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April 27, 2012

GE and Arista Partner on Renewable Energy




Arista designs and makes renewable energy systems and has partnered with GE to use their Durathon™Battery for their “Power on Demand” offering.

Power on Demand system uses renewable energy (wind, solar, …) and storage devices to keep that energy available for peak use.  Power on Demand can reduce energy costs by smoothing the demand for grid power and using stored power at peak times when energy charges are highest.

"“ … a custom-designed battery storage system and proprietary real-time demand monitoring technology. … releasing stored power only during peak demand periods, thereby reducing peak demand charges, … and lowering commercial electricity costs.”

GE’s Durathon Batteries are both smaller and lighter than traditional batteries, can last up to 20 years and are recyclable.

For more info on GE’s Durathon Batteries see geenergystorage.com.

 

Via:  Arista  LINK

October 17, 2011

Renewable energy supply chain




needs storage to balance generation and demand requirements effectively.  The US DOE research agenda is beginning to focus grants exploring enablers for renewable energy storage.  …

…   “Without good ways of storing peak output for later release, alternative-energy plants become the most erratic parts …”   …

Via Bloomberg: Alternative Energy Storage.

Renewable energy storage awards.

California’s energy commission is supporting the research into energy storage, such as battery systems integrated with solar photovoltaics.

Novel approaches to energy storage include compressed gas, such as the technology offered by SustainX to store potential energy.

August 08, 2011

Compact wall-mounted electric vehicle charging




Charge your electric vehicle battery

GE charging station can be installed in the garage and quickly charge your electric vehicle to be ready for the next day’s commute.  The NEMA rating enables the device to be installed outdoors, if your situation requires.  …GE  wall-mounted electric vehicle charger is the Wattstation

…   “The GE WattStation Wall Mount delivers a full-cycle charge to a 24kWh battery in only 4-8 hours, whereas plugging an EV into a standard electrical outlet would require 12-18 hours to provide the same level of charge. 

Suitable for both indoor and outdoor installations, the GE WattStation Wall Mount is NEMA 3R rated to resist rain, sleet and even ice.

The unit measures only 24 inches tall, 16 inches wide and 6 inches deep.”   …

GE WattStation.

Press release for the WattStation.

July 31, 2011

Battery swap stations power Denmark electric vehicles




Mitsubishi Electric Vehicle

Changing stations will quickly swap battery packs into an electric vehicle in a few minutes.  Denmark begins to implement the EV infrastructure with the Better Place battery station.  …

…   “Better Place subscribers purchase their cars, but not the expensive battery packs. For a fixed fee of about $350 a month, they will lease access to the batteries, swap stations and charge points.”   …

Via New York Times: Better Place Stations.

June 17, 2011

Electric vehicles would benefit from lighter and cheaper batteries




And, MIT researchers may be on the right track, as the school’s battery research team has re-architected the traditional battery design of storage and discharge functions.  …Battery researcher

…   “The new battery relies on an innovative architecture called a semi-solid flow cell, in which solid particles are suspended in a carrier liquid and pumped through the system.”   …

Via Massachusetts Institute of Technology: New Battery Design.

June 10, 2011

Sodium as energy storage alternative




Sodium chemistry expected to play larger role in energy storage of the future.  Aquion Energy, NGK, and Pacific Northwest National Labs are in various stages of research and commercialization with sodium enabled batteries.  …

…   “Sodium’s selling point seems to be in durability, low cost, efficiency and safety, depending on whom you talk to and the chemical formula.”   …

Via Seeking Alpha: Energy Storage Companies.

Aquion Energy.

NGK Japan.

Pacific Northwest National Labs: “By adding the right amount of heat, researchers have developed a method that improves the electrical capacity and recharging lifetime of sodium ion rechargeable batteries, which could be a cheaper alternative for large-scale uses …”

Transformative material science for batteries.

June 08, 2011

Nanosys energy storage improves lithium battery performance




Nanosys offers SiNANOde additive to address problems historically associated with usingNanosys Batteries with silicon anode silicon in lithium ion battery anodes.  Yimin Zhu, director, battery & fuel cell, at Nanosys, explains that the additive deforms to fill void areas in the carbon anode material matrix and remains intact and fully functional after 100% DoD cycle testing.  …

…   “Nanosys’ architected materials increase the capacity of lithium ion batteries with its novel anode composite, maintaining standard coulombic efficiency, improving energy and power density, while providing the stability and safety of existing solutions.”   …

Via Nanosys: Energy Storage Solutions.

