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Ford E250 Van covered with Solar Panels

Solar panels on the roof of a vehicle is nothing new. RV owners have been doing it for years. While we did not set out to set any records we may quite possibly have the largest surface area every covered with solar panels on the roof of a Ford van. The panels actually extend six inches beyond each side of the van and run the entire length of the roof from front to back.

mobile solar charge controller and power inverter

About our Solar Setup:

Components we used to generate, store and produce usable 110V electricity.

* Solar Panel(s) Three Suntech STP260/Vb1 260W 24V panels. On the web at $675.00 each
* Charge Controller – Morningstar TriStar Charge Controller 45A 12/24/48 VDC, TS-45 $140
* Xantrex Prowatt SW600 True Sine – Pure Sine Wave Inverter 600W $150.00
* Two Crown CR200 Deep Cycle 6 Volt Batteries. $125 each
* Random circuit breakers, thick 2 AWG gauge wire and wire connectors. $100
* Panel mounting materials. Roof racks worth approximately $300
* Total system cost = $2965.00

When I first started working on my camping van solar panels were not at the top of my wish list but they were certainly something I was interested in. Anyone who really knows me is familiar with the fact that I love to create gadgets and tinker with anything electrical or mechanical. When I was in my early 20′s camping without electricity was the norm, primarily because at that time the only things we had that needed batteries was our Sony Walkman and flashlights. Times change and I’m now usually dragging around a laptop, cell phone, Nikon camera, Sony video camera and for this trip a 22inch flat screen TV with hundreds of movies preloaded onto a Western Digital media player the size of beer can.

When I first started my research on what I would need to add solar power to the van I often referenced Handy Bob’s Solar Blog. Bob has lived in a solar camper for over seven years so I assumed he knew what he was talking about. Like most things these days technology changes quickly and if I knew then what I know now I would have done things slightly differently. One of the things I did not expect was such generosity from Clean Energy USA a Delaware Solar Installer. My good friend and travel companion Jeremy Bell and I built the website for Clean Energy USA and I always hinted to Dave Preston (our primary contact at CEUSA.com) that I would be happy to accept payment in panels or do a trade for services in exchange for Solar Panels. During a random Google Chat I asked Dave if they had any spare panels lying around the shop and he said they did. A few days later I showed up to pick up the panels and was amazed to find that they were each over six feet tall and nearly four feet wide. Not knowing much about Solar I had no idea what amount of electricity these solar panels would produce but my thinking was better to have too much than too little. One of the things I hate about math and engineers is that even the experts I talked to could not tell me what I could or could not definitely run or how long I could run electronic devices with these panels because of all the variables such as amount of sun per day, shadows falling on the panels, angle of the panel in relationship to the sun, length and thickness of the wires used to transfer the energy, size of the batteries and what condition they were in, make and model of the charge controller as well as make and model of the power inverter. I had people tell me I would not be able to run a 22” TV off the limited power storage of two 6 volt deep cycle batteries, They were obviously wrong because on many nights I would watch up to six hours of TV without putting a dent in the battery bank charge. When in doubt trial and error has always worked for me in the past. If we could make this work it would be great, if not I could always add additional equipment until it performed as I needed.

Incredible views near the top of Hurrah Pass 4740 ft. Moab Utah

Other things I was told that proved to be unnecessary:
That I needed to attach my house batteries (solar storage batteries) to my vans alternator via a battery isolator. While this seems to make good sense, we found it to be unnecessary. The solar panel generated all the power we needed even on overcast days. Attaching them to the alternator would have charged the batteries anytime we ran the vans gas engine but as I said time was short, I did not want to spend the additional two hundred dollars for the battery isolator and then spend another afternoon of running additional wiring. We got lucky and the sun provided all the energy we needed and in the end as you will soon read the solar panels outperformed the vans alternator.

