The winners of the IDTechEx Awards were announced yesterday evening (16 November), at the end of the opening day of the IDTechEx Show! in Santa Clara, CA, where over 3,200 attendees were brought together at the biggest conference IDTechEx has held. The awards recognized the most significant innovations in electric vehicles, energy harvesting and storage and the internet of things (IoT).

According to IHS Automotive forecasts, 55% of annual global new vehicle sales in 2020 will be vehicles that are connected - and at that time, nearly half of the global fleet of vehicles in operation will be connected.

The very structure of the bus is changing with electrics, mechanics and electronics previously made as "components-in-a-box" being replaced by structural electronics - the roof is the solar, the dashboard is the instruments - all as smart materials.

Buses are very important. Injuries and deaths from two wheelers have not reduced very much in decades whereas vehicles with four wheels or more have seen huge improvements.

Autonomous vehicles need no pilot, not even one in reserve. Many truly autonomous vehicles are unmanned mobile robots prowling everywhere from the ocean depths to nuclear power stations, the upper atmosphere and outer space.

Debuts in North America; Event Also Features Presentations from Major Car Companies Including Ford, Nissan, Porsche and Toyota

Silicon Valley in California spawns the awesome giants that hold the future in their hands but they cannot solve their traffic problem.

Watch our preview of the IDTechEx Show! coming up in Santa Clara on Nov. 16-17 (www.idtechex.com/usa).

Cornerstone presentations at North America's largest event on emerging technologies cover how new technologies are addressing world's biggest needs

Agricultural robotics can upend several commonly-held notions. Amongst them is the idea that big is better. In practise this has translated into ever larger and more powerful agricultural machinery. This makes sense because a big machine amplifies the capabilities of the skilled driver, dramatically boosting its productivity. This notion may however be about to experience a fundamental change. The reason is that the driver can now finally be taken totally out of the equation.

Energy harvesting is off-grid production of electricity where it is needed using ambient energy such as wind, tide and waves or just vibration.

48V mild hybrids will start series production at many automotive manufacturers in 2017 with many others following shortly after.

Electric vehicles have gone from curiosity to being a frequent news item and, if you live in Norway or the Netherlands, something you see often. However, that is nothing compared to EVs shaking the foundations of society over the coming decade from robot agriculture and delivery to almost free travel in sunny countries and almost eliminating air pollution even in mining.

Toyota and Daimler presented at a recent IDTechEx conference on their fuel cell vehicle programs. A questioner asked them to reveal the unique selling proposition of fuel cell vehicles. They said there is no USP.

At this year's CEATEC, Japan's largest consumer electronics show, Honda showed an example of its so-called Micro Commuter electric car with a body that's been constructed using additive manufacturing.

Major focus is batteries with new form factors.

Just ahead of the Paris Auto Show, Daimler officially presented its pure electric Smart ED models.

Crop protection, chemicals and robotics at first appear totally unrelated, yet IDTechEx Research finds that steady improvements in agricultural robotics will, slowly but surely, fundamentally alter the crop protection chemicals business.

Mild hybrid cars at 48V will first hit global markets in a big way in 2017.

Robot vehicles may give the insurance companies and car companies something to do when one robot taxi replaces 20 cars owned by private individuals as we move inexorably to 80% of people living in cities in 2050.