The trouble is that you're shooting at a target with skates on, i.e. what's true today isn't going to be true on another day. Every solar panel and every wind turbine that's made and installed has a payback period at which it has returned the energy spent on construction. After that the device produces essentially zero cost emissions free energy. So every year energy production, transport, retail and manufacturing as a whole gets a bit cleaner. Do you want to analyse each and every individual car/shed/panel/turbine? Was it made on a cool, windy and sunny day or a calm summers night? Or are you happy to know the rate of progress of the system as a whole? Numbers for the latter are pretty easy to find, state by state, country by country.
This is a good concept for this NZ company, it looks like their main market is mining companies that want to go green. They have just shoved (yes I realize that it's a difficult and complex shove) a couple of batteries and an electric motor into a Tojo, because that's what the mines want.
For this it would be ideal, short range and back to base for a recharge at smoko and if you go flat a recovery is not too far away.
If (or really when) toyota give it a real shove, I'm sure that they would be doing in-wheel motors hanging off independent suspension.
Cheers Glen
I can tell you have never driven an Electric car , if you had you would say Toyota will give battery tech a real shove, that where the improvements need to new made. Motor and driveline is a no brainer. Bollinger have that sorted.
In wheel motors are not going to happen on anything except bicycles.. too much unsprung weight .
some light reading on the topic, from different viewpoints
Do Gasoline Based Cars Really Use More Electricity than Electric Vehicles Do? | Council on Foreign Relations
The 6 kWh electricity to refine gasoline would drive an electric car the same distance as a gasser?
Refining oil requires more electricity than EVs | PluginCars.com
BTW Im not a Green or a Vegan , far from it , Ive even pulled the EGR / DPF from my Iveco 4x4 .
I converted my LandRover to 100% electric purely as a project & to learn the tech. Its 100% free to run of my solar array, I charge about once every 3 -4 days . 100km of local running about per charge. Its the best driving experience Ive had , 100% torque for zero RPM.
I did not do it for economical reasons either, The $22,000 cost of the conversion will recover itself from petrol savings in about 10 years , sooner if the price of petrol climbs. The batteries are good for up to 3000 charge cycles at 100% Depth of Discharge, = 300,000km or 10,000 charge cycles & 80% DOD = 800,000km absolutely free , 800,000km . At a petrol cost (todays price) $22 per 100km , 300,000km = $66,000
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