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Background:

ZENN Cars (stands for Zero Emission No Noise) is a Canadian company with a line of plug-in electric vehicles that cost less than $15,000. In many states there are no sales taxes and tax credits may be available. They are available today. Zenncars.com has a list of dealers accessible across the US. Just enter a zip to find the nearest one. These vehicles may only make sense for a small number of drivers as they are currently limited to less than 30 miles per charge and cannot go faster than about 25 mph. For some people, businesses, or government offices, they could make a lot of sense. With gas prices expected to average more than $3.40 per gallons, ZENN could make sense for many American families as a second or even third car. ZENN's CEO is on a path, however, to offer a full range of electric vehicles that could satisfy many many more consumers.

Interview Highlights:

  • Distribution and sales of ZENN cars growing in niche low speed market
  • Now developing "ultracapacitor on steroids" batteries together with eestor.us
    • Faster tank fill up
    • Lighter weight
    • Further distances
    • Would manufacture batteries -- not license
  • Advice for North American consumers: "Don't Wait"

Interview:

Doug Schiller: So Ian, tell me where we stand now with alternative energy in the automobile sector. How is ZENN doing?

Ian Clifford: ZENN's doing great. We are - we now have 35 retailers across 20 states. And over the last few months we've seen a good and significant ramp up in terms of our sales volume and certainly our market share in this growing, you know, growing market.
We are specifically focused right now on the low-speed vehicle market, which as you know is a 25 mile an hour top speed vehicle. It can operate on a 35 mile an hour road. So it's very much a niche product but certainly a product that's getting a lot more interest and attention as more and more vehicles are on the road.

Doug: Now it seems from some of the recent stories that you are also going to push your way into a faster vehicle with the battery capacity issues and other efforts you are making. Could you talk about that?

Ian: Sure. We have a relationship that I started back in probably 2003 with a company called Eestor - E-E-S-T-O-R - and they are based in Austin, Texas. And they are developing and commercializing really a breakthrough energy storage technology, so all the limitations that we face right now with chemical batteries like lead acid or nickel metal hydride or lithium-ion are overcome in their technology.
So you have a product that you know will last for a million cycles, that will recharge in minutes as distinct from hours for chemical battery technologies. It's much lighter. It operates in, you know, extremes of temperature and operating conditions.



Really, what has been the Achilles heel of the electric vehicle industry has been energy storage. So I did a lot of research at the time looking for what I thought the most robust solution going forward would be and certainly we are very optimistic with their progress and what they will be delivering. If they stay on schedule they are scheduled to deliver it in 2008.

Doug: That's the Ultra-capacitor.

Ian: It is an ultra - yeah, and it's - to use an ultra-capacitor to describe it doesn't really do it justice. It's really an ultra-capacitor on steroids if you will. It's an ultra-capacitor with energy and power storage type characteristics that have not - we haven't seen in the capacitor world yet.

Doug: So it's going to charge much quicker. I read that it was going to charge like when you are filling up your gas tank. And it's going to be able to give you faster speeds.

Ian: Yes. Well the limitation for us, I mean, the reason that we are in the low-speed vehicle market now is that to go to a highway capable vehicle requires a tremendous amount of cost, not just as a manufacturer, but also for the consumer. And we felt that, you know the right entry point for us is within the low-speed vehicle market.

Doug: So, but in the long run you see yourself in the full gamut of electrical vehicles?

Ian: Absolutely. Absolutely and from our perspective quite clearly it's energy storage, which really kind of breaks the mold and lets you go, lets you create a high-speed vehicle that the average consumer can identify with and can operate without the inconvenience, the perceived inconvenience of current electric vehicle technology.

Doug: What is the distance that the current battery will get?

Ian: Well, it's really - I guess the analogy would be how big is the gas tank. I mean, you can have - the interesting thing about an electric vehicle using this technology is you could create a full variety of vehicles that would have a range specific to the type of use.
So you may, you know, we might choose to make an urban commuter vehicle that yields a range of 80 miles a day say and could be recharged easily at home. And then we would size the energy storage accordingly so that it would, so you would get the most efficiency and the least cost.



But ultimately people will, you know definitely want vehicles that have a 300 mile range and that will just, you know require a larger energy source device. But it's all doable within this technology. That's what's so exciting.

Doug: Is this proprietary to you or is it just Eestor and they could sell it to any other electrical vehicle manufacturer?

