Technology Platgorm

Technology Platgorm The main direction of our activity is technology. We develop technology in the field of robotics.

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Advancements in supercapacitors could revolutionise battery technology.A team of researchers at Chalmers University of T...
14/03/2022

Advancements in supercapacitors could revolutionise battery technology.

A team of researchers at Chalmers University of Technology in Sweden has created a technique that may lead to a breakthrough in the production of micro-supercapacitors.
Supercapacitors could represent a revolution in the production of advanced battery technology, from enhancing their lifespan, to allowing for incredibly fast charging. As a result, producers of everything from smartphones to electric vehicles are heavily investing into the research and development of these unique electronic components.

Optimising manufacturing
“When discussing new technologies, it is easy to forget how important the manufacturing method is, so that they can actually be commercially produced and be impactful in society. Here, we have developed methods that can really work in production,” explained Agin Vyas, doctoral student at the Department of Microtechnology and Nanoscience at Chalmers University of Technology, and lead author of the article.

Supercapacitors comprise of two electrical conductors divided by an insulating layer. They are capable of storing electrical energy and contain numerous encouraging properties that contrast those in a typical battery, including far more rapid charging, more effective energy distribution, and a greater lifespan without damage to performance.

When a supercapacitor is merged with a battery in an electrically powered product, it is possible for the battery life to be extended several times – up to four times for commercial electric vehicles.

This technology, whether for individual electronic devices or industrial technologies, could have massive benefits for manufacturers and consumers alike.

“It would of course be very convenient to be able to quickly charge, for example, an electric car or not have to change or charge batteries as often as we currently do in our smartphones. But it would also represent a great environmental benefit and be much more sustainable, if batteries had a longer lifespan and did not need to be recycled in complicated processes,” commented Vyas.

Enabling 6G network technology.Using 6G network technology could improve both low-power technologies for communication a...
14/03/2022

Enabling 6G network technology.

Using 6G network technology could improve both low-power technologies for communication and machine learning analytics for preservation.
IMDEA Networks has recently been awarded the coordinated project ENABLE-6G of the national call UNICO 5G. The project consists of two sub-projects, RISC-6G and MAP-6G, and it will be developed by a group of researchers collaboratively led by Dr Domenico Giustiniano and Dr Joerg Widmer. This grant will allow the Institute to continue with pioneering research in the field of networks and contribute to the development of the next generation of 6G technology.

6G network technology
Future 6G networks are estimated to go far beyond the capabilities of 5G network technology, involving a vast number of connected devices, significantly higher performance requirements, and support for detailed object and environment sensing in addition to communication. As a result of this, 6G networks will need to embrace new capabilities.

RISC-6G sub-project
The RISC-6G sub-project will address this problem by aiming to improve wireless communication, provide environmental sensing, and significantly lower the per-device energy footprint to avoid a huge increase in overall network power consumption.

Two key technologies will be explored to achieve these ambitious objectives, namely low-power visible light communication (using LED lights to transmit data across the visible spectrum), and reconfigurable intelligence surfaces (retrofitting surface on walls with communication capabilities).

“Integration of intelligent reflective surfaces (RIS) will improve network capacity and more import resilience to link disruption, thus improving mobile services on which citizens and industry rely,” explained Joerg Widmer, PI of one of these projects. “At the same time, the improvement in wireless sensing made possible through RISs will enable entirely new services, for example in remote healthcare and environment monitoring.”

The UK has signed a novel digital trade deal with Singapore.The UK’s International Trade Secretary has travelled to Sing...
14/03/2022

The UK has signed a novel digital trade deal with Singapore.

The UK’s International Trade Secretary has travelled to Singapore to sign a groundbreaking digital trade deal that will reinforce trade ties.
The International Trade Secretary – Anne-Marie Trevelyan – today joined Singapore’s Minister-in-charge of Trade Relations – S. Iswaran – to sign a new digital trade deal, known as the UK-Singapore Digital Economy Agreement (DEA). It is hoped that this will assist businesses in taking advantage of novel opportunities and lay the ground rules for modern global trade.

