batteries


Like I have always said, is there such a thing as an environmentally friendly car? I prefer to think instead of minimal impact on the environment. Really given all of the mining that goes on just to produce cars and all the fossil fuels it takes to fuel them, we would be better off without them. Mass transportation is the only hope for the future.

http://www.caranddriver.com/best-hybrid-electric-cars

Hybrid and Electric Cars 2017-2018: The Best and the Rest

Interested in a hybrid or an electric vehicle to help save gasoline, and possibly the planet, too? The vehicles that wear an Editors’ Choice badge are our picks for the best hybrids and best EVs of 2017 and 2018.

Toyota Prius C

The Editors’ Rating summarizes a vehicle’s overall degree of excellence and is determined by our editors, who evaluate hundreds of vehicles every year and consider numerous factors both objective and subjective.
Editors’ Rating

 

  • Starting at
    $21,035

    Take the uninspired underpinnings of the Toyota Yaris and mix with it an even less powerful version of the Prius hybrid powertrain and you get the Prius C.

  • Honda CR-Z

    The Editors’ Rating summarizes a vehicle’s overall degree of excellence and is determined by our editors, who evaluate hundreds of vehicles every year and consider numerous factors both objective and subjective.
    Editors’ Rating
  • Starting at
    $21,130

    The CR-Z is an ambitious attempt at making a sporty hybrid, but its performance doesn’t match its adventurous styling.

  • Hyundai Ioniq

    The Editors’ Rating summarizes a vehicle’s overall degree of excellence and is determined by our editors, who evaluate hundreds of vehicles every year and consider numerous factors both objective and subjective.
    Editors’ Rating
  • Starting at
    $23,035

    Sharing its underpinnings with the Kia Niro, the Hyundai Ioniq is a hybrid in many flavors.

  • Mitsubishi i-MiEV

    The Editors’ Rating summarizes a vehicle’s overall degree of excellence and is determined by our editors, who evaluate hundreds of vehicles every year and consider numerous factors both objective and subjective.
    Editors’ Rating

 

Starting at
$23,845

 

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Go there and think. More next week.

 

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It has taken the last 30 years to get to the point where we can have this conversation. Is it in time? I do not know, but it sure feels good.

Solar Power vs. Wind Power Pros and Cons

Solar Power vs. Wind Power Pros and Cons

After doing some research on renewable energy systems or alternative energy systems as many will call them, I wanted to get the information out there as far as the advantages and disadvantages of the 2 main renewable energy systems, wind turbine generators and photovoltaic solar panels.

Both solar panel and wind generator systems are similar as far as how they are setup. You can have the wind generator grid tied or off grid, same as solar panels. Both the solar panel (photovoltaic panel) and wind generator will need a battery bank if you are using an off grid system. Both of these renewable energy systems will produce clean energy and help the environment as well as save you money in your home!

Advantages and Disadvantages of Wind Generator Systems and Solar Panel Systems

Now onto some of the advantages and disadvantages of each alternative energy system. None of this information is from my own personal experience as I do not have the financial funds to support the research. So the information about these renewable energy systems have came from researching the internet, talking to people that have these alternative energy systems, and of course some calculations of my own (prices, efficiency, etc.).

Wind Turbine Generator System Pros and Cons

The main advantage of wind generator is that they can produce electricity day or night as long as there is wind. Wind generators need less space on your land to produce sufficient electricity. Wind generators are able to produce more electric for the same price. If you spend $1,000.00 on wind generator you can produce 1kW – 2kW, with solar panels you may only produce around .5kW – .75kW with the same $1,000.00. Wind generators have moving parts, so there is always wear and tear on these moving parts. Bearings can go bad, propeller blades can be struck by objects, and heat may be generated. Your wind generator will be installed on a tower or pole of some sort to gain height where there is more wind, allowing lighting to possibly strike your wind generator. As wind hits the propeller blades there will be noise created, think of a fan and how they sound, or even taking a rope and swinging it fast in circles. You will get some of this noise from your wind generator. The propellers of the wind generator can also produce shadows flickering. Birds can get killed from flying into your wind generator’s propellers. There are vertical wind generators which will prevent this. So the quick break down of the wind generator system:

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Go there and read. More next week.

