I did a commute of 65 miles one-way for a year back in the late 90's. Longest year of my life. Luckily, those 65 miles only took about 50 minutes.Commute from Hubbardston -> Bedford (current house)..........47 or 49 miles.....:55 to 1:15 depending on traffic
Commute from North Andover -> Bedford (previous apt).......21 or 23 miles.......:35 to 1:15 depending on traffic
Are you on peak/off-peak pricing? I'm just on a straight up flat rate here... a very expensive flat rate. Gah. Long Island Power: 21 cents/kWh. It's about as cheap to drive our Prius as a Leaf would be per mile because of this, car payment for a new vehicle vs. our cheap-ass $11.9k CPO ride entirely aside.As much as I hate to acknowledge agreeing with Toshi on this, I would definitely get an electric for my normal commuting at this point. The one caveot being that the charging station at my home be synced with my overall electrical usage, so that I don't hit peak time usage. There aren't a lot of good smart systems that don't require a whole set of new appliances though.
I was temporarily leaving in my parents' cabin when going from renting to buying a house (7 months, through the winter) that was 75 miles each way to work. Only sucked when there was a bad snowstorm.I did a commute of 65 miles one-way for a year back in the late 90's. Longest year of my life. Luckily, those 65 miles only took about 50 minutes.
it's .40 cents where I live depending on how much you useAre you on peak/off-peak pricing? I'm just on a straight up flat rate here... a very expensive flat rate. Gah. Long Island Power: 21 cents/kWh. It's about as cheap to drive our Prius as a Leaf would be per mile because of this, car payment for a new vehicle vs. our cheap-ass $11.9k CPO ride entirely aside.
Assuming you do have variable rate charging then the Leaf has you covered at least with Carwings, which lets one start and stop (and schedule) charging via one's smartphone. An extra perk is the ability to dial in an interior temperature from the phone prior to hopping in the car, while it's still tethered by its umbilicus to the charger. I imagine GM has something akin to this for the Volt.
http://www.nissanusa.com/leaf-electric-car/carwingsRange/index#/leaf-electric-car/carwingsRange/index
Post up the tariff chart. I'm almost certain that your rates start much lower (.10-.15/kWh) and ramp up to 0.40 only for really, really high use.it's .40 cents where I live depending on how much you use
i posted it several pages ago. and it does look fantasticWhy no Ford Focus electric posts? It bests the Nissan Leaf and it looks like a regular car...
He must have paid off quite a few to get the Honda Civic GX awarded 2012 green car of the year when fracking sourced NG is dirtier than coal. For 2013 the Honda Civic Tar Sands Edition is slated to win.T Boone Pickens should have bought more lobbyists...
researchers at Michigan State University have built a prototype gasoline engine that requires no transmission, crankshaft, pistons, valves, fuel compression, cooling systems or fluids. Their so-called Wave Disk Generator could greatly improve the efficiency of gas-electric hybrid automobiles and potentially decrease auto emissions up to 90 percent when compared with conventional combustion engines
One feature not mentioned in the blurb above is that this concept features an inductive charging mat (visible underneath the rear bumper in the rear 3/4 shot), over which the car positions itself automatically using self-parking technology. I gleaned that bit from the Infiniti promo video itself.What is it? A longer version of the all-electric Nissan Leaf with a shorter name, the LE applies the electric-car platform to an upscale sedan. The body is sized similarly with the Infiniti G, and it has a slippery drag coefficient of 0.25.
It uses the same 24-kWh lithium-ion battery pack as in the Leaf, in conjunction with a standard 50-kW quick-charge port (based on the Japanese ChaDeMo standard).
CRs take: The LE indicates how serious Infinitis parent-company Nissan is about electric cars. While it is a concept, Nissan said it plans to have such a car in showrooms in near similar form within two years.
When will it be available? Spring 2014.
Well, I thought about the logistics when we got home that evening, and I think it'll be finally time to pull the (electric) trigger when we move back to Seattle in a mere 15 months.me said:Top 3 vehicles that impressed or amused me more than I'd anticipated:
- Subaru BRZ Limited
- Nissan Leaf
- Lexus GS 450h
...
Why did these vehicles make my lists of the top 3 that impressed and disappointed me? I'm glad you asked:
Nissan Leaf: I'd ogled many a Leaf before but hadn't had a chance to sample its interior accommodations firsthand, or ride in one. Although small on paper, the car felt open and roomy. Build quality seemed very solid down to the thunk of the doors, and materials above average. Riding in it--there was no option to drive ourselves, of course--was an exercise in powertrain silence, much like our Prius at low speeds, only without a coarse engine kicking in ever. From the back seat, low speed torque seemed more than adequate, akin to the Volt that I test drove last year. It's nice having max torque at 0 rpm, eh? Both my wife and I emerged from the Leaf much more psyched about it than we had been before.
Nicely done. We are in the midst of the same kind of time frame to replace a car (Subaru) and the Leaf is at the top of our list ATM. This will be our families primary car for day-to-day driving, primarily my wife. A photovoltaic system for our home will follow in '14. CANT WAIT.1)
A blue Leaf with the 6.6 kW onboard charger and leather (both to be options on the 2013 model) would do it...
No issues, aside from a sometimes-recalcitrant left sided HID bulb that needs the headlight switch turned on twice maybe one 1 of every 20 times in order to get it to light up. Still getting great gas mileage: 39-45 in the city typically, 42-55 on the highway depending on weather, tires, terrain, etc. It swallows two bikes with the front wheels off and is wonderfully quiet when driven sedately.How has your Prius worked out?
