transmission/Distribution Upgrade Deferral, Transmission Congestion Relief, Renewables Energy Time Shift
The Southern California Public Power Authority (SCPPA) has entered into an agreement with Ice Energy to purchase up to 53MW of peak load shifting (PLS) capacity with the installation of Ice Bear Thermal Energy Storage (TES) equipment on behalf of SCPPA's 12 publicly owned utility members as well as other municipal utilities (participants) in the region.
This could be the largest deployment of Ice Bears and provides participants an ability to achieve Utility-scale peak demand reduction and shifting of air conditioner load, while also providing valued efficiency improvements for individual commercial and industrial (C/I) customers - without sacrificing customer comfort. To date, 7 members and 2 other POUs have installed approximately 2.5MW of TES capacity in more than 200 customer's facilities.
These installations have provided participants new opportunities to work with C/I customers in partnership to help them cost-effectively reduce peak demand and shift energy usage to the off-peak period. In addition, the SCPPA agreement with Ice Energy requires that local engineers and HVAC contractors be used for the design and installation processes and that supplies and materials be acquired locally, to the greatest extent possible to provide local and regional economic development opportunities in the communities served by the participants.
More info: http://www.energystorageexchange.org/projects/510
Rated Power: 32 MW
Rated Capacity: 8 MWh
Technology Type: Lithium Ion Battery
Powered by: AES Energy Storage
Services Provided: Frequency Regulation, Ramping
AES installed a wind generation plant comprised of 98 MW of wind generation and 32 MW of integrated battery-based energy storage. The 32 MW advanced storage project is the largest of its kind. Leveraging advanced battery technology, the storage service provided by AES Energy Storage will help optimize the renewable energy generated. The project provides PJM with regulation service, delivering instantaneous response to grid operator requests for power, helping to match generation and demand. The storage also allows the wind facility to control the ramp rate of its generation smoothing out fluctuations in minute to minute output. AES Laurel Mountain is among the first wind generators to supply critical operating reserve capacity to help maintain the reliability of the power grid.
More info: http://www.energystorageexchange.org/projects/164
Rated Power: 3 MW
Rated Capacity: 2 MWh
Technology Type: Advanced Lead Acid Battery
Powered by: KEA, Xtreme Power
Services Provided: Frequency Regulation, Voltage Support, Electric Supply Reserve Capacity - Spinning
In an effort to significantly reduce the usage of diesel fuel for power generation in Kodiak, Alaska, Kodiak Electric Association (KEA) developed a wind project to generate approximately 20% of the system’s annual power needs. The remaining 80% is generated with hydroelectric power, which was already an existing infrastructure. After modeling KEA's system, it was obvious that KEA's grid could not support the variation of 9 MW's of wind power without some type of energy storage. After examination of different solutions, the XTREME Power package was chosen. The installation of the wind turbines and BESS system took place in the fall of 2012. The system has preformed wonderfully. The BESS system operates over 200 times a day to system frequency issues. It is set up in droop mode and has saved the system from many frequency issues.
More info: http://www.energystorageexchange.org/projects/22
Rated Power: 402 kW
Rated Capacity: 283 kWh
Technology Type: Sodium Nickel
Presented by: FIAMM Energy Storage, Duke Energy, S&C
Services Provided: PV Smoothing, active VAR/power factor management, combined watt/VAR voltage control
Starting in 2010, three energy industry partners (Duke Energy, FIAMM, and S&C Electric Company) came together to solve a problem that Duke Energy was beginning to experience on distribution circuits (12 kV – 24 kV) that have a high penetration of distributed solar generation. Due to passing clouds, solar energy output was observed to rapidly fluctuate; cases were observed where over 80% of a solar unit’s output would drop in less than five seconds. This rapid fluctuation in circuit power flows can cause undesirable voltage conditions that are difficult for existing infrastructure to correct. To solve this, a battery system was envisioned that charged and discharged to absorb the solar-induced “power swings”, allowing the circuit’s voltage profile to remain smooth despite significant and rapid changes to the power flows along it.
