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This belt driven compressor system has been designed specifically for use with compressed air foam injection device. Mobile Energy Australia are here to help you find the best possible mobile power solution for your vehicle.
CAN SMARTER STORAGE SOLVE OUR ENERGY WOES?March 1, 2013 — Largely out of sight, tucked into building basements and stashed in garages, a new generation of energy storage technology is poised to help our aging grid not only avoid outages, but enable vast new flows of renewable power, all while saving some serious money.
Supercapacitors Rival Lithium-ion Batteries in Superior Performance, Cost-Over-Life and Fit-and-ForgetThe grid storage market will reach $6.1 billion by 2018 making energy storage one of the fastest growing opportunities in the smart grid industry. Energy Storage in Commercial Buildings - Thermal Energy Storage, UPS, and Electrical Energy Storage: Global Market Analysis and ForecastsThe commercial buildings market is currently the largest source of revenue for stationary energy storage companies, primarily thanks to a robust uninterruptible power supply (UPS) industry, which requires an energy storage component. The missing link: why Australia needs energy storageIn visiting Australia regularly for the last two decades I have never quite understood why greater value is not placed on the nation’s latent solar and nuclear energy assets. NETZSCH and NREL collaborate to commercialize NREL isothermal calorimeter technology for large format Li-ion batteriesNETZSCH Instrument North America, LLC and the US Department of Energy’s (DOE) National Renewable Energy Laboratory (NREL) are collaborating to develop a new isothermal calorimeter to test the performance and safety of Large Format Li-Ion Batteries (LFLIBs) used extensively in electric vehicles, airplanes, military application, as well as stationary power back-up and storage applications.The new isothermal calorimeter will be based on patent-pending technology developed by a team of NREL researchers.
Velkess flywheel energy storage system to complete the equation of low cost clean energyWith researchers over the globe battling to bring down the cost of wind and solar electricity with innovative wind turbines and highly efficient solar panels, the last piece of the equation, which is energy storage, plays a critical role in reducing the overall cost of clean electricity.
The topic presumes that the energy is stored after it has been released from another physical state. Energy Storage Technologies for the Smart GridIntroductionEnergy storage is a critical component of the future Smart Grid. MIT team outlines path to low-cost solar-to-fuels devices; the artificial leafA team of researchers at MIT has described a framework for efficiently coupling the power output of a series-connected string of single-band-gap solar cells to an electrochemical process that produces storable fuels. The Clean Energy Council has introduced new initiatives that they believe will substantially lift the bar on the quality of solar power products sold in Australia. The Council’s Chief Executive Kane Thornton said the changes were the latest in a series of proactive steps by the industry to ensure the absolute highest standards for people buying solar power systems. Mr Thornton said the introduction of other initiatives by the Clean Energy Council, such as the Solar Retailer Code of Conduct and the continuous professional development program for solar installers, were also helping to progressively improve standards across the industry. Victoria, Australia, could benefit by up to A$9 billion in renewable energy investment under current State Government policies, according to a Clean Energy Council report.
It also found that an estimated 650 new green jobs would be created each year through to 2016 in the construction and operation of renewable energy facilities. The report was conducted by economic consultants Carbon Market Economics at the request of the Clean Energy Council. The study compared existing and proposed renewable energy policies in Victoria and their potential impact on renewable energy development, in the lead up to the Victorian election on 27 November. It found the effect of the Victorian Opposition policy on wind farms would be severely detrimental – between 50% and 70% of currently proposed wind farms in Victoria would not be developed if this policy was pursued. A recent Newspoll study found that 93% of all Victorians want more renewable energy, contradicting anti wind farm policies. The report found an estimated 200 fewer jobs would be created from 2010 to 2016 if the Victorian Coalition's policy was adopted.
