San Diego Pacific Magazine

A few weeks ago Pacific San Diego Magazine came by with a photog and did a shoot with the Mini-E and the home.

The idea is simple. Power your home and your transportation by that big bright star that we all circle around.

The reasons are even more simple. Cleaner air and environment, cheaper energy, wealth building for an individual and a nation. The wine part is a little missing but the 400 bottles refers to our vineyard and estate wine production.

Pacific San Diego Magazine - San Diego Pacific Magazine

Cheers!

Peder

A mysterious countdown has appeared on the BMW Project I website

Project I is a future mobility think tank of the BMW Group.

They have just posted a countdown clock.

http://www.project-i.com/countdown/

Anyone care to venture a guess on what's about to appear?

BMW ActiveE?
BMW Megacity?
BMW Scooter?
BMW Flying car?
Anti Gravity Machine?

True Up - True Dat!

This year was a relatively poor year for solar PV.

We were overcast for nearly the entire summer along the coast in So-Cal. Not that I am complaining.

In January we received our annual true-up from SDG&E. This is the bill for the entire year for our electricity usage for the home and car. In summer we generate far more than we use, in winter it is the reverse, so the true up is what’s left at the end of the year.

This past year to power our home and our Mini-E 16,000 miles, our bill was $410. In addition to that we have a $260 gas bill for our natural gas usage. Again it was not the best year for solar. Last year our bill was $185 for the year.

Our home is a net zero energy home. How can that be if we have a bill for $670 this year for gas and electric? Because the home also supplies the electricity to drive a car 16,000 miles. This offsets what would be a fuel purchase of 640 gallons of gas at a real world 25 miles per gallon. At the current rate of $3.49 a gallon this is an offset or savings of $2,233.

If we did not have the Mini-E, thus not using 4500kwhs from the home to power the car, our utility bill including gas and electric would be below zero for the year.

A similar 4500 foot house/guesthouse (I will not apologize for living in an estate home) with a temp controlled 450 sq. ft. cellar and similar amenities to our home would have a monthly gas and electric bill of $500 or $6000 a year, and a 25mpg car using $2,233 of gasoline for a combined home utility and car gas bill or $8,233 a year.

$8000 a year or $400 a year, it’s your choice America.

We are in year three of our solar pv world and year two of our electric car world. At the above savings, after 5 years total (we're more than half way) our total cost for home energy efficiencies (8k) and solar pv (30k) will be paid off in full simply by using the same money we are not paying the utility company and Opec.

After another 2.5 years, it’s free energy for the home and our electric car for the rest of our life.

True Dat!

Cheers

Peder

The New City, BMW Films and Mini-E #183

From the minds of some of the most influential scientists, academics, pioneers and entrepreneurs of our time, this four-part documentary paints a unique picture of technology, culture, cities, our past, present and how it all relates to the future of mobility.

http://www.bmwactivatethefuture.com/index.php

As a Mini-E “Pioneer” I had the great fun of spending a day in Hollywood working with a very talented production crew in the filming of the Mini-E segments for these four films. The very best part of this experience and one that I will always remember, was meeting my fellow Mini-E Drivers, Todd Crook Mini-E #140 from Long Beach, and Tom Moloughney Mini-E #250 from New Jersey. We all come at this from slightly different angles, but we all love the Mini-E in particular and the electric car in general. We have blogged together for 20 months but this was our first meeting.

I want to acknowledge the work of Donald Shoup in his book the High Cost of Free Parking. Although we all quote figures and statistics from time to time including in this film, I do want to recognize his research I have paired with my observations.

We have shared an interesting journey together, the three of us have over 100,000 miles logged in the Mini-E. Tom is the mileage leader of the group with over 50,000 miles in his Mini-E. It’s a neat feeling to know that when we signed up for this ride we were the only ones along with a handful of Tesla’s, legacy EV Rav4s, and the conversion electric car guys. In just 20 short months we now have major manufactures with the Leaf and Volt in the marketplace today, several more coming online next year, and just about everyone by 2013 including BMW with the imaginative, innovative lightweight Life Drive architecture and carbon fiber construction of the Megacity car.

The 500 or so Mini-E Pioneers provided a lot of knowledge and experience that has been helpful in the development of the electric car. BMW let loose in the wild a pre production car and gave the keys over to hundreds of normal everyday people and let those individuals experience and refine future BMW project I cars. That was a huge risk and BMW is to be congratulated, not chastised for that effort. Step two of the program begins this summer with the Active E, an in house rear wheel drive BMW 1 series with vastly different battery and drive architecture, not to mention four seats, a small trunk and connectivity.