More Info: http://www.energystorageexchange.org/projects/184
|Barclay Tower Demand Energy Distributed Storage|
|GreenStationTM Energy Storage at 7-Eleven|
|1500 Walnut Street|
|InterContinental Hotels Stem Storage|
|Santa Rita Jail Smart Grid – Advanced Energy Storage|
| || |
Rated Power: 225 kW
Rated Capacity: 1,912 kWh
Technology Type: Lead Acid Battery
Powered by: Demand Energy Networks, Con Edison, Glenwood Management
Services Provided: Energy price arbitrage, demand charge reduction, automated demand response and back-up & critical power support
Glenwood Management quickly understood the economic benefits of distributed energy storage. Glenwood, the owner of high-end luxury apartments across New York City, has been working with Demand Energy to utilize the transactive energy market that has resulted from deregulation in New York. In this regard, Glenwood is a leader in the use of intelligent energy storage on the customer side of the meter to benefit both themselves and the various grid operators. Demand Energy's cloud based solution manages The Barclay Towers house load in real time, and incorporates the NYISO day-ahead pricing and using this information to direct the operational performance modes of the storage system from limiting the building's demand peaks during operational hours or time shifting a block of energy during a period of high hourly pricing. When the grid is strained by air-conditioning load in the summer, Demand Energy’s Joule system shifts operating modes to respond automatically to demand response events from NYISO’s and Con Ed, delivering value to the grid operators with no impact to tenant livability in the building. If the Barlcay Tower faces another extended outage like what occurred during Hurricane Sandy, the critical power support from the Joule.System will supply power to circuits that supply water, emergency lighting and the service elevator. Intelligent Energy Storage helps Glenwood Management derive multiple benefits from this unique installation.
More info: http://www.energystorageexchange.org/projects/355
Rated Power: 100 kW
Rated Capacity: 96 kWh
Technology Type: Lithium Ion
Powered by: Green Charge Networks, 7-eleven
Services Provided: Power efficiency, Demand charge reduction, end-to-end solution with intelligent energy storage
Operating a 24/7 convenience store brings unique challenges, one of which is the sharp rise in demand charge in recent years. Green Charge Networks matched 7-Eleven’s high-availability needs with the GreenStationTM, which has been operating on a 24/7 basis at several 7-Eleven locations in New York City for more than 1 ½ years, including during Superstorm Sandy. These systems deliver ROI better than commercial PV solar. During the recent heat wave in New York City the week of July 15th, 2013, Green Charge Networks reduced demand at this particular location by 56%. The GreenStation is powered by a unique and patent pending predictive and stochastic software algorithm. The economic ROI delivered has the potential to scale to thousands of retail locations across the country in the next three years.
More info: http://www.energystorageexchange.org/projects/472
| || |
Rated Power: 100kW
Rated Capacity: 100 kWh
Technology Type: Ice Thermal Energy Storage
Powered by: CALMAC, Viridity Energy, Tozour Energy, 1500 Walnut Enterprises
Services Provided: Demand charge reduction, PJM Capacity Market, PJM Economic Energy Market
The comfort cooling system at the 1500 Walnut Street building was outdated and inefficient. The system was replaced by a significantly more efficient system using a downsized chiller and ice thermal energy storage. The storage shifted about 1/3 of the peak cooling demand and was justified by reduced demand charges.
Then the rates changed when the electricity market was deregulated. The energy storage enabled the building owner to negotiate better energy rates due to the improved electrical load profile of the building. However, demand charges were reduced when price caps were removed from the deregulated market prices. This eliminated much of the demand related cost savings that resulted from shifting a portion of the cooling load. The cooling system required a revised approach to operation in order to achieve the savings originally projected.
Tozour Energy and Viridity teamed with the building owner to modify the system for the new electric rate structure. It was updated to operate optimally as a virtual generator by changing the controls to focus on the entire building electrical systems, including the IceBank energy storage. The building now can react to day ahead pricing signals and is able to transparently shed load upon a call from the electrical grid (PJM). 1500 Walnut currently participates in the PJM Capacity Market and also the PJM Economic Energy Market. Viridity thinks that, dependent on the equipment responsiveness and controllability of 1500 Walnut, Viridity could consider them for PJM Ancillary markets – Synch Reserve and/or Regulation – in upcoming contracts.
More info: http://www.energystorageexchange.org/projects/531
Rated Power: 15 kW (200 kW planned)
Rated Capacity: 15 kWh (200 kWh planned)
Technology Type: Lithium Ion Battery
Powered by: Intercontinental Hotels, Stem
Services Provided: Demand charge reduction
Predictive analytics, big data, and luxury hotels? At first glance, one of these things is not like the other. However, InterContinental Hotels in San Francisco leveraged computing technology with energy storage to cut costs and still offer their guests the comfortable stay they expect from the hotels. InterContinental had difficulty managing high demand charges due to load spikes, so they installed a Stem system to leverage predictive analytics and big data with energy storage. The combination allowed InterContinental to “hybridize” the hotels and effectively switch between battery and grid power to manage energy costs. The installation was so successful that it is being rolled out to all 16 of the California-based InterContinental hotels and has a projected savings of $2.2 million over the next ten years. Dreams of a greener hotel have now become a reality - so sit back, relax, and enjoy your stay!