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Natural gas is cheap. Solar Photovoltaics are even cheaper. The job prospects in renewables are growing as fast as miners jobs are falling. Donald Trump may think he is all powerful but even if the Russian mob boss Putin joins in, China, India and Australia never will. Seems to me that is the end of the story.

http://www.computerworld.com/article/3166897/sustainable-it/report-1-in-50-new-us-jobs-came-from-solar-last-year.html

Report: 1 in 50 new U.S. jobs came from solar last year

Employment in the industry rose in 44 states and is expected to continue growing

One out of every 50 new U.S. jobs last year came from the solar industry, with growth in that industry outpacing the overall U.S. economy by 17 times, according to a new report.

Overall, there were 260,077 solar workers in 2016, representing 2% of all new jobs, according to The Solar Foundation’s Solar Jobs Census 2016.

Solar employment increased by more than 51,000 workers, a 25% increase over 2015, according to the report. Solar industry employment has nearly tripled since the first National Solar Jobs Census was released in 2010 — rising at least 20% annually for the past four years.

Along with growth in solar and other forms of renewables, energy storage is a rapidly growing industry, comprising 90,831 jobs — of which 47,634 are focused on battery storage.

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Go there and cheer, I mean read. More next week.

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1 0 years ago if you would have tried to hold this tour there would have been 2 stops in Springfield, and the rest would have been as far away as Decatur and Peoria. Now there are 16 in Springfield alone. Give me a big HallelujaH!

http://www.sj-r.com/news/20160925/16-springfield-sites-part-of-saturdays-illinois-solar-tour

16 Springfield sites part of Saturday’s Illinois solar tour

  • By David Blanchette, Correspondent

Posted Sep. 25, 2016 at 6:56 PM

  • Updated Sep 25, 2016 at 8:48 PM

    More than 130 sites across the state will hold open houses Saturday for people to learn about sun-generated power, including 16 sites in Springfield.

    “The solar tour is an opportunity to educate the public about how affordable and reliable clean energy, particularly solar energy, is,” said Lesley McCain, executive director of the Illinois Solar Energy Association, which is coordinating the tour. “I hope that people understand how easy this is. It is much cheaper and cleaner to get our energy from above, the sun, instead of having to dig under the ground to get coal, oil or gas.

McCain said only a lack of state solar incentives, a victim of Illinois’ ongoing budget problems, may be holding back some who have considered solar power as an option. The federal incentive has been extended, and many local utility companies like Springfield’s City Water, Light and Power also offer enticements to use alternative energy sources like solar, she said.

Making own ‘juice’

Saturday’s tour of solar installations can be taken the “green” way in Springfield with the Springfield Bicycle Club, which will offer a morning ride starting at 10 a.m. at Southwind Park and an afternoon ride that leaves at 1 p.m. from the Capitol Complex Visitors Center at 425 S. College St. Bicycle Doctor owner Robert LaBonte is helping to set up the bicycle tours, and he also will showcase the solar installations at his business and an adjacent residence.

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Go there and read a lot more. I am going on vacation. More in a couple of weeks.

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I like this one in particular because the fossil fuel people said this was impossible.

https://energyx.org/category/notable-posts/

Will California Reach Its 50% Clean Energy Goal? No Problem

But managing so much clean energy may be difficult. California will easily meet its goal of having half of its electricity come from clean energy by 2030, a group of energy entrepreneurs and the head of one of the state’s largest utilities agreed at Fortune’s Brainstorm E conference on Monday.