Mounting the panels on the roof of a house is one thing, mounting them on the roof of a van that would be traveling at 65 – 80 mph for two weeks was something entirely different. I graciously accepted the aluminum support beams from Clean Energy USA that they usually use to mount a panel to a roof but from there on all of the connections were non standard and I’m sure voided any warranty the panels originally came with. A trip to Lowes and $50 of stainless steel fasteners with lock nuts and a day and a half of labor produced the mount you see in the van pictures. Just hours before we left on the trip I was still fabricating and attaching the air deflector mounted in front of the first panel.
To be completely honest Jeremy and I left on our journey before the Solar Panels and many of the other parts were wired or connected. Basically we pulled out of Delaware with the panels mounted on the roof and a pile of high tech hardware and wiring sitting in a box in the back of the van. Around 11:00pm our first evening on the road at a truck stop in Pennsylvania I located fuses for the wiring that I could not locate in Southern Delaware. It would not be till day two of the trip that we got around to making all the connections and mounting the hardware to the panel, batteries, charge controller and power inverter at a rest stop on the side of a road in Indiana.

Jeremy Bell Wires up the Tri-star charge controller

The biggest unforeseen problem we ran into was that the panels were rated at 24 volt whereas our batteries and power inverter were set up for a 12 Volt system. The charge controller we had on hand could charge 12, 24 or even a 48 volt system but it was not set up to handle the amount of voltage that three of these panels in Series would have produced, it would however have worked if the three panels were run in Parallel but this would have taken another 60 feet of wiring and additional holes drilled in the side of the van. For another $600 I could have purchased a different charge controller from Morningstar that would have handled all the current from three panels wired in Series.

charging in series - charging in parallel

I had planned on running our two 6 Volt golf cart batteries in Series which would double the output of the batteries to 12 Volt (6v + 6v) . To have a 24 volt system we would have needed two additional 6 volt batteries at a cost of about $120 each and 65 lbs apiece. A 24 Volt system would also require a different and more expensive 24 Volt Power Inverter.

What we ended up doing was connecting a single 24 volt solar panel to our charge controller set for 12 Volt. This had the unfortunate result of cutting the solar panels rated power in half giving us only 130 watts of power to our system but we would find in the following weeks that 130 watts was more than enough to handle what we threw at it. As sad as it may seem, two of the panels on the roof of the Van were not harnessed to perform their task and the one we did use was restricted to only giving us ½ of its rated output. For all the work it took to install the three panels, two of them went 100% unused throughout the entire trip. Live and learn….

When I purchased the new batteries they were given to me with about ½ charge already on them. Jeremy and I completed our Solar Installation on the roadside by about 2:00 in the afternoon and only had another three hours of daylight before the sun went down. That afternoon on the road we recharged our laptops, cell phones and even watched a few full length movies that evening on the 22” LCD TV all courtesy of the suns rays that we collected in those few hours.

The following days were actually pretty uneventful as far as the solar system was concerned. It just worked and worked well. We would run down the batteries to about 12.5 Volts at night watching movies and using our laptops and by noon the next day they would be charged back up to around 14.7 Volts ready for our next evenings electrical harvest of 4 – 6 hours of movie watching and surfing the net as well as charging other random electronic devices throughout the day.