Supporting business growth
According to the UK government, the DEA is the most innovative trade agreement ever signed, and the first by a European nation. It will reinforce our trading relationship with Singapore – worth £16bn in 2020 – by putting an end to obsolete rules that impact both goods and services exporters, making it simpler for UK business to target new opportunities in both Singapore and the wider region.

This exciting digital trade deal links two of the most dynamic hi-tech and services hubs in the world and will exploit on the UK’s position as the world’s second-largest services exporter. Currently, a substantial third of our exports to Singapore are digitally delivered, such as those in finance, advertising and engineering. This deal is to lead to novel opportunities to develop modern services and assist in the ‘levelling up’ of the country.

On its own, the digital sector contributes a staggering £151bn the economy and also boasts significant wages, with workers earning around 50% more than the UK average. UK services companies already operating in Singapore are well placed to take advantage of the deal, including financial giants, telecoms firms or software companies.

As well as this, the deal will cut red tape for goods exporters, streamlining cumbersome border processes and replacing time-consuming and costly paperwork with e-signatures and e-contracts.

Discussing Australia’s growing battery industry.Dr Rosalind Gummow, Dr Adam Best, and Neeraj Sharma, Directors of the Au...
14/03/2022

Discussing Australia’s growing battery industry.

Dr Rosalind Gummow, Dr Adam Best, and Neeraj Sharma, Directors of the Australian Battery Society, explore the global opportunity of Australia’s growing battery industry and its role in the battery revolution.
Australian companies and innovations are readily found in the battery space. For example, Professor Maria Skyllas-Kazacos’ development of the vanadium redox flow battery at the University of New South Wales (UNSW), the Commonwealth Scientific and Industrial Research Organisation’s (CSIRO) development of the Ultrabattery, and companies such as Cap-XX (supercapacitors), Redflow (Zn-Br flow), and Tritium (chargers) have started up in Australia and are growing.

Australia is one of a few countries in the world that currently mines or is about to mine all the raw materials required to produce lithium-ion batteries (LIBs). The country is the largest producer of lithium ore for the battery industry and has significant reserves of iron, cobalt, nickel, aluminium, and copper. This builds on a rich history of mining and raw material production in Australia, representing one of our largest sectors offering employment to many Australians. At the other end of the battery value chain, Australian expertise in battery management systems and battery pack design feeds into several companies that are assembling battery packs locally for specific applications in the Australian environment (Energy Renaissance and Redback, for example). Currently, these manufacturers are using imported cells for their designs due to a current lack of local cell production.

With the uptake in LIBs, raw material processing, electrode manufacture, and cell production are becoming key opportunities for Australian miners, businesses, and the government. There is ample opportunity to value-add onshore, whether it be a more purified or tailored starting material (e.g., spheriodised graphite) for upstream electrode or battery manufacturers or the development of electrodes and battery manufacturing facilities. There are companies engaged across the development spectrum and various government initiatives that help grow mining, processing, and manufacturing capabilities. For example, moving up the value chain, VSPC, a subsidiary of Lithium Australia, has an established pilot plant to manufacture LiFePO4 (LFP) cathode powders and plans for commercial production of 10,000 tpa of LFP by 2025.

The Australian advantage stems from a stable government and a clear structure and approach for carrying out business. The rules and regulations are in place, and businesses need only to abide by them to conduct their work. Furthermore, there is a highly-skilled workforce, and the advantages of onsite, in-country processing are starting to outweigh gains from processing offshore. The notion of a wholly Australian made battery, with any chemistry, from ores to cell might not be too far off and something that we aspire to.

This is part of the vision of the not-for-profit Australian Battery Society, to bring researchers, industry across the battery value chain, and government together to grow the Australian battery industry. In the case of LIBs, we believe we have a once in a lifetime opportunity to do something for the betterment of the world – produce safe and reliable batteries that minimise damage to the environment.

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