More Info: http://www.energystorageexchange.org/projects/356
Rated Power: 2,000 kW
Rated Capacity: 4,000 kWh
Technology Type: Lithium Ferrous Phosphate
Powered by: Alameda County, APT, BYD, CEC, Chevron Energy Solutions, DOE, Encorp, S&C Electric
Services Provided: Electric Bill Management with Renewables, Electric Energy Time Shift, Electric Supply Reserve Capacity – Spinning, Onsite Renewable Generation Shifting, Renewable Energy Time Shift
Alameda County’s Santa Rita Jail smart grid demonstration project in Dublin, California, is the country’s largest CERTS-based microgrid with renewable generation and large-scale energy storage. Designed and constructed by Chevron Energy Solutions, this first-of-its-kind project is anticipated to be a powerful enabler toward a smarter grid. It brings together multiple partners and technologies to deliver an essential component of the U.S. Department of Energy’s plan to deploy an advanced, interconnected energy network capable of meeting the energy consumption needs of tomorrow.
More info: http://www.energystorageexchange.org/projects/91
|San Diego Zoo Solar-to-EV Project|
|Grid on Wheels|
Rated Power: 100kW
Rated Capacity: 100 kWh
Technology Type: Lithium-Ion battery Presented by: Smart City San Diego, San Diego Zoo, SDG&E and Kokam,
Services Provided: Solar integration, EV Charging, Renewables Capacity Firming, Education
Sitting in the heart of San Diego's Balboa Park, the San Diego Zoo boasts a variety of the world's most exotic animals. Now, in conjunction with Smart City San Diego, a collaboration between San Diego Gas & Electric, City of San Diego, GE, UC San Diego and CleanTECH San Diego, the Zoo has photovoltaic canopies that use solar power to charge electric vehicles, store solar power for future use and provide renewable energy to the surrounding community. The project, owned and operated by San Diego Gas & Electric, consists of 10 photovoltaic solar canopies for a total of 90 kW, a 100kW/100kWh battery energy storage system and five plug-in electric vehicle chargers (installed through the US DOE funded EV Project).
The Solar-to-EV project:
· Uses solar energy to charge electric vehicles
· Stores solar energy in the battery for future use
· Reduces intermittency of the PV
· Offsets utility peak loads
· Provides enough solar energy to power 59 homes
· Daily generates enough solar power for approximately 1,500 electric vehicle miles - enough to drive from the San Diego Zoo to the St. Louis Zoo!
For the 3 month construction period, this project created the equivalent of 12 full time jobs for local workers. An important aspect of the project is community education. To view the educational dashboard go to sandiegozoo.org/sdgesolar.
More Info: http://www.energystorageexchange.org/projects/503
Rated Power: 12 kW (18 kW max) times 30 vehicles
Rated Capacity: 30 kWh (37 kWh max) times 30 vehicles
Technology Type: Lithium Ion EV Batteries
Powered by: BMW, EV Grid, NRG, University of Delaware
Services Provided: Frequency regulation, revenue generating ancillary services, dispatchable power resources, fleet service
Grid on Wheels is the first ever use of electric vehicle batteries, chargers, and charging infrastructure to participate in and generate revenue from open ancillary services markets. This project is the culmination of innovations and developments over the past 15 years including:
. Bi-directional charging for EVs at up to 18 kW per vehicle
. Remote control of EV charging
. Third-party aggregation of EVs for the purpose of providing ancillary services
. Real-time communication between vehicle, aggregator, and ISO/RTO
. Rates, regulation, standards, and tariffs enabling market participation from EVs downstream of the meter
Grid on Wheels is deployed at University of Delaware by eV2g, a joint venture between the University and NRG. The project uses 30 BMW MINI Es modified for V2G and provided by EV Grid. The project achieved the first successful fulfillment of and earned payment for grid regulation in PJM's ancillary services market in March, 2013. Since then Grid on Wheels has been increasing the hours and power it bids into the market. Ultimately, the 30 EVs in the project will be able to provide up to 300 kW or more of grid-up and grid-down regulation.
More info: http://www.energystorageexchange.org/projects/530