I am very aware and appreciative of the pioneers that arrived before us, in some cases a decade or more before us. You are the ones that we read and researched when contemplating our entry into the Mini-E program. That list is distinguished, very small and includes the publisher of this website, William Moore and his many contributors.

The morning of the filming day, I left Carlsbad in Mini-E #183 that we have nicknamed Buzz, derived from Buzz Lightyear and Toy Story, which was derived from the Astronaut Buzz Aldrin. The same Buzz who is also in this film series. Go figure!

I knew I had a 210 mile drive that day so my plan was to drive the 50 miles to the Lake Forest BMW dealership and then charge up during an early lunch. I left there and drove up to Hollywood, around Hollywood filming and then drove back to the Lake Forrest BMW dealership around 6pm. That was a trip of 107 miles, all freeway at 65-70mph with about 25% stop and go near LA, all done on one charge with 9 miles remaining on the range indicator! I plugged Buzz in and then had a wonderful dinner nearby. After about 1.5 hours I returned and Buzz had charged up to 55% more than enough for my last 50 miles back to the house.

A heck of day with 210 miles of driving up to and around Hollywood and back to Carlsbad and a personal record of 107 miles in one charge with room to spare.

To this day, it is still a bit unreal that I am driving all over So-Cal in a blast of a car to drive powered by solar energy from the sun. Well, at least the 25k in miles that I charge from home.
It is also with great interest that I watch the film series beginning with the “New City.” As a San Diego County Planning Commissioner, in a county of 3 million citizens the question is perhaps the most important one we face. We know that transportation has historically driven land use patterns and decisions, from the time when man and woman first jumped bareback on a horse.

What is the future of mobility?

You can drive on sunshine. To Infinity and Beyond.

Enjoy the films.
Cheers



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Mini-E drivers prove EV’s are more than city/commuter cars.

Popular belief is that electric cars of a range of around 100 miles are only good as commute cars or city cars. This is a story line pushed hard by Chevy in the marketing of the Volt, journalist and bloggers unfamiliar with electric car technology fearful of range anxiety. The Volt has a range extender thus is an all in one vehicle.

The Volt has cast its vote into the range anxiety fear of the public and their prior EV experience, while downplaying the experienced voice of current edition EV drivers via the UC Davis study who express that range is not a significant issue in the use of their cars. A big mistake.

I beginning to think Elon Musk had it right when he said of the Volt, and I paraphrase, It’s neither fish or fowl, and is not particularly good as an electric car or a gas car. The Volt only goes about 25-35 miles as a pure EV around 30% of the range of a pure EV. In range extending mode the Volt which uses premium gas, gets 35MPG. This is 15 miles per gallon less than the Prius that gets 50mpg on regular gas as well as less than other gasoline and diesel cars in the similar size market segment.

So as neither a longer range electric car, or a fuel sipping hybrid or gasoline car while costing significantly more than either the Leaf or Prius, Its hard to make a case for mass market appeal with this vehicle architecture. Even harder when you consider the future with reducing battery prices and increasing fuel cost.

But what about the myth that pure EV’s like the Mini-E, Tesla Roadster and Model S, the Leaf and the Ford Focus Electric and many more on the way, are just commuter cars or city cars and will require you to keep a second car?

Listen to what a few of us Mini-E drivers have to say on the new BMW Active E forum.

http://forum.bmwactivatethefuture.com/

1. We use our Mini-E for:

Costco runs, Ski trips, Camping trips, Multi-night hotel hopping with charging at the hotels, Evenings out on the town, Recreational driving (really fun) taking the dogs to dog beach,
weekend trips to wine country, shopping trips to south coast plaza
day tripping.

2. I use my MINI-E for just about all my driving needs. Very rerely do I need to go further than the car can or carry more cargo than I can squeeze in the cabin.
That being said, I do have the ability to charge the car at my work with my 50 amp EVSE so that is a big help in allowing me to drive the car further than a single charge can go on any particular day.


3. We use the Mini-E primarily for commuting, but like others - we will use the Mini-E over our other vehicles whenever practical. Our biggest limitation is having a 14 year old son. Since the Mini-E is a 2 person vehicle, and duct taping him to the roof of the car impacts range dramatically, when the 3 of us are going somewhere we use one of the ICE vehicles. The Active-E should change this.

4. I'm fortunate to have miles of twisty mountain roads nearby that I use for recreational driving on the weekends, and I've always had some sort of "sporty" car for this purpose. With the Mini E, I was able to commute on the weekdays and enjoy the mountain roads on the weekend mornings. It didn't always go as far as I would have liked, but it did allow a couple hours of "spirited" driving which was usually enough. Then home for a recharge and ready again for any afternoon chores!