Nice! I'm envious on the prospect of getting a solar system. While we should be able to jump right in and get the car as soon as we get to Seattle (July 2013) it won't be until 2016 or so until we actually own a house. I've vowed to not buy a house until I've been at a practice for two solid years, and adding solar to a short term rental house would be pissing away money. In the meantime, Seattle's Green Up! program will be nearly as good.Nicely done. We are in the midst of the same kind of time frame to replace a car (Subaru) and the Leaf is at the top of our list ATM. This will be our families primary car for day-to-day driving, primarily my wife. A photovoltaic system for our home will follow in '14. CANT WAIT.
CP
http://blog.caranddriver.com/ferrari-patents-a-mostly-conventional-hybrid-system-not-kers/Ferrari’s chief, Amedeo Felisa, evoked cynical choler when he told reporters last month that his company was working on hybrid technology for its V-12 cars, and that he was open to a V-6 in future Ferraris.
The latter seems speculative, but cool: The Dino, Ferrari’s first mid-engine sports car, used a fantastic-sounding V-6. A hybrid Fazza, however, is all but a done deal. A hybrid 599 concept appeared at the 2010 Geneva auto show, packing a V-12 engine and a Formula 1–inspired KERS hybrid system. Patent applications we’ve uncovered, however, show that Ferrari is planning a far more conventional hybrid system. Here are the differences:
KERS stands for Kinetic Energy Recover System. While most hybrid gas-electric systems in automobiles recover kinetic energy in some way, KERS typically refers to a system that uses the car’s brakes to spool up a flywheel; the flywheel, in turn, briefly holds the energy until the driver wants a short burst of added power. Typically, there’s no battery or transistor. In addition to Ferrari, Porsche and Volvo have experimented with KERS hybrid systems.
But Ferrari’s patent describes what sounds like a more conventional, non-KERS hybrid setup. Both a battery and a supercapacitor are listed as methods of energy storage. Two electric motors would be used, with one handling the propulsion duties and the other feeding the ancillary systems—air conditioning, power steering, and so on. By using a second motor, it means that all of those auxiliary systems don’t steal torque from the internal-combustion engine during acceleration. That should make for a more efficient system that doesn’t need to sacrifice performance. Ferrari has filed quite a few diagrams with this application, and some show the main electric motor in the engine’s V valley; others have it in the rear of the car with the transaxle.
One more important detail: The patent application describes the system as being set up in a car with a front-mounted, 90-degree engine. That means Ferrari’s talking California, as the V-12 cars have a 65-degree engine-bank angle. This isn’t set in stone, of course—if the system actually comes to exist, we imagine it would be engineered to fit in twelve-cylinder Ferraris as well.
I like the additional rear seat room, as compared to the Leaf. I don't like the styling, rising beltline/small rear window, the dash, or that profits from it would go to paying Mullaly's and the Ford board's inflated corporate salaries and pensions. (Renault-Nissan is better in this regard although Ghosn makes a big chunk of money. The pure-Japanese companies such as Honda and Toyota have much less greedy executives iirc.)Focus Electric Quick Spin Review:
http://www.autoblog.com/2012/04/24/2012-ford-focus-electric-quick-spin-review/
The back of her hatch was kissing the back of the front seats. Luckily, their kids weren't in the cars. But that got my wife thinking that maybe our car isn't the safest for our little monkey. So something higher and bulkier appears to be in my future. I've always hated the thought and notion of those mini-SUVs, with a roof box we have plenty of cargo space. But the sight of their car and what happened to the baby seats won't be forgotten any time soon.
This thread (shikataganai == Toshi) of mine over on NASIOC is very relevant to your interests:Before ditching the fully-paid-off Mazda3, I'd do some research to ensure that whatever you're buying is at least safer than your current car.
I'm also not sure whether those CUVs are really that much more tough/rugged than a hatchback of the same size. Maybe Bizutch might have some additional information being in the insurance industry?
Size and weight both help. With regard to size, see RMI's page . They have more buried in their site on how a lightweight-but-big car could be pretty safe.if those cross-over SUVs are getting lighter, are they still (slightly) safer?
Traction control can be replicated with a light foot. Stability control, on the other hand, can brake individual wheels and otherwise do things that you simply can't do with two (or three) pedals and a steering wheel alone. I think it's a great thing to have on a road-going car.is traction control really that helpful?
I'd be surprised if such granular data were available. There were "only" 1314 child traffic accident fatalities in 2009, for instance , so each individual car model probably only accounts for several dozen. I can't see there being enough power in there to draw any conclusions, especially since there are huge confounding factors. Namely, drunk parents, unbelted parents, unbelted kids, and incorrect choice or use of child seats all have a large effect.I'd like safety stats for children killed or injured while in child seats in the back seat. Does that exist?
http://www.ancap.com.au/faqsAre there any stats on the incidence of the types of impacts and which ones are most "injurious" (if that's even a word?)
ANCAP said:Severe rear collisions are relatively rare and usually involve being struck by a much larger vehicle. Frontal crashes and severe side impacts account for most car occupant fatalities.
The UNI-CUB is the next generation of the U3-X personal mobility device that Honda announced in 2009. The UNI-CUB does away with joy sticks and pedals. It combines balance control technology (it goes where you lean) with the world?s first omni-directional driving wheel system. Your range anxiety it will heal not. It has a range of 3.7 miles, and a max speed of 3.7 mph.