Nanosys, Inc. is an advanced material architect, harnessing the fundamental properties of inorganic materials into process ready systems that can integrate into existing manufacturing to produce vastly superior products in lighting, electronic displays, and energy storage.

April 03, 2011

Storage key to solar photovoltaic power success




Storing and concentrating the power generated from solar panels so that it can be used throughout the day is key to driving utilization of this form of renewable energy.  StoragePumped hydro storage technologies range from batteries to pumped hydro.  The pumped hydro storage technique stores energy in the form of water, which has been pumped from a lower elevation to a higher elevation reservoir.  Then, when demand increases, the stored water is released to power turbines.  …

…   “But add storage to allow a utility to deliver in the evening the solar power that was generated during the morning and afternoon, and — through the magic of storage — the figure zooms dramatically.”   …

Via Wired: Renewable Energy.

January 30, 2011

Chevy Volt charging up




chevy-volt3-02

December 02, 2010

Zero Tailpipe Emission Hybrid Electric Bus Uses Dual Batteries




piloted by GE research team.  The team integrates a high-energy density sodium battery with a high-power lithium battery into a dual power system to optimize performance for acceleration and range.  …

…   “While significant advances in battery technology have been made, further reductions in the size and cost of batteries will be needed to enable the widespread adoption of electric vehicles.

GE researchers believe a dual system with high power and energy storage capacity could achieve the optimal electric driving range and acceleration requirements at a more practical size scale and cost for larger vehicles.

The research is being done as part of a $13 million research project GE is engaged in with the Federal Transit Administration (FTA) and Northeast Advanced Vehicle Consortium, funded under the National Fuel Cell Bus Program. ”   …

GE Hybrid Systems Team.

Research at GE.

National Fuel Cell Bus Program (PDF).

A view of fuel cell bus use in United States bus fleets (PDF).

GE hybrid electric bus

November 01, 2010

Where should we store solar power




in an environmentally friendly way so that it may be reused when needed?  Research project will explore nano materials for energy storage purposes.  DOE awards University of Texas funding to pursue this objective.  …

…   “The goal of the project is to develop a fundamental understanding of how nanostructured materials can be used to improve all aspects of electrical storage, from energy density to power density to energy stored per dollar. 

We will work toward developing solid-state electrical energy storage that is more cost-effective and environmentally friendly than current technologies … ”   …

Via University of Texas at Dallas: Electrical Energy Storage Project.

Institute for Intelligent Energy Systems at UT Dallas.

October 12, 2010

Philly SEPTA pilot brake power




SEPTA is working with Viridity to harness energy from brake systems that is stored in batteries and reused to power its trains.  …

…   “piloting a smart electrical grid technology that could cut its electricity bills by up to 40 percent and generate millions of dollars a year.”   …

Via MIT Technology Review: Subway Power Generation.

SEPTA smart grid pilots regenerative braking system

September 09, 2010

Smart electric vehicle infrastructure optimizes charging




Networked mobile charging integrated with electric vehicle intelligence will optimize the placement of recharge stations.  …

…   “To determine where the stations are needed, in-car sensors would monitor the level of charge in the battery and periodically report this to a central operations centre … ”   …

Via New Scientist: Mobile Chargers.

Electric vehicle researcher, Zafer Sahinoglu at Mitsubishi Electric Research Laboratories.

August 08, 2010

Rapid charge for electric vehicle batteries




Rapid charging could be just the capability to make electric vehicles more appealing to consumers.  Level 3 battery charging could reduce charge time to the thirty minute target.  Technology exists to address barriers to developing the EV infrastructure.  …

…   “ECOtality, also a partner in the EV Project, will roll out a public fast charger in the fall, and Mr. Read predicts that it will be easy for consumers to operate.”   …

Via New York Times: 30 minute recharge.





Frog Design Blink Level 2 Ev Charger: "A crucial component in making this a reality and bringing the EV to consumers across the country is the cultivation and creation of electric-vehicle charging stations that are available for both residential and commercial use. "

July 07, 2010

Solar plane tests batteries in Switzerland




Solar Impulse is testing its ability to fly in the dark in this flight from Payerne in Switzerland.  ...

...  "The big question is whether the pilot can make efficient use of the battery energy to fly throughout the night. If this mission is successful, it will be the longest and highest flight ever made by a solar plane. "   ...

Via Solar Impulse Project: Night flight.

BBC: Solar test flight.

