Home > PIAEV > Why We Need Plug-Ins > 2008.03.15 EVAoSC Meeting at SCAQMD

2008.03.15 EVAoSC Meeting at SCAQMD - PV Solar EV Chargeport
On Saturday, March 15, 2008 I attended my second ever EVAoSC (Electric Vehicle Association of Southern California) meeting at South Coast AQMD (Air Quality Management District) in Diamond Bar, CA.

Meetings: 3rd Sat/month at 10 AM
Location: South Coast Air Quality Management District (SCAQMD) 21865 Copley Dr, Diamond Bar, CA (off Hw 60 and Hwy 57)

At this meeting Russell Sydney co-founder of www.sustainableclub.org gave a presentation on his club's effort at promoting alternatives to gasoline based transportation. I only took one picture inside the meeting (of the Sustainable Club flier) but outside I discovered SCAQMD's phenomenal Photovoltaic Solar Chargeport. This PV Solar Chargeport was installed a whopping 16 YEARS AGO!!! in the year 1992 (no wonder I can't find any online specifications/descriptions of this installation being commissioned pre-commercial Internet which happened around 1994-1995). The Solar Chargeport supports simultaneous charging of 19 Plug-In Battery Electric and Hybrid Vehicles via every type of charging station. Most of the parking stalls are outfitted with fantastically generic Pacific Utility Products URVP-52-PM NEMA-3R EV charge pedestals that have both a NEMA 5-20R outlet for 20amp 120VAC charging and a wonderful NEMA 14-50R 50amp 240VAC outlet for more serious EV charging. Also available in a couple of the parking stalls are Small Paddle Inductive (SPI) TAL MagneCharge chargers usable with the remaining fleet of Toyota RAV4EVs that were saved from the crusher. When awesome GM EV1s roamed the California roads between 1996 and 2005 they too could utilize SPI TAL MagneCharge chargers until they were collected by GM and crushed. A couple of AVCON conductive chargers are in place which was the standard used by the Honda EV Plus.

The 18 parking stalls are shaded by an overhead ~30kW photovolatic solar array utilizing Solarax modules (bought out by BP Solar) which directly converts sunlight into usable electricity via grid tied inverters that can charge any plug-in EVs or PHEVs that utilitze these stalls. When the stalls are empty the excess PV generated energy powers SCAQMD's building insuring 100% utilitzation at all times of the photovoltaic solar array. When I complete my EV (conversion) I will be able to drive to and from SCAQMD without any charging ("fueling") costs. At home I can charge from my 4kW SunPower PV solar system and SCAQMD's Solar Chargeport is free to plug in! Until that time a roundtrip of about 160mi costs anywhere from $18-32 in gasoline at $4 per gallon gasoline depending on if a 35mpg or 20mpg vehicle is used. Imagine if one were to drive a 12mpg SUV the cost to drive 160 miles on $4 per gallon gasoline would be $53. Instead, think outside of the status quo box and imagine driving a plug-in battery EV where you can charge for free on both ends of your trip. Even if you had to pay for electricity it would be equivalent to filling up on $0.70 per gallon gasoline. EVs are hugely more efficient than their gasoline ICE (Internal Combustion Engine) counterparts. The cost to drive 160 miles would be roughly $4-5 in electricity depending on if you have a 200whr/mi EV or a 250whr/mi EV.

Sadly, as you can surmise, in 2008 the stalls are pretty much empty all the time due to lack of widely available OEM plug-in EVs given that CARB rescinded its 1990's ZEV mandate to require 10% of all new automobiles sold in California by 2003 to be Zero Emission Vehicles. The majority of the 6000+ EVs that did exist at the height of the ZEV program have been collected by their respective manufacturers and destroyed. Less than 1000 of those original EVs still exist on the roads today. None of the GM EV1s survived the crusher and the handful (40) donated to universities and museums had their electric drive systems permanently disabled so they would never be driven on public roads again. Ford removed all the Think City EVs they had deployed. Honda collected the approximately 400 EV Pluses they had leased and shredded them. Toyota began their own process of collecting and eliminating from existence the RAV4EVs but a dedicated group of lessees were able to convince Toyota to save the RAV4EVs and allow them to purchase the vehicles once their leases expired. About 400 Toyota RAV4EVs continue to exist today in the hands of their passionate and enthusiastic EV driving owners.

If you would like to learn more about how Plug In vehicles can help wean the USA from its insatiable oil appetite, insure energy independence, and improve our national security, not to mention drastically reducing vehicular related global warming and pollution, visit Plug In America.

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A Toyota RAV4EV. AVCON conductive EV charge station. SPI (Small Paddle Inductive) TAL MagneCharge EV charger.
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A disabled EV charging "ATM" relic left over from the ZEV mandate era. A SUNPWRD Toyota RAV4EV driven all the way from Santa Monica on electricity generated from a Photovoltaic Solar system!
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South Coast Air Quality Management District
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www.sustainableclub.org Amazing 16 year old SCAQMD Solar Chargeport commissioned in 1992!!!
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A description of how SCAQMD's PV Solar Chargeport functions. Pacific Utility Products URVP-52-PM NEMA-3R EV charge pedestal. Realize how awesome these sorts of EV charge pedestals are because of their genericness. GFI breaker protected 20amp 120VAC NEMA 5-20R and 50amp 240VAC NEMA 14-50R outlets are 50 plus year old standards, cheap, and require nothing proprietary or custom in order to connect and charge a plug-in EV.
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Each NEMA 5-20R and NEMA 14-50R outlet is protected by a respective GFI circuit breaker. The green lamp lights when the circuit is actively in use. An EnergyCS converted Prius plugs in to charge its larger battery pack allowing 100+ MPG! This was the only plug-in gracing and utilizing the green recharging capability of the excellent SCAQMD Solar Chargeport.
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Completely empty Chargeport stalls awaiting the future generation of plug-in EVs and PHEVs. TAL SPI MagneCharge and AVCON EV chargers. Imagine owning an EV and pulling up to any of these vacant EV charge pedestals and plugging in to charge greenly and for free from the PV Solar panels shading your vehicle.
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Pacific Utility Products URVP-52-PM NEMA-3R EV charge pedestal coverplate informational sticker. Millions of RV (Recreation Vehicle) enthusiast Americans already know how to plug-in! The RV community has been safely plugging in their motorhomes at RV parks for the past 60+ years utilizing RV Power pedestals very similar to these. One of the leader of RV Power Pedestals and Panels is Milbank Manufacturing. Photovoltaic Solar modules make up the ~30kW Solar Array Chargeport system and provide shade for the parked and plugged in EVs and PHEVs below.
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SCAQMD building. Another view of the awesome 18 stall SCAQMD Solar Chargeport. Wouldn't you like to drive for free? Get a plug-in and you can stop visiting the gas station!
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Additional pictures of the SCAQMD Solar Chargeport from 2008.04.19 An awesome Honda Insight IMA Hybrid. Too bad it can't plug-in. When will Honda get with the program?
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Imagine if Honda would wake up and make a plug-in PHEV or Battery EV CR-Z. The Honda Insight had the lowest Coefficient of Drag at 0.25 of any production vehicle other than the GM EV1 which had a Cd of 0.19. Check out CdAs (Coefficient of Drag times frontal Areas) of vehicles at this Wikipedia link. The least drag production vehicles were:

1. GM EV1
2. Honda Insight
3. Honda CRX
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Sometimes one can mistake a Honda Insight at a distance for a GM EV1. Classic CRX lines.
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A better view of the ~30kW PV Solar array of the SCAQMD Solar Chargport.
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