It was not until my second week on the road that something unexpected happened where my use of the solar system would actually do more than just charge my entertainment and communications systems. After a long day of driving fire roads in Moab Utah I returned to my campsite after the sun went down to watch movies and read a book. I had over the last couple days begun the habit of running a cable from the 22” TV to the car stereo for stunning surround like theater sound. Approximately ½ way through the movie the sound died and I thought I had killed my Van Starter battery from running the car stereo. No big deal, I turned off the van ignition switch and finished watching my movie without sound from the car stereo and went to bed. The next morning I woke up and because the starter battery was a $200 Optima Yellow Top I expected it to have enough juice left in it to turn over the Van starter motor and start the engine. No such luck. The starter battery was dead. Solar Batteries to the rescue! I did not have jumper cables long enough to go from the vans starter battery (up front in the engine bay) back to our house batteries so rather than move 130lbs of solar batteries to the front of the van I removed the 40lb starter battery and brought it around to where the jumper cables would reach. I fired up my camping stove and made a pot of coffee while I waited for the solar batteries to transfer some of their charge to the stater battery. Not knowing how long it would take to transfer enough power to the starter battery I went on a four hour hike. When I returned I used my voltage meter to check the charge and all three batteries were at nearly 14 volts, more than enough to start the van. After returning the stater battery to its spot under the hood I stuck in the key and she started right up. Tragedy adverted, saved by solar. It would have cost an arm and a leg to get a tow truck to rescue me 30 miles down a forest service fire road 50 miles from civilization. I believed the problem was remedied and I would simply not use the car stereo to enhance my late night movie watching experience. Little did I know the minuscule power drain from the stereo was not the real culprit. Early in the morning the following day as I drove down a two lane highway somewhere between Utah and Colorado I noticed the starter battery voltage as indicated on the vans instrument cluster slowly seem to decrease. At first I thought I was imagining it and even put a piece of tape where the needle indicator was to see if it was truly moving. The tape did not lie, the voltage was decreasing. A healthy car battery while driving will usually have a voltage near 14 volts, my battery had about 9 volts. It was still early in the morning and I decided to pull over, make some coffee and try the solar battery to starter battery trick a second time. After only an hour the starter battery again had a nice healthy charge of nearly 14 volts. I re-installed it and was back on my way. Now paying more attention to the battery voltage than the road before me I watched as the voltage would again drop about two volts for every 20 miles driven. I turned off everything electrical in the van including the radio, fans and lights. About 30 miles into this I found myself on a very steep decent following an extremely slow moving semi truck. About ¼ of a mile from the bottom of the hill I ran so low on starter battery electricity that the van engine died.

The van with a dead battery rolling down a steep mountain in Colorado

I was still rolling downhill due to gravity but all of the vans gauges showed ZERO. Zero gas, Zero speed, Zero temperature and Zero oil pressure and Zero battery voltage. Luckily for me there was a scenic river pullout at the bottom of the hill where the van came to a rest. Either I had a bad battery or my alternator was toast. Seeing as though the starter battery was top of the line and only two weeks old I suspected the alternator which had nearly 150,000 miles on it.

6 volt + 6 volt in series = 12 volt 200 Amp Hours

I took out the starter battery again to recharge it from the solar batteries and fired up the laptop. Searching Google with a 3G connection hotspot from My Droid X Phone the nearest auto parts store was nearly 100 miles away. I called the number to make sure they were still in business and had the part in stock. Fortunately for me they had the part in stock and were open till 10:00pm. I told the auto parts lady on the phone that I loved her and that she had saved my life. Now all I had to do was figure out a plan to get the van another 100 miles. A charged starter battery would get me about 30 miles before I had to stop and recharge it again from the Solar batteries.

Charging the Optima Yellow Top Starter Battery

The good news in Colorado is that every twenty miles there are plenty of scenic places to stop for an hour or two to look around while the battery recharged. By the end of the day the van was nearly to its destination which was the Advanced Auto Parts store in Montrose Colorado. I was so close to the store that I threw caution to the wind and skipped my final recharge. I swear I hit every red light for the next ten minutes and had every slow driver in Montrose pull out in front of me. I pulled into the auto parts store with less than 9 volts displaying on the meter and not enough to restart the van if I had wanted to. I pulled the starter battery out for another recharge and walked into the store. The sales clerk who I professed my love to was no longer there, instead I got Ralph, who was bright enough to pull the right part and charge my credit card but took forever. I swear it took him 30 minutes to process the transaction.