Project to be built in Hornsdale South Australia and provide clean renewable energy for more than 70,000 households. Siemens and Neoen Australia have signed a contract for the Hornsdale Wind Farm project located in the state of South Australia. This project will support the Renewable Energy Centre of Excellence at the Canberra Institute of Technology by creating opportunities for employment, training and investment in both the ACT and South Australia. There is one on compressed air storage but this thread is for other storage technologies too, in particular, the development and recent advances in energy storage.
They're all ARPA-E awardees, meaning they fall under a number of broader project categories, but what's clear from wandering the floor is how many of them are related to energy storage. Energy storage is needed to store energy from the sun and wind when it's produced for use later.
New investor Total, the French Energy giant, joined Peter Thiel, Bill Gates, Khosla Ventures, and Innovacorp in the second closing of its $37.3 million Round D. The first ‘green hydrogen’ plant will be installed near Bogota.Hydrogen produced using wind or solar power will be stored in solid form in containers using McPhy technology.
Since the sun doesn’t shine all day nor does the wind blow continuously, storing all the energy generated when available for use when needed, requires energy storage systems, which currently cost a lot. If you want to smooth peaks etc on grid systems, that's a massive problem for the kind of solutions that are being discussed so far.
According to NanoMarkets, there is a sizeable opportunity for new materials and systems for supercapacitors and chemical batteries, which are critical components in Smart Grid electrical storage applications.
The open access paper, published in the Proceedings of the National Academy of Sciences (PNAS), offers a roadmap for direct solar-to-fuels devices.The new analysis follows up on 2011 research that produced a proof of concept of an artificial leaf—a small device that, when placed in a container of water and exposed to sunlight, would produce bubbles of hydrogen and oxygen. Products that are not up to standard will be removed from the Clean Energy Council lists of approved products. Victoria has some of the toughest wind farm development standards in the world," Warren says.


Consisting of 32 Siemens direct drive wind turbines, this project will provide clean energy for more than 70,000 households. I'll start with an assessment by IEA in 2009, and a second by EU Parliament in 2008.Prospects for large-scale energy storage in decarbonised power gridsThe extent to which a power system can accommodate variations in supply is governed to a large extent by its flexibility – a measure of how fast and how much the system can quickly increase or decrease supply or demand, to maintain balance at all times.
A few examples of innovative energy storage projects that ARPA-E is helping get off the ground:Beacon Power: Scaling up the flywheelFlywheels are an old idea, so why has ARPA-E given Beacon Power more than $4 million?
Across the Golden State, costs for electric power are high, renewables are multiplying, and key grid links are overloaded. In addition, there is a relatively healthy market for thermal energy systems, which use thermal mass (either ice or ceramic bricks) to store energy for later use in climate control in a building. Australians aspire to use renewable resources but are thwarted by the practicalities of renewables’ use in future energy generation and supply systems.In Australia, climate change legislation is driving decarbonisation. The hydrogen is produced by electrolysis of water, using renewable energy sources, before being absorbed by discs of magnesium.
As a solution to the problem of finding cheap energy storage systems, engineer Bill Gray has come up with the Velkess.The Velkess is a low-cost flywheel energy storage system that can easily replace conventional lead-acid batteries used in solar power plants around the world.
The presently known solutions are basically limited to batteries, capacitors, water towers, pressure vessels, heat sinks or mechanical devices all of which are inefficient, have very limited unit capacity and would serve only very local and small scale needs.Clearly, we already have massive energy storage in the form of hydraulic dams and in the miriads of fuel dumps around the world. Supercapacitors and chemical batteries find greater market potential in most applications as they are not confined by certain geological locations and free from the potential environmental impact problems of pumped hydro.Current Grid Storage LandscapeSmart Grid is a still-evolving term, covering all developments currently being made and planned to the existing electrical grid to improve efficiency, security, reliability, while reducing costs. A range of measures exist to increase the flexibility of power systems, and thus the extent to which they can accommodate variable renewables. But rather than rely on longstanding industry practice to fix grid problems by building more power plants or transmission lines, California regulators are encouraging customers and utilities to innovate.A menagerie of exotic new storage technologies — including thermal storage, flywheels and compressed air storage — are developing fast, but haven’t yet achieved commercial-scale viability.