 

Solar plane test flight

 

June 09, 2010

Texas power storage manages megawatt scale




Remote West Texas town deploys large scale batteries to manage power fluctuations.  This is a pre-cursor to the infrastructure required to spread solar power across the day.  …

…   “If they work out, they may point the way toward large-scale storage that could even out the electrical highs and lows in a future power system that depends more on wind and solar energy than now. ”   …

Via Texas A&M: Big Batteries (Link).

 

West Texas dust storm via NASA

May 13, 2010

Solar membrane for trickle charging EV




Univ of Arkansas team develops electric vehicle to research new technology and educate students.  …

…   “Additional engineering tasks include implementation of a fast on-board charging system, integration of flexible solar membranes for trickle charging two maxillary batteries and integration of a new LCD instrument cluster for displaying speed, voltages, currents and battery conditions.”   …

Via University of Arkansas, Fort Smith: Electric Vehicle Project.

May 10, 2010

Ford Europe Electric Vehicles to be manufactured in Spain




Ford will deliver electric vehicles to the European market from its Valencia, Spain production facility.  …

…   “Ford Motor Company has significant experience with hybrid vehicles in North America, and will now extend this expertise to Europe as part of the company's aggressive global electrified vehicles strategy.  The reason for building both full Hybrid Electric Vehicle and Plug-In Hybrid Electric Vehicle versions of the five-seat Ford C-MAX is to provide customers with greater choice to suit their specific driving and living environments.

Full HEVs charge their electric batteries through the use of the small displacement internal combustion engine along with energy recapture through the regenerative brake system, whereas PHEVs have the ability to also recharge their electric batteries through an external source, such as a conventional electric power socket. ”   …

Via Ford: Electric Vehicle Sourcing for Europe

January 31, 2010

Up Close with Tesla Roadster Electric Vehicle at Philly Auto Show




Tesla Roadster sighting at the 2010 Philadelphia International Auto Show. ...









More Tesla Roadster pictures after the jump. ...

Continue reading "Up Close with Tesla Roadster Electric Vehicle at Philly Auto Show" »

September 22, 2009

California Solar Charging Corridor for Electric Vehicles




Owners of electric vehicles, such as the Tesla, will be able to recharge their batteries at stations from San Francisco to Los Angeles, as Solar City and Rabobank collaborate to create a solar re-charging corridor. ...
... "Solar City, a Silicon Valley neighbor of Tesla, has installed a whole corridor full of charging stations between the Bay Area and LA. " ...
Via NBC Bay Area: Electric Car

SolarCity and Rabobank: Create Corridor of Solar-Powered Electric Vehicle Charging Stations: "San Francisco and Los Angeles each support local infrastructure for EVs and many enterprising EV owners have successfully completed ambitious road trips throughout California and cross-country. Allowing drivers to plug in and charge up at multiple locations along well traveled corridors will dramatically increase the convenience and practicality of the growing number of EVs on American roads. Rabobank branches are positioned all along the high-traffic Highway 101 corridor, close to shops, restaurants and other commercial centers in Northern and Southern California, making them ideal locations for charging stations. "

Electric Vehicle Range Addressed by Better Place




You are in your electric car and the battery in nearing empty. What do you do? ... Your car informs you of the location of the nearest battery recharging / exchange station and you vector there as a fully-charged battery has been reserved for you. ...
... "Better Place designed the software with a single goal in mind, calming the fears of owners of EVs who believe drained batteries will leave them stranded in the middle of nowhere. " ...
Via All Cars Electric: Better Place Safety Net Software

Continue reading "Electric Vehicle Range Addressed by Better Place" »

August 06, 2009

Lead-Acid Battery Chemistry Improvement




Exide Technologies with Axion Power International receive thirty-four million dollar grant to advance the performance of lead-acid batteries, using lead-carbon electrodes for micro and mild hybrid applications. This grant is a part of President Obama's investment in battery technology for electric vehicles. ...
... "Lead-acid batteries, which are used for transportation and stand-by applications, account for half of the rechargeable battery market. Although alternative battery chemistries are growing in popularity, such chemistries are not expected to diminish the demand for lead-acid. " ...
Via Exide Technologies: Collaboration to Advance Lead-Acid Battery Chemistry

Battery research grants award list (PDF).

Via The White House: Obama on Spurring Innovation, Creating Jobs: "The projects were selected through a highly competitive process by the Department of Energy, and these innovative ideas will help propel America forward as we work to establish the next generation of advanced vehicles. "



Continue reading "Lead-Acid Battery Chemistry Improvement" »