Ian: We have worldwide exclusive license to their technology up to a 1400 kilo curb weight vehicle. So we're talking, you know, Toyota Prius, Honda Accord sized vehicles and smaller we have exclusive rights to globally. And then we have nonexclusive rights to build larger vehicles.
So within our exclusivity globally it's a huge market. We're talking 40 million new vehicles a year are built within that exclusivity.



We also have worldwide exclusive rights to conversion of an existing internal combustion vehicle to electric, any size passenger, four-wheel passenger vehicle. So, to me that's a very, very exciting market. We've got, you know anywhere between 750 and 900 million internal combustion cars on the road today, many of which are aging and becoming more and more polluting as they age.

Ian: The opportunity to take out an old, inefficient internal combustion drive system and put in a new highly efficient electrical drive system, we believe is a tremendous opportunity. So we are working towards drive systems to do that right now.

Doug: That's a unique idea that I really hadn't heard of. I was just reading a book called "Energy Independence" by, I think David Sandalow. And he was talking about how slow it would take to actually turn over, to replace the entire fleet because I think only 4% a year is replaced. But now you're talking about going actually to the older vehicles and upgrading them.

Ian: Exactly. When you think that -

Doug: That could accelerate it.

Ian: It could accelerate it hugely and also if you think of the enormous investment that, you know, we as a planet have made on the existing automotive fleet in terms of raw materials and water and energy to create these vehicles. And so many of them either are used way too long as internal combustion vehicles and become huge polluters or many end up in landfill and, you know are disposed of inappropriately.
If you can give them a new, you know heart basically -

Doug: Right.

Ian: Do a heart transplant on them you've suddenly got a vehicle that could potentially last many, many more years.

Doug: But what about the economics of that? I mean would it cost like $10, 000 to upgrade your vehicle? And would you be saving that much in gas?

Ian: Well, we are still working on determining actual conversion costs but the idea is that it would be a very competitive and compelling decision for either a fleet owner of, you know, many hundreds of vehicles. Or an individual, you know to convert their, you know, 1980 Jetta or whatever.

Doug: Right. So how would this compare? I mean, there is so much activity in this space - the Chevy Volt, Renault and Nissan are going to be working with Project Better Place in Israel.

Ian: Israel.

Doug: There is a lot of activity.

Ian: Yeah.

Doug: Where does ZENN fit?

Ian: Well, right now we are, as I said we are pretty well exclusively focused from a product perspective on the low-speed vehicle industry in the United States. We have engineering programs underway right now for highway capable vehicles for both new vehicle and conversion.
But really, it's funny, if you look at any of the major announcements today and you could use the Project Better Place and looking at Israel, still the missing link to all of the enablement is energy storage. So what is the optimal energy storage technology that will enable the Volt and will enable, you know any of the electric vehicle companies that are out there right now to succeed?



I firmly believe that it will be the companies who have access to the best technology that will succeed the most.

Doug: Well that I'm sure is the case. Some of these people are pretty sophisticated manufacturers and they have access to tremendous amounts of capital.

Ian: Yes.

Doug: $200 million to Project Better Place. So I'm sure that they could shop for the best.

Now I know you are saying that Eestor has the best at this time that you have found.

Doug: And I'm assuming that you have patent applications on it so that these other companies can't really just copy that technology.

Ian: There's a huge, as you know Doug, I mean there's a huge horserace on right now in terms of energy storage technologies. I mean there are more companies than you can name right now.

Doug: Right.

Ian: Who are looking seriously at a solution. And whether it is Eestor or someone else it's going to happen.

Doug: Right.

Ian: It has to happen.

Doug: Exactly.

Ian: So it's really, you know, which horse are you backing and, you know how are you approaching the potential commercialization of the technology as well. So you know, we did as I said a tremendous amount of research to determine that what Eestor had going was, you know was dramatically beyond what anyone else was proposing at the time and currently.
So, you know, we are very, very hopeful and optimistic that they will commercialize this year.

Doug: So is that something that you would - I know that you have the exclusive for the cars in that class group, but could you license that technology out to some of the bigger players to accelerate it and then obviously you would get a huge share of that licensing revenue?

Ian: Well we wouldn't license. We would joint venture specifically. So it's the same.

Doug: Right.