The CPUC is asking Southern California Edison to procure 50 megawatts of energy storage over the next eight years, according to a final decision issued Wednesday. The long lifetimes and near-zero maintenance for supercapacitors make them attractive for such applications. The two elements combine to form magnesium hydride, storing the hydrogen in a stable and relatively dense form.
While flywheels have been in use for over 100 year and have proved to be among the highest performing energy storage technologies ever developed, they have suffered one fatal flow – high cost. The following two applications will dominate growth in the near term:The first application is power quality in sophisticated markets. The team’s new analysis shows that efficiencies of 16% or more should now be possible using single-bandgap semiconductors, such as crystalline silicon, or 18% for gallium arsenide cells.Such a system would use sunlight to produce a storable fuel, such as hydrogen, instead of electricity for immediate use. Siemens will provide the full turn-key project solution including 32 wind turbines with associated civil and electrical infrastructure.
This paper looks at one of these measures – storage.As mentioned above, as each storage system has different specifications, the optimal arrangement of these systems depends on circumstances in individual countries. Finally, an emerging segment of electrical energy storage systems is beginning to be established in some parts of the world.The future growth of energy storage systems for commercial buildings is heavily dependent on the local regulatory environment, both from the perspective of the electric utility's rate structure and government incentives for energy storage systems.
The public mind however is on cost, accessibility and security of supply.In the UK, the electricity generation mix and the opportunities are very different. But it can get a lot worse.Having released the energy inherent in a fuel, why on earth would you want to try to stuff it back in the bag again, so to speak, and on a large scale at that? The growth of state-of-the-art production facilities and the ubiquitous application of electronics make short-term storage as a standard feature that facilitates advanced electronics equipment to face short-term (from a few seconds to a few cycles) power quality issues.The second application is to deliver power leveling in regions with considerable percentages of intermittent generating sources such as solar and wind on the grid.
This fuel could then be used on demand to generate electricity through a fuel cell or other device.
Siemens will also maintain the wind farm for Neoen on a long-term maintenance contract signed simultaneously with the EPC contract.
In Annex 1, the current technical potential of NaS cells, pumped hydro, redox flow cells, Compressed Air Energy Storage (CAES), electric double-layer capacitors, Li-ion batteries, Superconducting Magnetic Energy Storage (SMES) and flywheel systems is reviewed. By 2018, this share will decline to around 30% as new grid battery technologies become commercialized. In regions where energy storage is incentivized through utility rebates, time-of-use rates with high differentials, or government mandates, growth is expected to be much higher. In November the UK Chancellor announced that energy storage technology was critical to the future UK economy and will be worth ?10B a year by 2050.This value comes from understanding where the different energy storage technologies fit into the grid at generation, transmission and distribution. Where it is possible to install an external heat exchanger, we can store nearly 23 megawatts in the same volume”, says Guillaume d'Arche who represents McPhy in Spain, Portugal and South America.Easy to fill and empty, these containers can be transported safely and used for many applications. The lead-acid battery will itself get an upgrade; carbon electrodes, promising a 4x performance improvement.
The energy contained in them can be used to produce electricity through a combustion engine, a fuel cell or a gas turbine.
Global smart grid investment to double by 2018Global investment in smart grid technologies totaled $13.9 billion worldwide in 2012. It also discusses some of the potential applications of the different technologies and reviews briefly some of the economic and environmental issues arising from their deployment.


