thermal battery holds 1.2 megawatt-hours of energy in a 20-foot box - battery energy storage
From a popular mechanical company called CCT energy storage, it has just placed South Australian Lonsdale firmly on the map.
In the late March, start-
Opened the first climax.
Density thermal battery, which one is out-
Fulfill its lithium-ion and lead-
Acid peers came over many times.
Called a thermal device (TED)
The modular unit stores electricity as potential heat and can be converted back to energy on demand.
Standard TED units can store 1. 2 megawatt-
Hours of electricity, life expectancy is at least 20 years.
Serge Bondarenko, CEO of CCT, said: "After 3,000 service cycles on the test bench, it shows no signs of degradation (
Compared to lithium
After about 20% cycles, the capacity of the ion battery decreased by 5,000).
"In fact," added Bondarenko, "after each cycle, Silicon seems to be getting better at storing heat.
"TEDs accept any power you throw at them --
Solar, wind, hydropower, fossilfuel, grid-fed-
Convert and store energy at more than 12 times the lead densityacid battery.
It can charge and discharge at the same time, saving time and wasting energy.
Compact and durable, with minimal equipment maintenance and 100% recyclable.
Perhaps the most surprising thing is that they are cheap: about three
Quarter equivalent to lithium cost-ion setup. CCT-
Representing technology for climate change
The design of these units is easy to scale, just as appropriate for small 5 KW applications that are suitable for the entire remote community, business district, telecom network, requiring a "transportation system with hundreds of megawatts of instantaneous power.
"This reflects the company's vision for safe, sustainable energy that can be used anywhere in the world, regardless of urbanization, economy or infrastructure.
CCT's thermal energy equipment has a huge impact on the renewable energy industry.
Intermittent energy sources such as solar and wind depend on multi-functional, Long
Durable storage solutions that store additional power generated during peak production times.
TEDs has the potential to turn renewable energy into a roundthe-
Clock replacement energy in any region.
Through a manufacturing agreement with MIBA Group, the new technology will begin production for the European and Australian markets this spring.
With negotiations with other countries, production and scale are expected to grow by 2020 exponentially.
Suddenly, the idea of the future of clean energy has become less distant, thanks to the decline in the initial stage --up with a go-for-
Broke the vision of providing "affordable power" to those who need it most.
"The global energy market will never be the same. (
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