Ian: A different means to the same end. But no, we would ensure that, certainly our plan is to ensure that this type of technology in transportation is adopted globally. Absolutely that is our vision.

Doug: So how big could this small, the low-speed vehicle industry get? I know that on your website, you say it's for resorts and gated communities, airports, college and business campuses, things of that nature. How big of a market could that grow to?

Ian: Well, if you look at other markets globally, you know Europe as an example their low-speed vehicle market is, you know, roughly 30 to 50,000 units a year.

Ian: So you know, if we did the same in the US, I think that would be exciting. I still believe this is a niche market. It will never be a, you know, it's never going to - certainly in the United States it's never going to take on full-service automobiles directly.
But I think more and more people are realizing that a low speed vehicle is a very viable part of the transportation mix. And you know instead of firing up an internal combustion vehicle you know to drive around the corner to shop or to visit or whatever, it makes so much more sense to use a small, zero emission electric vehicles for those types of trips.



So that's how we are selling. That's how we are certainly appealing to consumers, is on that basis.

Doug: When I first saw your product on that video my first thought was that what you're doing is brilliant in that you are in the market, you're getting in the market with an electric vehicle. And it may not be mainstream yet. It may not be ready for prime time yet. But you're in the market.
And when technology improves and the market becomes more receptive to electric vehicles, you are going to be there.

Ian: Yeah, that's certainly part of our plan, you know is to build a very significant level of awareness around electric vehicles and certainly around ZENN specifically as a company, as being a leadership company with zero emission drive technology and solutions.
And certainly that has been our experience so far. I mean, it's great how much recognition the brand has got and how much, you know how much value is put in that. It's very significant.

Doug: So just in the last few seconds, few minutes, maybe you could speak to just how you started this company and how you got involved and just how it got going.

Ian: Sure, it was really grassroots for me. It was - I was one of the many millions of people in North America driving, you know an oversized vehicle in an urban core, stuck in traffic 90% of the time thinking, you know - this was in the mid-90s - thinking there has got to be a much better way of doing this. This doesn't make any sense. It's unsustainable.
And at the time you know, the EV1 was launched in California.

Ian: And the RAV4. There were a bunch of electric cars in California. So I thought as a nave Canadian that I would get on the phone and buy an EV1 and bring it to Toronto and that would be my car. You know, after a couple of years of being told basically, "You know, forget it. This is a pilot project in California." you know I said, "This is ridiculous. I've got to do something about this."
So I ended up buying a 40-year-old electric car, a Henney Kilowatt car that became my downtown, urban core car. And one thing led to another - just a tremendous fascination about this car and I figured, you know, there has got to be a very interesting business here. And nobody else is doing it.

Doug: What business were you in at the time?

Ian: At that time I had an Internet marketing company that I sold back in March of 2000 and got out of that, really got out of the Internet business right at the right time. And I thought the next thing that I would do has got to be a lot more meaningful than that and I want to leave a legacy, you know, a much more meaningful legacy in terms of what I do next. And zero emission vehicles seemed to be the right place. So I started a car company. [laughs] And that's where most people pause for laughter.
But that certainly was how it started and we have grown it very successfully. We are really pleased with where we are today. We are a publicly traded company, which is kind of interesting.

Ian: And that's given us, you know access to the markets and access to funds to build the company out. And we are really, really excited about our next steps, which will be, as I mentioned, the move into highway capable vehicles with the right technology.

Doug: Are you going to need a lot more financing to do that?

Ian: Yes, absolutely. Yeah. And we've got plans for that and we will, once Eestor, you know have made it through the next milestones, we will pull out all the stops for commercialization of that technology.

Doug: Do you have any advice for the American consumer or the North American consumer to accelerate the whole adoption process of these?

Ian: Well sure. I'd say don't wait. You know, don't wait around for the perfect solution. Consider low-speed vehicles as an interim step and for many, many people an extremely viable product. And it meets the needs of millions upon millions of Americans, North Americans' daily driving needs.
And things are only going to get better. So, yeah - so to keep your eyes peeled on that.

Doug: Well, thank you so much. Really I appreciate your time and you know, I look forward to seeing the next round.

Ian: Yeah, well it's going to be, we predict that '08 is going to be a pretty, pretty exciting year in the evolution of electric drive solutions, that's for sure.

Doug: That's super.

Ian: Good.