Stuck at the bottom of a hill. You can see the Yellow Optima inside the side door charging from the solar batteries

I’m thankful that I was a boyscout and always took the motto “Be Prepared” literally. I had a pretty good set of tools and the Ford E Van repair manual with me, my only problem now was that I was parked in a seedy part of town and it was beginning to get dark. I popped the hood and began removing the air filter housing and fan belt to access the alternator when a friendly drunk came by and offered to hold my flashlight for me. I told him “You know I’ll be at this for a while, it will probably take me a good 20 minutes” he said “I don’t care, I ain’t got nothing better to do tonight”. Approximately 20 minutes later I had the old alternator removed, the new one installed and after returning the other van parts to their appropriate locations held my breath and turned the key. The van started right up and showed approximately 14.5 volts on the meter. 15 minutes later the meter still showed 14.5 V with no drop. Problem solved! I thanked my friend with the whiskey breath and was again on my way. In two weeks and 5000 miles of road that was the only problem I experienced with the van.

What would I do differently?

The system we had was thrown together at the last minute and some of it even after the last minute. We did not have a functional solar collecting system until our second day on the road and I had no idea we would be given 24 volt rather than 12 volt panels. Beggars cannot be choosers and the 24 volt panels were 1000% better than nothing and we were able to make them do everything we needed them to.

The three panels were massive overkill. One 260 watt Solar Panel would be more than enough. The fact that the panel was a 24 volt panel actually hurt our performance rather than helped. If we had a 12 volt 260 watt panel we could have used every one of those 260 watts, as it was we only used half its rated capacity because of the limited size of our battery array. If we had gone with a single 130 watt 12 Volt panel it would have been half the size and half the weight.

24 Volt vs. 12 Volt.
24 volt is great for residential and commercial grid tied systems. For a mobile van or RV based system my opinion is that a 12 volt system is a better option seeing as though so many auto accessories come from the factory to run on 12 volt such as small refrigerators, lights, fans, small TV’s and car stereos.

To convert the system I have now to run 24 volt I would need to purchase a 24 volt power inverter such as the Go Power GP-SW1500-24 1500-Watt Pure Sine Wave Inverter
($555), two additional 6 volt batteries ($240), and if I wanted to harness the full power of the three 240 watt 24V solar panels in series I would need an upgraded charge controller similar to the Mornigstar TS-MPPT-60 ($480)

What would I run with a more powerful system in the wild? A microwave oven might have been a nice addition and a 12 volt fridge would be great in warmer weather, as it was I was late fall early winter camping and all of my food stayed pretty cold on its own.

We were limited by our power inverter more than our system size for running some larger appliances. Power inverters come in all shapes and sizes. They can be as little as 5 Watt and as large as 5000 Watt they come in two common configurations the first is modified sine the second is pure sine. Modified sine inverters are a good deal less expensive and they can run 95% of the appliances you would typical plug into a wall, but it can damage some sensitive electronic equipment. Pure Sine is a cleaner form of electricity and won’t damage your $3000 laptop or $1500 video camera. For the $200 I spent on a 600 watt pure sine wave inverter I could have purchased a 3000 watt modified sine inverter. The 3000 watt inverter could certainly run larger appliances but I would worry about plugging expensive electrical appliances into it. If money were not an object I would simply purchase the largest pure sine inverter I could find. If money is limited and you still want to run larger appliances you could purchase two separate inverters with one for sensitive electronics and the other for higher wattage appliances like microwave ovens and hair dryers. A quick note when dealing with power inverters. You get what you pay for. I’ve used a few of the $50.00 300 watt inverters that sell at places like Wall Mart and Home Depot and they typically last less than three months.