PG&E’s CEO Tony Earley said that the company had already reached a milestone earlier this year of getting 30% of its electricity from clean energy sources. Building on that landmark, PG&E already has clean energy projects lined up that will help it deliver half of its electricity from clean energy, like solar and wind, within less than 15 years, said Earley.

“We can get there,” he confidently predicted.

Earley noted that California’s definition of clean energy is particularly narrow. While some broader definitions of clean energy include big sources of carbon emissions-free power like nuclear power, hydroelectric, rooftop solar energy, and energy efficiency technology, California’s definition of clean energy only includes utility-scale solar and wind energy

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Go there and read a yuge amount. More next week.

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I used to spend a lot of time posting articles here about Green Cars. They popped up on really divergent sites and sources. At one level, this made for honest reporting, because cars that weren’t very good got reported that way. But now there is a good source for reviewing all those green cars and here it is.

http://www.greencarreports.com/news/1105219_tesla-battery-gigafactory-opens-as-pace-ramps-up-to-ludicrous

 

Tesla battery gigafactory opens as pace ramps up to ludicrous

If it’s built out to the full size in the original plans, the Tesla gigafactory outside Reno, Nevada, will cover 10 million square feet.

That’s the equivalent of more than 260 U.S. football fields, which would make it one of the largest buildings in the world.

Yesterday, Tesla Motors CEO Elon Musk officially opened the gigafactory building, which today is 14 percent of that size on a 3,000-acre site.

Owners of Tesla electric cars have been invited to an event to be held at the plant on Friday, but Musk spoke to the press yesterday from the site and declared it officially open.

The factory’s main mission is to produce lithium-ion cells at a far lower cost than any today, which will make the battery cost of the company’s upcoming Model 3 sedan low enough for a starting price of $35,000.

The Tesla Model 3 is supposed to go into production just 12 to 18 months from now, and ensuring the supply of cells and battery packs in sufficient volumes is what made the huge building necessary in the first place.

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Go there and read. More next week.

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I have written so much about generation lately, that I forgot to say anything about storage. At least in awhile. The article below describes some progress being made on this front.

http://www.theverge.com/2016/7/13/12166824/facecbook-smartphone-testing-lab-battery-life-prineville-data-center

Inside the secret lab where Facebook tries to save your battery life

Deep inside Facebook’s very first data center, located in a sprawling facility in the hills of Prineville, OR, lies a series of about 60 server racks. Each one houses 32 smartphones, all of which are running a version of one of Facebook’s many mobile apps. The company calls this setup the Mobile Device Lab, and it’s designed to test Facebook’s software on older phones to discover whether any bit of a new code, no matter how minor, results in a dip in performance or poorer battery life. For those smartphone owners who tote around a two- or even three-year-old device — and users in developing countries purchasing lower-cost devices for the first time — the lab is the very reason Facebook is still a viable home screen staple.

Antoine Reversat, part of Facebook’s production engineering team, opens one of the racks for a group of reporters during its first Oregon data center tour in almost three years this week. Behind a large black metal door sit 32 iPhone 5C devices all in the process of either scrolling through the News Feed, testing various operations’ lag on battery consumption, or rebooting to resume an identical state before running yet another test. In each server row sits more than a dozen racks, some holding devices as old as the iPhone 4 and others housing newer Google Nexus 5s. In total, Facebook has almost 2,000 handsets used to tell developers when they’ve screwed something up, and whether that degradation is only noticeable on an older phone.

With Facebook serving more than 1.65 billion users around the world, taking into account every variation in device type, mobile operating system, and network condition has become an increasingly complex operation. Entire companies have built robust operations around testing mobile software in similar fashion, and some of those startups have been scooped up by big-name competitors. In 2014, Google bought San Francisco-based mobile app tester Appurify. Facebook’s engineers, on the other hand, figured the company could do the job itself, especially considering it had the computing power and server rack space at its expansive Oregon data center.

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Go there and read. It is a highly technical article and did i say long. More next week.

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