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Yehuda Draiman Comment by Yehuda Draiman on June 8, 2008 at 2:24pm
Our war for energy independence and economic sustainability

The US government and other governments are not serious about energy efficiency and renewable energy development and implementation – they are too busy playing politics and capitulating to the Oil Companies.
IT is time to get series to avert an economic catastrophe – I hope it is not too late
The world needs to invest $50 trillion in energy in coming decades, building some 1,400 nuclear power plants and vastly expanding wind power, solar power, geothermal energy in order to halve greenhouse gas emissions by 2050, according to an energy study released Friday.
The report by the Paris-based International Energy Agency envisions an "energy revolution" that would greatly reduce the world's dependence on fossil fuels while maintaining steady economic growth.
"Meeting this target of 50 percent cut in emissions and replacing fossil fuel represents a formidable challenge, and we would require immediate policy action and technological transition on an unprecedented scale," IEA Executive Director Nobuo Tanaka said.
The scenario for deeper cuts would require massive investment in energy technology development and deployment, a wide-ranging campaign to dramatically increase energy efficiency, and a wholesale shift to renewable sources of energy.
Assuming an average 3.4 percent global economic growth over the 2010-2050 period, governments and the private sector would have to make additional investments of $50 trillion in energy, or 1.2 percent of the world's gross domestic product, the report said.
That would be an investment more than three times the current size of the entire U.S. economy.
In addition, the world would have to construct 38 new nuclear power plants each year, and wind-power turbines would have to be increased by 18,000 units annually, solar energy output would have to be increased 20 fold every year.
Let us not forget as we are increasing the use of renewable energy and energy efficiency – the world population is increasing – the demand for energy by advancement in technology worldwide is also increasing. We have to take these factors into account.
Oil is going to hit at least $200 per barrel, gasoline at the pump will hit $6 or more per gallon, in some countries it is already $10 per gallon.
Most of the money would be in the commercialization of energy technologies developed by governments and the private sector.
"If industry is convinced there will be policy for serious, actions for accelerated development of renewable energy and efficiency, then these investments will be made by the private sector."
People are hurting financially and economically, this must end, we should strive for a thriving economy with new technology for renewable energy and efficiency.
We have the technology and knowhow let us stop playing politics – unite our people and our nation in a common goal to avert an economic disaster and maintain our quality of life for generations to come.
Let us serve as an example to the rest of the world.
Jay Draiman, Energy Analyst – June 8, 2008
Yehuda Draiman Comment by Yehuda Draiman on February 7, 2008 at 11:51am
A more efficient and cost effective renewable energy system is needed.
To accelerate the implementation of renewable electric generation with added incentives and a FASTER PAYBACK - ROI. (A method of storing energy, would accelerate the use of renewable energy) A greater tax credit, accelerated depreciation, funding scientific research and pay as you save utility billing. (Reduce and or eliminates the tax on implementing energy efficiency, eliminate increase in Real estate Taxes for energy efficiency improvement).
In California, you also have the impediment, that when there are an interruption of power supply by the Utility you the consumer cannot use your renewable energy system to provide power.
In today's technology there is automatic switching equipment that would disconnect the consumer from the grid, which would permit renewable generation for the consumer even during power interruption.
New competition for the world's limited oil and natural gas supplies is increasing global demand like never before. Reserves are dwindling. These and other factors are forcing energy prices to skyrocket here at home. It's affecting not just the fuel for our cars and homes, but it's driving up electricity costs, too. A new world is emerging. The energy decisions our nation makes today will have huge implications into the next century.

A synchronous system with batteries allows the blending of a PV with grid power, but also offers the advantage of “islanding” in case of a power failure. A synchronous system automatically disconnects the utility power from the house and operates like an off-grid home during power failures. This system, however, is more costly and loses some of the efficiency advantages of a battery-less system.
Power grid back-feed protection apparatus
Document Type and Number:
United States Patent 7148585
Link to this page:
http://www.freepatentsonline.com/7148585.html
Abstract:
A circuit breaker that functions like a double pole double throw (DPDT) switch is used to isolate the commercial power grid from an external power source. When in the “on” position the circuit breaker serves as a main power input circuit breaker allowing power from the commercial power grid to feed into existing wiring. In the “off” position the commercial power grid is disconnected and isolated from the existing wiring. Instead, the switch mechanism is connected to an external power source such as a generator. The generator can be safely operated without risking power back-feed into the commercial power grid.


