Energy independent vehicles: the biggest market to come: Page 2 of 2

March 31, 2016 // By Julien Happich
According to IDTechEx's latest report, "Future Powertrains 2016-2036", the main powertrain options for land vehicles over the next twenty years could quickly narrow down from conventional ICE (internal combustion engine), HEV (Hybrid Electric) and EV (pure electric) to energy independent vehicles (EIV).

The Immortus car currently fundraising for manufacture in Australia is an example of an EIV as is the NFH-H tourist microbus already on sale in China. Both rely on unusually efficient, large areas of photovoltaics for power and nothing else. Indeed, the tourist bus is available without battery in ultra-light lizard mode, waking with the daylight.

EIVs may be headed to a multibillion dollar business in 10-15 years, according to IDTechEx, mimicking the EIV airships and planes that stay aloft for 5-10 years, already the subject of billions of dollars investment by NASA, Facebook, Google etc. today.

EIV powertrain impact will be huge from enabling the developing world and remote communities to defense. EIV land vehicles could be a $250bn business in 20-30 years, according to the new report.

The world record breaking Nuon Solar Team from the Netherlands, with their solar racers crossing Australia fastest, has already spawned five startups and other solar racers have set records for photovoltaics and motor efficiency on land vehicles. Meanwhile, we are moving from range anxiety to range excess with PEVs as we await "unlimited" range of EIVs, Harrop notes.

At the other extreme of making existing ICE powertrains have three electric modes - silent take-off, creeping in traffic and maintained-speed "active" coasting - are the 48V mild hybrids.

It is the lowest cost route to an electric vehicle at the larger C and D sizes of car and larger vehicles such as vans, trucks and buses. Following first series production in 2017, and even then not yet in EV form, it is possible that 48V mild hybrids will peak at over $250bn in yearly sales before pure electric takes over because currently they look to be the only low cost way that manufacturers can meet the tough 2030 emissions legislation with minimal hassle, not because they are a "poor man's EV", though that will help to sell them as will the fuel economy.

The report reviews a number of disruptive technologies that could affect the future powertrain landscape, and finally looks at various car market evolutions depending on which business models regulation could favour. IDTechEx Research gives ten year forecasts for EVs, hybrid and pure electric, in 46 categories and runs various scenarios.

One of them could see a collapse in sales of both conventional ICE and mild hybrid as mainstream pure electric vehicles take over when they are the most attractive and affordable option in the view of most mainstream buyers.

Visit IDTechEx Research at


Related articles:

Ford plans to sell rooftop solar panels with electric vehicles

Modular and mobile photovoltaics on wheels

Modular powertrain facilitates electrification of cars

E-car with exotic powertrain enters near-series stadium

Flow cell powertrain stuns with extreme data

Stanford's solar car uses STM32s for subsystems

Is this the Tesla killer?


Vous êtes certain ?

Si vous désactivez les cookies, vous ne pouvez plus naviguer sur le site.

Vous allez être rediriger vers Google.