Notes on Batteries:
Trojan (not the condom manufacturer) used to be the battery of choice for affordable, reliable solar power storage and depending on who you talk to may still be. When I started to call around however I was told that Crown made better batteries for nearly half the price. I also could not find a dealer of Trojan Batteries in Southern Delaware because they had all switched to selling Crown. Being on a limited budget on this trip I went with two Crown CR200 6 Volt 200 AH batteries wired in Series. With my limited power requirements they were more than enough and even able to charge the Vans starter battery over six times in one afternoon. Typical battery life for batteries like these can range from as little as three years to as high as six years if properly maintained. Weighing in at 65lbs each these batteries are not light. When charging, Deep Cycle batteries vent hydrogen gas which is not toxic to humans but is explosive and can replace oxygen in confined spaces leading to asphyxiation. Our quick solution? Leave a window open and the vans vent on high. If we had more time we would have built a vent from the battery box to the exterior of the vehicle. I like to say “Safety Third, enough with the fear. Full Speed Ahead!” and luckily for me I experienced no explosions or death by asphyxiation on this trip;)

Installation Notes:

I am not electrical genius but I can follow simple directions. According to much I’ve read some people cannot even follow simple directions. Where many Solar systems fall short is their failure to use the proper size wire. Both my charge controller and power Inverter came with charts describing what minimum size wire to use for a certain length run of cable. Basically the thicker the wire and shorter the run from charge controller to batteries and from batteries to power Inverter the better. I wanted to use 0 AWG gauge wire which is nearly ½ inch thick , but could not locate any or the cable connectors to fit in southern Delaware so I went with the thickest that Lowes had in stock which was 2 AWG which is still larger than ¼ thick. The directions that came with my inverter said to use nothing less than 4 AWG so I was still larger than their minimum requirements (lower number = thicker). We also went with extremely short cable runs of less than three feet each to minimize voltage drop. Why do I mention this? I’ve heard stories of people using small wire sizes and running lengths of 20 feet or more in their RV’s and wondering why their batteries never fully charge and why they can only run their appliances for short times before their batteries die. By following simple instructions Jeremy and I were able to create an efficiently running system with minimal power loss.

To sum up, if you are looking to add a small solar system to your Van, RV or End of the world 7.3 liter Bio Diesel Bug Out Vehicle (currently in the works) I highly recommend the following equipment.

* One 130 Watt 12 Volt Solar Panel Approximately $400 on Ebay.
* Two Crown 230AH 6 Volt Batteries Approximately $120 each. Most Golf Cart supply companies will have them in stock. Trojan T105’s are another similar more expensive alternative.
* An inexpensive charge controller like the Tristar TS-45 $140
* Your choice of 12 Volt power inverters. They range in price from $25.00 to over $1000 and you get what you pay for. Anything in the $300 and up range should be decent quality.

You should be able to keep your total price under $1000 for a system capable of doing what ours was able to which includes running small TVs, computers, small power tools, fans, radios, charging other automotive batteries and similar tasks. Just don’t expect it to produce enough juice to keep you warm at night or cool on a scorching hot summer day.

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It’s been a big year for SunRun so far – we entered three new states (New Jersey, Pennsylvania, and Hawaii) and doubled our headcount (and we’re still hiring for new positions – check out our job listings).  This weekend, SunRun will be moving headquarters from 717 Market Street to a larger office space a few blocks down, at 45 Fremont Street.

SunRun’s growth over the past few years reflects the growth of solar power adoption among homeowners.  As climate change becomes ever more real and utility rates continue to skyrocket, more and more homeowners are deciding that they want to choose where their power comes from.  SunRun’s mission is to bring affordable home solar to everyone who wants it and we believe that by making clean power accessible, we are the best alternative to the utility.

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Solar panels are gaining more recognition as key ingredients to produce eco-friendly and renewable source of energy. With growing need for more energy, there will be in future, a plethora of solar panels all over the world. Now this has become a source of eco-conservative concern, according to Mr. Bruce Robertson, Research Associate, [...]
Posted in: Environment, Industry, Solar Power

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There’s no doubt that solar energy is one of the greenest sources of electricity and the idea of using it to power transportation is not new. We’ve seen solar-powered boats and solar-powered cars before, among other things, but we didn’t know until now that a solar-powered high-speed train was on anyone’s drawing board. Apparently, it is.

