Tesla is an eye-catching company active in clean energy applications - not only pure electric cars, but also home battery systems. With its launch of Tesla's Powerwall on April 30, 2015 and every progress update on its Gigafactory's building, Tesla has continue to fuel interest in home battery systems.

In August 2016, China Xinhua News reported that the Transit Elevated Bus has had its first road test in Qinhuangdao City. It consisted of a brake and power consumption test of this electric vehicle that runs on tracks.

It is no surprise that the Tesla - Solar City merger has been approved by investors. Elon Musk will combine his two co-founded companies after paying $2.6bn dollars for SolarCity in an all-stock transaction. The merger will be completed before the end of the year, and save the companies $150 million in costs in the first full year after closing.

Panasonic is a $70 billion giant with strongly rising profitability and a place in the first division of battery manufacturers greatly boosted by its acquisition of Sanyo. It has shipped over 180 billion batteries since 1931.

Pure electric short range trucks are rapidly becoming viable as they face much tougher local and global emissions regulations.

Dr Peter Harrop, Chairman of analysts IDTechEx, was interviewed 27 July by BBC Television World News in a live program transmitted worldwide. The subject was the opening of the Tesla battery gigafactory billed as the world's largest factory building.

There is a frenzy of investment by in fully autonomous cars, some without even a steering wheel, but it is almost entirely supplier push. Virtually no private individual is interested in buying one. It is very different with fleets such as taxis where potential corporate purchasers such as Uber see many benefits including cost and space saving

To its manufacturer MOST (Autonomous Vessels) Ltd in the UK, USV means controlled by satellite from anywhere on the planet. AutoNaut is the answer to the age-old challenge of affordable oceanic data gathering for science, commerce and military purposes. It creates new opportunities to meet unique mission requirements in a changing world.

Mexico is not widely adopting pure electric vehicles on its roads partly because of inadequate incentives but also because charging infrastructure is inadequate in such a large country and there is no payback from putting it in.

The saying is, "In a gold rush, get there first, sell shovels". The "shovels" of the EV business are covered in the unique new IDTechEx report, Industrial and Commercial Electric Vehicles on Land 2016-2026.

Controlled by Toyota, Hino Motors of Japan is a $13 billion company making buses, trucks and pickups that is similar in size to competitor BYD in buses, cars, forklifts and batteries in China.

Daniel Boston and Alyssa Werthman of Ford Motor Company, Dearborn MI have recently published a study "Plug-in Vehicle Behaviors: An analysis of charging and driving behaviour of Ford plug-in electric vehicles in the real world".

In June 2016, Dr Nancy E. Ryan, Energy and Environmental Economics, Inc., and collaborators issued a paper Electric Vehicle Cost-Effectiveness and its Implications for Utility Program Design.

To overcome the diverse charging landscape described in Part One, Continental acknowledges that it is a clever idea to equip the EV with all the charging interfaces discussed

Tesla is a leader in the design and commercialisation of pure electric cars. It lacks profit but has an orderbook that its competition can only dream about. Since last year Tesla has also been selling batteries based on Panasonic cells that can power homes and businesses copying several other companies that were there before

Researchers at Chalmers University of Technology in Sweden have developed a new type of high-power integrated motor drive and battery charger for electric vehicles. Compared to today's electric vehicle chargers, the new system could shorten the charging time from eight to two hours, and to reduce the cost by around $2,000, according to the developers.

A novel axial field switched reluctance motor design is presented which intend to improve the output torque by single flux path distribution in C- core stator while exploiting the high power density of the switched reluctance technology.

Off-grid clean power is a big focus of attention nowadays as we seek clean propulsion of land, water and airborne vehicles and clean power for buildings and remote equipment off-grid.

An electric vehicle with three energy storage systems shows the complexity of commanding different control systems in only one vehicle. Both new systems can supply the required energy to propel the electric motor and the fuel cell system can also recharge the high-voltage battery.

Triboelectrics will only be a small part of the energy harvesting EH market projected by IDTechEx to be over $7 billion in global market value in 2027.