The door is opening for technologies such as CAES. Pic: ALACAES.
By Jason Deign
Gaelectric’s Larne project funding approval this month has focused attention on European efforts to develop large-scale storage technologies that could rival pumped hydro.
Dublin, Ireland-based Gaelectric was granted €90m in European Union backing for a compressed air energy storage (CAES) project due to be built in Larne, east Antrim, on the Northern Irish coast.
The funding came on top of €15m in previous grants, the BBC reported. The Larne CAES project, due for completion around 2022, is a European project of common interest that will generate up to 330MW of power for up to six hours.
Being developed in association with Dresser-Rand, it will store compressed air in two caverns located in salt deposits below ground. When needed, the air would be re-heated using natural gas and, on expansion, drive a turbine.
The plant’s compressors will also provide up to 250MW of demand response to mop up excess wind capacity on the Northern Irish grid, which only has limited connections to electricity networks on Ireland and Great Britain. Read more →
ALACAES is looking for partners after proving its compressed air energy storage concept last year. Pic: ALACAES.
NB: In our intelligence brief, we incorrectly stated that L’Azienda Elettrica Ticinese had pulled its investment out of ALACAES and that Airlight Energy had run into technical problems. This version corrects both statements.
By Jason Deign
ALACAES, of Lugano, Switzerland, is seeking institutional partners and investors to create the world’s first high-pressure advanced adiabatic compressed air energy storage (CAES) plant.
The company is looking for between USD$4m and $6m in funding to build a demonstration plant operating at 90 to 100 bar after proving its technology with a 7-bar pilot last year.
The 2016 pilot, with a capacity of 1MWh and a power rating of 600kW, was the first adiabatic CAES plant in the world, according to ALACAES.
On its website, the US Energy Storage Association (ESA) notes: “Advanced-adiabatic compressed air energy storage (AA-CAES) is an evolution of traditional CAES, designed to deliver higher efficiencies.
“Operation is similar to traditional CAES in that energy is stored by compressing air with turbomachinery and storing in an underground cavern. The difference lies in the treatment of the heat of compression.” Read more →
Highview’s pre-commercial demonstration plant is due to enter operation this summer. Image credit: Highview Power Storage.
By Jason Deign
Highview Power Storage has launched a growth capital fundraising round amid commissioning for its first pre-commercial liquid air energy storage plant.
The 20-strong UK company is looking for an unspecified amount of cash but will most likely not be talking to venture capital (VC) investors, head of business development Matthew Barnett told Energy Storage Report.
“Rather than going down the VC route, we’re sticking with high-net-worth angel investors and strategic investors,” he said.
The latter group might include businesses that could add value to Highview’s offering, such as an engineering capability, a route to market or complementary technology, said Barnett.
“If a VC came up with GBP£15m then that’s a different story, but there’s a time and a place for a VC to be involved,” he continued. “Maybe we’re entering that now, maybe we’re not. Read more →
With renewable energy increasingly being located at sea, its worth asking what offshore energy storage systems could be used alongside the wind farms and tidal and wave arrays. Photo credit: MIT
The renewable energy storage concept announced by the Massachusetts Institute of Technology (MIT) earlier this year is quite literally a load of balls. Aimed at storing excess power from offshore wind farms, says MIT: “The key to this concept is the placement of huge concrete spheres on the seafloor under the turbines. Read more →
Isothermal compressed air energy storage (ICAES) technology enables a site-anywhere, zero-emissions storage solution. Photo credit: SustainX
It looks like compressed air energy storage (CAES) may have come of age as a utility-scale technology, with SustainX pushing the button on its 1.5MW installation in New Hampshire, US, last week. The isothermal plant is the first of its kind to go live, and thus the first bulk-scale CAES project that does not require additional fuel such as natural gas to reheat the compressed air on its release cycle. Read more →
Yakima – the proposed location for a new CAES site. Photo credit: Abhinaba Basu
Days after SustainX’s announcement of a new compressed air energy storage (CAES) project comes the news that another site is being considered for a more conventional form of the technology. A layer of porous rock below the Yakima River Canyon could be ideal for storing the vast quantities of compressed gas needed, reports the Yakima Herald. Read more →
According to a new report from Navigant Research, more than 11GW of compressed air energy storage (CAES) capacity will be installed worldwide from 2013 to 2023. Growth in the sector will partly be driven by advances in isothermal, or adiabatic, CAES, which can be sited anywhere and conveniently scaled using modular units, says Navigant. Read more →
Dresser-Rand Group has been awarded a contract to supply equipment for a 317MW compressed air energy storage (CAES) facility by Apex Compressed Air Energy Storage. The deal is worth around a cool USD$200m and the CAES facility will be built near Tennessee Colony, Texas. Named the Apex Bethel Energy Centre, it is noteworthy for being the first CAES facility to be built in the United States since 1991. Read more →