Conceived as a means of zero-carbon high-speed mass transit, the Solar Bullet would travel between Tucson and Phoenix, AZ at 220 miles per hour, cutting travel times from two and a half hours (in traffic) to just 30 minutes. Taking advantage of the high amount of solar irradiance in the American Southwest, the tracks would be covered by a huge solar array to provide it with the necessary power. The SolarBullet Campaign aims to increase awareness and support among Arizonians and build a team of university experts, engineers and transit specialists to move this project further down the line. Feel free to hit them up on Facebook or follow their Twitter feed to offer your own encouragement and keep track of the initiative.

[Source: SolarBullet Campaign]

SolarBullet Campaign shoots for high-speed solar train originally appeared on Autoblog Green on Sun, 07 Mar 2010 18:11:00 EST. Please see our terms for use of feeds.

Read | Permalink | Email this | Comments

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Large companies like eBay, Google, Walmart and Fedex are already using and experimenting with the Bloom Box. The cost is high-$700k to $800K for a shiny new Bloom Box. There have been glitches that Sridhar has had to fix and he claims he makes quick business of it.

eBay’s Donahoe says that they have 5 Bloom Boxes on their lawn that run on bio-gas from landfill waste. So far the boxes have saved them over $100,000 in electricity costs.

Here’s one of the articles on Bloom Boxes at CBS News.

and

Leslie Stahl interviews the maker of the “Bloom Box” K.R. Sridhar at CBS News.

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The brain of any electronic device is the circuitry that operated the machine. Without the circuitry, the device is not even worth the cost of the plastic that it is made of. Any electronics device requires some kind of battery or it is nothing more than a paperweight. Recently, some new technology was created [...]
Posted in: Future Energy, Inventions, Solar Power

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Automotive factories tend to be very large buildings, more often than not on a single level in order to aid internal logistics. A byproduct of such a configuration is a large, flat roof. Such a surface can be be ideally suited to the installation of solar power generation. With that in mind, Audi has decided that 124,861 square feet of roof space at its Ingoldstadt, Germany headquarters campus will be made available for the installation of photovoltaic cells.

The solar modules will be installed on the roofs of the toolmaking shop, the parking garage at the technical development center and one additional building. The installations are being performed by Münich-based Green City Energy and are expected to generate 1,000 MWh of electricity annually.

Audi is also considering solar installations at the Neckarsulm campus, its second-largest facility. Neckarsulm could get as much as 355,209 square feet for solar installations, all of which will help reduce Audi’s manufacturing carbon footprint.

[Source: Audi]

Continue reading Audi to add solar power to Ingolstadt headquarters factory

Audi to add solar power to Ingolstadt headquarters factory originally appeared on Autoblog Green on Wed, 16 Dec 2009 07:59:00 EST. Please see our terms for use of feeds.

Permalink | Email this | Comments

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Today was a busy, busy day . . . so busy I didn’t get much of a chance to film anything or hit the streets. Sorry, more footage tomorrow. For now, hope you can settle for my talking head – CN

A sobering graphic produced by 350 using climateinteractive.org data shows how far short the proceedings in Copenhagen are falling from negotiating anything near a science-based carbon reduction target. Please be sure to give this site a good hard look if heads of state are congratulating each other on reaching any kind of deal.

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Wind energy will be getting a boost with a new testing facility in South Carolina. Next generation Wind Turbines will be tested for durability and use on a utility scale.

950 companies submitted applications for these grants with 125 small technology companies being awarded up to $150,000 each.

With all the large and small scale projects being started and continued through these grants, more good news is on the way for people who want to work in these fields. Hundreds of temporary and full time jobs will be created in the next few years in support of these new technologies and the necessary construction to facilitate them.