5. Guilty Yes, also guilty of driving more, not less, due to the "Joy" factor.

6. I'm afraid I may also be responsible for the excess use of a few tires. The car is so darn fun to drive in the twistys. For me it's environmental to be sure, but not at the cost of enthusiastic driving and performance. The Mini-E is the right blend of the two.


7. The fun of the MiniE extends to the passenger as well. I use the car often to drop of my kids for their various activities. They always want to hop in and have at times squeezed together in the front seat for short trips rather than ride in the boring Prius. Hard for me not to take them along since I enjoy driving it so much.

8. My mini is my only car I use my car for commuting and use it all day for appointments for my job. It is used for short trips and pleasure driving. It is the only car my husband and I drive together in. I bring the car home charge it. My son takes it out at from 8pm - ? most nights. My husband takes it when he has the opportunity. Our mini is in the garage for charging only. It takes many trips in a 24 hour cycle. Most days it has a full charge in the morning when I take it, charge it around 5 or 6 when I get home. Two hours later my son takes it for the next 6 hours. Brings it home and it is charged for me in the morning. My husband drives it when he can. If it is in the garage charged, someone is usually finding an excuse to drive it.

There are rare occasions when we drive long distances or I need to carry large boxes. I switch cars with my son and can’t wait until I am driving my mini again. I hate driving anything else.

My everything car is my mini E.



Seems as that those who actually drive the all electric Mini-E are getting far more practicality and enjoyment than just being a commute car. It will be interesting to hear from the Nissan Leaf divers about their experience with their cars. City/commute or so much more?

For More insight to the Mini-E drivers and the upcoming ActiveE visit the ActiveE Forum at http://forum.bmwactivatethefuture.com/

Cheers
Peder
Mini-E #183, 24,000 miles of sunshine powered motoring




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Gas Prices Up, Solar Prices Down.

Gas Prices Up, Solar Prices Down. This is a pattern you can expect to continue. In the words of a famous Men’s Warehouse Tailor:
“I guarantee it”

Gasoline prices will rise now that we have passed peak oil, pushed higher by 3 billion new consumers in China, India and the Middle East, pushed higher by increasing governmental regulations and the public’s desire for cleaner less polluted air. Billions of new consumers hunger for the same quality of life and quantity of consumption as 600 million Americans and Europeans. A quality of life fueled by the energy dense miracle of prehistoric composition, oil.

Decreasing supply, a five fold increase in consumption, a stricter regulatory environment… you can draw your own conclusion on what the price of gasoline will be in the future, say nothing about inflation.

Solar P.V. prices are dropping (have been dropping since their begining in the 50’s.) Currently in Southern California a residential installation will run about $3.75 to $4.25 per kw of Solar P.V. net cost. A 5kw P.V. system will net cost the owner between $18,000 and $22,000. Each kw of solar P.V. will produce 1600KWH of annual energy in Southern California, more on that later.

I have driven 24,000 miles in the past 19 months in Mini-E #183. An electric car driven by electrons produced 100% by solar energy. I consider it nothing short of amazing, incredibly fun to drive, it has transformed my life and my energy, transportation beliefs.

My Mini-E drives 3.5 miles per KWH. Using the national average of 12,000 mile a year, I need to generate 3500 KWH a year to “fuel” the Mini-E. This requires a 2.2 kw Solar P.V. system, (remember the 1600kwh per year?) however because of my TOU (time of use) rate structure, I get paid 29 cents a KWH during the peak hour when I am producing electricity and I get charged at night a cost of 14 cents per KWH. This is essentially 2 for the price of one. To make a long story short based on our SDG&E TOU rate structure and actual experience over two years, a system that is 1.65 KWH that generates 2640 peak hour KWH will provide 3500KWH of off peak electricity.

About the graphs:

The Solar P.V. chart is my actual cost, adding an additional inverter in year 15. I choose 25 years as that is the warranted period of the solar PV system. It will degrade slightly over that time this is true, but it will also provide electricity far past it’s 25 year warranty. All the charts depict 12,000 miles of driving. The gas charts use the U.S. fleet average for cars of 20mpg with the first year cost of fuel at $3.50 a gallon for 600 gallons. Your mileage or annual driving numbers may be much higher or lower but that is the fleet average. Electricity prices vary far more than gasoline so make sure to check out your own unique situation.

The gas charts are at 5% and 7.5% annual increase. The past 25 years gas has increased at 3.5% this would be about $84,000 in total cost. What do you think gas prices will do? 5% to 7.5% is my best guess.

