AWE should be seen as part of a bigger picture. The next generation of zero emission electricity producing technologies has no huge steel and concrete infrastructure, so it can have much less cost and installation time and making it redeployable.

The drone market has boomed in recent years. This is essentially because easy-to-use, reliable and small-sized flying machines have become available at highly accessible prices- well in the range of consumer electronic products. This has created its own demand amongst customers and professional.

Consumer batteries such as those used in power tools, mobile phones and laptops are normally recycled/disposed after their service life - that's what we normally refer to as the 'end-of-life' of the batteries. However, retired car batteries that are no longer suitable for electric cars could still hold sufficient capacity for second life applications. The 'end-of-life' of an electric car battery needs to be redefined as they could be further used, for example, for another 10 years or even longer in various post-vehicle applications before they are finally recycled/disposed.

The Advanced Automotive Battery Conference (AABC) is a global series of conferences for companies and academics to present their latest research on Li-ion batteries for the auto industry. Every year it is held in Europe, the U.S. and Asia.

Magically, next generation electricity production continuous (base) electricity production can avoid the massive concrete and steel structures currently used for nuclear power stations with their 1000 year fuel rod problem.

There has been a resurgence in interest and activity surrounding fuel cell technologies for stationary storage applications in 2018. In this premium article, IDTechEx looks at the most suitable technologies for off-grid power and explores the chemistry behind the use of ammonia as an off-grid fuel source in more detail.

IDTechEx analysts report on their findings at LASYS: Industrial Laser Exhibition.

This premium article will give some of the key conversations with the most technically innovative companies that IDTechEx analysts spoke while at the show.

In this premium article IDTechEx highlights some of the presentations analysts found interesting, with commentary, as well as shared insight on interviews undertaken with the market leaders and new entrants on the exhibition floor.

In this article IDTechEx gives a short overview of the topic of wide bandgap semiconductors covering the fundamental material science, the key players, the market potential. The impact on a range of applications will also be discussed, with a focus on renewable energy systems and microgrids.

IDTechEx attended the event last week to meet with key stakeholders including industrial OEMs, power module manufacturers, established semiconductor companies and innovative new GaN (gallium nitride) and SiC (silicon carbide) developers to report back on the current and future trends. The following article is the second of two parts and provides a summary of some of the key GaN related developments and at the event and their impact on various industries and applications.

IDTechEx Analyst Dr Na Jiao attended The China International Battery Fair (CIBF), the first legal international battery fair in the Chinese battery industry, which is held every two years.

IDTechEx attended the event last week to meet with key stakeholders including industrial OEMs, power module manufacturers, established semiconductor companies and innovative GaN (gallium nitride and SiC (silicon carbide) developers to report back on the current and future trends.

The previous article looked at material opportunities for thermal management and this article looks at the additional componentry.

This two-part series will look at some of the materials opportunities emerging in electric vehicle for both batteries and other componentry. This information will be taking highlights from two recent trade shows: Foam Expo (Novi, USA) and The Battery Show co-located with Electric and hybrid vehicle technology expo.

Here the IDTechEx analysts in attendance present a commentary on the show's highlights in their respective fields of research

This article provides an overview of the development of electric vehicles over the next twenty years.

Summary of an International Council on Clean Transportation (ICCT) White Paper

Single crystal silicon photovoltaics will now be very affordable, obsoleting polycrystalline Si PV by having efficiency much higher. Laminating it onto supercapacitor sheeting will form a load bearing material that both makes and stores electricity, delivering it exceptionally fast when needed.

Traditional robotic arms are caged, operating in robot-only zones. This is changing with the emergence of collaborative robotic arms.