Research and development departments just breathed a sigh of relief with the news of this new funding. Companies dedicated to advancing this technology will now lead the way to cleaner, more efficient and cheaper energy for consumers.

Read about the new projects being funded here at Environment News Service.

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Happy December 1st!  With the turkey long gobbled, the holiday season is now officially in full force.  In other words, let there be light!

Holiday lights, that is.

This year, SunRun is holding a Holiday Lights Contest for its customers.  SunRun customers are getting in the holiday spirit and showing off their clean electricity by submitting photos of their decorated homes!  The top three customers with the most creative displays will receive Amazon gift cards and LED holiday lights.

But, who will decide?  Announcing the judges…

• Michael d’Estries owns and writes for www.ecorazzi.com, a celebrity gossip chronicle about stars making a change in the world through social responsibility.
• Kari McLennan, shares her expertise for green building materials as a consultant and educator for www.TheGreenMama.com.
• Monica Ewing loves home DIY projects, and she shares her latest creations at www.craftynest.com where readers can “step up the fancy, for less.”
• Lynn Jurich, President and co-founder of SunRun, wants to make the world a better place. Working in the solar industry is not only a career decision, but a personal one as well.

Power your holiday lights with clean, solar energy!  If you’re not yet a SunRun customer, make going solar a New Year’s resolution and enter next year’s contest.

Happy holidays! Let the festivities begin.

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The mirror’s 21 sections focus sunlight on single solar cell. A prototype is being shipped next week that could be used to create small portable solar generators for battlefield deployment.

If it’s successful and they can mass produce these mirrors this could bring down the cost of solar to rival coal plants.

Story here at the Arizona Daily Star.

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Rapidly growing company providing businesses and homeowners with renewable solar energy, is seeking door to door lead generators.

No prior experience necessary, Individuals with sales experience a plus. Training provided for individuals who are self motivated, ambitious, confident, and have a professional appearance and friendly approachable smile. Must be able to communicate effectively in English.

Very attractive incentive based compensation package available.

Perks:
1 Flexible schedule
2. Possible Advancement with growth of company
3. Part-time or full-time positions available

Contact:
Joel Atwood
360-921-2531
or Email Joel.S.Atwood@gmail.com with:
1.Name
2.Phone Number
3.Best Time To Call

Location: Portland Area

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We still have to miles to cover before solar power can replace the fossil fuels and become a cheap and effective solution for common folks. But it is indisputable that sun is the single greatest fuel source we can harness to our advantage. Solar energy can leave its impact on a global scale in [...]
Posted in: Industry, PhotoVoltaics, Solar Power

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EE Solar is a full-service solar energy company that has been installing residential and commercial solar systems in Los Angeles, Orange, and San Bernardino Counties since 1989. EE Solar generated approximately $4.2 million in revenue in 2008, servicing customers from its offices in Pomona and Orange. Korthof is the president of EE Solar and will join the Acro Energy team.

“We are excited to sign EE Solar as our third acquisition in the past eight months. Bill Korthof and his team in Pomona have done an exceptional job in building EE Solar,” said Harry Fleming, chief executive officer at Acro Energy. “Their team will be pivotal in Acro Energy’s plans to expand into the southern California market.”

“Southern California is the largest growth market for distribute solar,” said Nat Kreamer, President of Acro Energy. “Bill and the EE Solar team give Acro a strong platform for helping more southern Californians — who pay among the highest rates for electricity in the Country — save with solar.”

Under the Purchase Agreement, Acro Energy will acquire all of the issued and outstanding shares of EE Solar for a purchase price of $1,500,000, consisting of $250,000 cash, a promissory note in the amount of $750,000, and $500,000 of common stock issued from the treasury of the Company at a deemed price of CDN$0.24 per share. The company will also enter into an employment agreement with Korthof, as general manager, Pomona Operations.

The closing of this acquisition is subject to any necessary approval of the transaction by the appropriate authorities at the TSX Venture Exchange.

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