I have driven for 32 years and up until the Mini-E, I purchased gas. It is my conclusion that the electric car is already cheaper than the gas car to own and operate for many areas of our country that are renewable energy based such as the Pacific Northwest, or for those such as I, that produce their own energy. I also believe that the electric car if adopted in mass quantities can clean our air and end our dependence on foreign oil.

Of special note is that the total cost of the solar P.V. system required to drive an electric car 12,000 miles a year for over 25 years, is less than the cost of buying gasoline for four years for a gasoline powered car.

Again, in the words of the Men’s Warehouse tailor, You will be buying fuel for your car for the next 25 years “I guarantee it”

The question is what type of fuel will you buy for what type of car?

Solar is $0.35 cents a gallon fixed in price forever.

It's a new world America!

Cheers
Peder

There is safety in the status quo.

There is safety in the status quo.

As a driver of an electric vehicle, Mini-E #183 powered by renewable solar power for the past 18 months and 23,000 miles I enjoy greatly and many times find humorous, reading the many pundits writing and perspectives written about the electric car.

I divide the writings into three (general I admit) camps. The Preachers, the Practitioners and the Protesters.

The preachers are noble, hopeful, and imagine a more perfect world, a healthier planet, embracing an emerging technology that can lead us to the promise land of energy independence, renewable energy, and pollution free air. A more perfect world that can lead us away from war and dependence. The preachers at times, overlook practical roadblocks, real problems and market limitations in the message of a noble good. The preachers have very seldom produced a product in the marketplace meaningful to the real world.

The practitioners want to go beyond theory and the preacher, and put into practice the future. In this case the electric car.

They are the bleeding edge (there is a reason they call it the bleeding edge) early adopters willing and financially able to take part in the new electric mobility world. Similar to those who manufacture or purchase the first $3000 cell phone, the first $5000 computer, the first $15,000 plasma television, the first $200,000 ride into space and the first electric car.

The goal of the practitioner is to experience the new world and prove to themselves, either pass or fail, on the technology they embrace. They are inquisitive by nature, entrepreneurial by craft, they are motivated by many varied factors but united in the experience of discovery, of being pioneers, of imagining and creation of the future.

They are equally ably to reject technology that does not deliver on the promise, solution or intent as promised by the manufacture to the early adopter. Failure is not a final destination to the practitioner but rather a road traveled, a calculation on the path to the future.

The protesters are protectors of the status quo. They warn against perceived whimsical flights of fancy into the new world, they warn against the new and unproven, they decry changes to the structure to a society comfortable to them. They rail against government support of the new enterprise while ignoring the government support of companies of existing enterprise. They are assured by the performance of the current, they are rooted into today and what works for them.
They take comfort as shepherds of the docile.

The protesters have never advanced the cause of humanity through any endeavor in the history of mankind. They take pleasure in proving wrong the preachers and advocating to the malleable heard, the perils and dangers of the practitioners and the preachers.
There is safety in the status quo as the vast majority of the population lie here within.

Your interested in an electric car. So who's writing to believe?

I will let the reader answer that question themselves.

I end this writing by quoting in part “Security” written by Hunter S. Thompson (1955).

"A man is to be pitied who lacked the courage to accept the challenge of freedom and depart from the cushion of security and see life as it is instead of living it second-hand. Life has by-passed this man and he has watched from a secure place, afraid to seek anything better What has he done except to sit and wait for the tomorrow which never comes?

Turn back the pages of history and see the men who have shaped the destiny of the world. Security was never theirs, but they lived rather than existed. Where would the world be if all men had sought security and not taken risks or gambled with their lives on the chance that, if they won, life would be different and richer? It is from the bystanders (who are in the vast majority) that we receive the propaganda that life is not worth living, that life is drudgery, that the ambitions of youth must he laid aside for a life which is but a painful wait for death. These are the ones who squeeze what excitement they can from life out of the imaginations and experiences of others through books and movies.

These are the insignificant and forgotten men who preach conformity because it is all they know. These are the men who dream at night of what could have been, but who wake at dawn to take their places at the now-familiar rut and to merely exist through another day. For them, the romance of life is long dead and they are forced to go through the years on a treadmill, cursing their existence, yet afraid to die because of the unknown which faces them after death. They lacked the only true courage: the kind which enables men to face the unknown regardless of the consequences.

As an afterthought, it seems hardly proper to write of life without once mentioning happiness; so we shall let the reader answer this question for himself: who is the happier man, he who has braved the storm of life and lived or he who has stayed securely on shore and merely existed?”

Cheers

Peder
Mini-E #183