Nanotechnology to “Super-Size” Green Energy


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Nanotechnology is a field that’s receiving a lot of attention at the moment as scientists learn more every day about the benefits it can bring to both the environment and our health. There are various ways in which nanotechnology has proved itself useful including in developing enhanced solar cells and more efficient rechargeable batteries, and in saving raw materials and energy.

 

When it comes to nanotechnology, even the smallest achievements make huge differences, and on November 23, 2016, future technologies were presented to the international congress as part of the “Next Generation Solar Energy Meets Nanotechnology.” Out of the ten projects, three of them were located in Wurzburg and are explained in a little more detail below:

  • Eco-friendly inks for organic solar cells: Over at the University of Erlangen-Nuremberg, Professors Vladimir Dyakonov and Christoph Brabec have created eco-friendly photovoltaic inks using nanomaterials and have developed a new simulation process at the same time. Dyakonov explains, “They allow us to predict which combinations of solvents and materials are suitable for the eco-friendly production of organic solar cells.”
  • Nanodiamonds for ultra-fast electrical storage: If we want to have powerful, yet highly efficient electric vehicles then we need some way of storing the energy as a standard battery couldn’t handle it. Supercapacitors are great regarding acting as an efficient energy storage system. But, because their energy density is so low they need to be quite large in order to deliver any reasonable amount of energy. However, further work is being done in this area currently, and progress is promising.  Professor Anke Kruger, head of the project, says “Based on these findings, it is now possible to build application-oriented energy stores and test their applicability.”

 

  • Increased storage capacity of hybrid capacitors: Better energy storage systems were also the focus of Professor Gerhard Sextl and his team’s project. Their hybrid capacitors can store more energy due to the embedded lithium ions and can do it quickly through the use of a supercapacitor. Sextl says, “We have managed to develop a material that combines the advantages of both systems. This has brought us one step closer to implementing a new, fast and reliable storage concept.”

Read More:

Read the rest of the story (click here) NEW SUPER-BATTERIES ARE FINALLY HERE

Czech Battery NanotechnologyCompany HE3DA President Jan Prochazka shows qualities of a new battery during the official start of a battery production line in Prague, on Monday, Dec. 19, 2016. The new battery is based on nanotechnology and is supposed to be be more efficient, long-lasting, cheaper, lighter and above all safer. The battery is designed to store energy from renewable electric sources and cooperate with smart grids. Next planned type will be suitable for electric cars. (Michal Kamaryt /CTK via AP)

It’s been a long time coming, but the wait is now over for a battery that lasts longer than your milk. Having to replace batteries in games, remotes, and other electrical devices are annoying, especially when you seem to be doing it every month. But, that may all be a thing of the past thanks to the Prague-based company, HE3DA. New superbatteries have finally been created that are capable of charging faster and lasting longer than any other technology out there and are being mass produced as you read this.

 

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