Sun Catalytix has spun off some of that research into work on new chemistries for flow batteries, which they say will be able to scale up to grid-level storage. One of the key factors contributing to this market growth is the increase in positive attributes of molten salt. Governments have to determine how to configure a robust energy system to suit the changing energy mix and minimise the cost of transmission investment as the demand for electrical power grows.Which way is the best way?Liquid air a great alternativeAs Figure 3 shows, there are alternatives to batteries. Smart girds, which are electricity networks that use digital information and communications technologies for more efficient and reliable electricity transport, are needed to facilitate the integration of more renewable energy into the grid.
Section 2 sets out an inventory of energy storage technologies, showing how these technologies fall into a number of different technical types. The Global Molten Salt Thermal Energy Storage market has also been witnessing the increase in RandD initiatives. This section also provides a summary of the characteristics of the technologies and their advantages and drawbacks. That is not a trivial change: it drops the per kilowatt-hour cost from around $400 to less than $200.
However, the decline in solar subsidy rates could pose a challenge to the growth of this market.TechNavio's report, the Global Molten Salt Thermal Energy Storage Market 2012-2016, has been prepared based on an in-depth market analysis with inputs from industry experts. Section 3 provides a brief summary of the main international research programmes and activities that are in place to support the development of these technologies. Craig Evans, the company's president and CEO, told me they have a 1 kilowatt prototype now, and will scale up as part of the requirements of their ARPA-E award by the end of the year. Another wave of storage deployment is about to occur on the customer side of the meter for power-quality, peak-shaving and grid-stability applications creating demand for flow and lithium-ion batteries.
China has been stepping up its smart grid investments ushered by the government’s plans to update its poorly designed and inefficient transmission system. Section 4 reviews the most promising technologies for the main potential applications Section 5 considers the policy challenges relevant to the deployment of energy storage technologies, to help in the development of appropriate recommendations. During this second wave the penetration of renewables will rise above 20%, making grid storage necessary to stabilize the grid because of intermittent generation.
Some 100MW+ systems with GWhs of storage are deliverable using existing supply chains and components. The State Grid Corporation of China has a three-phase plan to invest $601 billion in transmission infrastructure, with $101 billion for smart grid technology through 2020.
Halotechnics' ARPA-E-funded project involves abundant glass, instead of salts, that can stay stable hundreds of degrees past other materials and are potentially much cheaper.There are, impressively, dozens of other storage projects as well.
A final wave of grid storage is expected for retail peak shifting applications.Although lithium-ion batteries are receiving considerable attention, it is immature and high cost and its current growth relies on government subsidies.
When subsidies disappear, sodium-sulfur and Zebra batteries will be a better deal for power companies and large end users than lithium-ion. Michael MazengarbIn visiting Australia regularly for the last two decades I have never quite understood why greater value is not placed on the nation’s latent solar and nuclear energy assets.
The best hope for lithium batteries is where a supplier who is committed to lithium sells it as part of a comprehensive solution such as for smart buildings. According to Worldwatch, the next few years will see numerous smart grid deployment projects and advances in energy storage markets. Governments have to determine how to configure a robust energy system to suit the changing energy mix and minimise the cost of transmission investment as the demand for electrical power grows.Which way is the best way?Different applications demand appropriate storage characteristics and a range of technologies are needed to suit the specific needs.
Technologically speaking, energy can be stored in mechanical, electrical or chemical devices and in the form of heat. This can smooth power requirements and provide security of supply by creating a national reserve.Liquid air can also be used directly as a fuel.
The first “cars that run on air” are currently being evaluated and are attracting significant attention. The technology is from a mature supply chain and components with proven long life whose costs are known.Liquid air storage is at low or atmospheric pressure, resulting in low cost, above ground, safe bulk tanks. There are no geological or geographical constraints to location of stores or distribution pathways.The energy density of liquid air compares favourably to other low-carbon competitors. There is great synergy with other industrial processes, including use of waste heat and provision of cold. And liquid air can be used as an energy vector to transport this stored energy around by road (as is currently done) or ship (as with LNG).A major review of this opportunity is underway and may have profound application for Australia if it turns out that liquid air can be used as a fuel.



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