Jay Draiman, Northridge, CA
PS
We’re surrounded by energy — sun, wind, water. The problem is harnessing it in an economical way.

Power grid back-feed protection apparatus
Document Type and Number:
United States Patent 7148585
Link to this page:
http://www.freepatentsonline.com/7148585.html
Abstract:
A circuit breaker that functions like a double pole double throw (DPDT) switch is used to isolate the commercial power grid from an external power source. When in the “on” position the circuit breaker serves as a main power input circuit breaker allowing power from the commercial power grid to feed into existing wiring. In the “off” position the commercial power grid is disconnected and isolated from the existing wiring. Instead, the switch mechanism is connected to an external power source such as a generator. The generator can be safely operated without risking power back-feed into the commercial power grid.
AlternativeEnergy.com Comment by AlternativeEnergy.com on February 7, 2008 at 9:03am
Yehuda Draiman Comment by Yehuda Draiman on February 5, 2008 at 5:00pm
Consumer’s responsibility to conserve energy

Consumers coming to the utilities for innovative ways to educate the consumer first of all, in other words some form of education to conserve energy to assist with the energy crisis, and then also the energy devices that one can implement either those which are relatively inexpensive or those that are more expensive.

What are some of the options consumers have?

If we have a look at just the simple basic habits - that’s switching off lights, buy low voltage bulbs (CFL-LED), switch off geysers, put timers on and or photocells, when you fill up the kettle only boil the water you require for your cup of coffee. I think this is a way of life, and it is about lifestyle - perhaps we are accustomed to something different, it’s now about saying “how can I be more energy efficient?” because I understand as a consumer that the crisis we are currently faced with at the moment goes beyond the responsibility of the utilities. This is the consumer’s responsibility - it’s not going to be solved overnight, but as consumers we can in fact take that role. Our appeal to homeowners is to say “how are we in fact conserving energy, and contributing or assisting in actually solving/minimizing the problem?” If each and every one went a little bit of the way - perhaps an energy saving of 5% or 10% can easily go a long way to assist in the energy crisis.

We still have to depend on wind turbines and solar power - we have batteries that we need to get in order to help to save those power needs as well - are we able to afford them?

I think when we have a look at things like a wind turbine and solar panels those are expensive items - but if you take the average house 20% of the electricity is actually used in the lights. If you used a low voltage bulb for example you’d save 650% of the actual lighting energy that you require - those are inexpensive ways to go about it.

When we use our vehicle, try to accomplish multiple errands at one time, you will save fuel and wear.

We also must look at conserving water – this is resource that sustains life, it must be preserved and not waited or abused.
Sharon Brown Comment by Sharon Brown on February 5, 2008 at 4:36pm
This is great news in the Electric Car arena. I'm interested to watch the success of the ZENN grow as well as keep an eye on the efforts of EESTOR. If there's one thing holding us back, it's our desire to go long distances quickly. The ZENN, however looks great for local driving within small communities.
Yehuda Draiman Comment by Yehuda Draiman on February 5, 2008 at 4:27pm
A more efficient and cost effective renewable energy system is needed.
To accelerate the implementation of renewable electric generation with added incentives and a FASTER PAYBACK - ROI. (A method of storing energy, would accelerate the use of renewable energy) A greater tax credit, accelerated depreciation, funding scientific research and pay as you save utility billing. (Reduce and or eliminates the tax on implementing energy efficiency, eliminate increase in Real estate Taxes for energy efficiency improvement).
In California, you also have the impediment, that when there are an interruption of power supply by the Utility you the consumer cannot use your renewable energy system to provide power.
In today's technology there is automatic switching equipment that would disconnect the consumer from the grid, which would permit renewable generation for the consumer even during power interruption.
New competition for the world's limited oil and natural gas supplies is increasing global demand like never before. Reserves are dwindling. These and other factors are forcing energy prices to skyrocket here at home. It's affecting not just the fuel for our cars and homes, but it's driving up electricity costs, too. A new world is emerging. The energy decisions our nation makes today will have huge implications into the next century.

A synchronous system with batteries allows the blending of a PV with grid power, but also offers the advantage of “islanding” in case of a power failure. A synchronous system automatically disconnects the utility power from the house and operates like an off-grid home during power failures. This system, however, is more costly and loses some of the efficiency advantages of a battery-less system.

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