3.5l 2.5l Radiator Cooling Fan Assembly For 2020 2021 2022 Toyota Highlander Usa on 2040-parts.com

New Jaguar XE: More Ingenium engine details (video)

Jaguar XE 2.0 litre diesel Ingenium engine – from 99g/km Unlike the new Land Rover Discovery Sport – which makes do with the current outsourced 2.2 litre diesel engine – the new Jaguar XE is getting JLR’s all-new range of Ingenium engines from launch. Now, with the proper debut of the XE just a week away, Jaguar is happy to share a bit more detail on the XE’s new engines. Built at Jaguar’s new engine plant – in which JLR has invested £500 million – the new Ingenium engines are a clean-sheet design, as light and efficient as possible and capable of delivering an impressive blend of power and torque.

Toyota FCV Has Passed its Most Important Stage Yet

Toyota FCV (pictured) moves closer to production With anticipation and excitement growing stronger and stronger for the Toyota FCV’s release, we are now one step closer to seeing it on the road with Toyota gaining the government’s approval status for them to build and inspect manufactured hydrogen tanks that carry high amounts of pressure. This has been a large hurdle in Toyota’s race to produce the world’s first road legal hydrogen powered vehicle due to the strict Japanese laws that outline all pressurised gas containers should be type-certified and should be available at all times to inspect for an official safety inspection throughout the manufacturing process. Now that Toyota have been given the go ahead, this boost in plans means that they can now ramp up the production of hydrogen tanks that can store hydrogen fuel at 70mpa (700bar) pressure.

MIT researchers rethink electric-car batteries

Researchers at the Massachusetts Institute of Technology say a new battery design for electric vehicles could be a lightweight and inexpensive alternative. The goal for the team's three-year project, launched in September 2010, is to have a functioning prototype ready to be engineered as a replacement for existing electric-car batteries. At this point in the project, the prototype uses a “semi-solid flow” to separate the two functions of a battery--storing energy and discharging it when needed--into separate physical structures.