20th December 2007

Electric Car Plant Slated for El Reno

An electric car maker will locate a 50,000-square-foot factory in an El Reno industrial park, company officials announced Tuesday.

The Sarasota, Fla.-based Solarmax Corp. will begin construction this summer at a 37-acre industrial park in El Reno. The plant will employ around 500 people.

The plant will have a “two-pronged” mission: to convert conventional cars for use of electric power and to make electric cars “from the ground up,” said Solarmax Chairman Norman H. Donald III.

The company is in the process of designing prototype electric cars, Donald said.

Solarmax also plans to manufacture “The Breeze,” an electric motorcycle currently in the patenting process, at the El Reno plant by early spring 1996.

One company strategy is to market the cars to utility companies, which would in turn donate the electric-powered vehicles to school driver training courses, said Senior Vice President Rodger M. Ward.

Ward’s vision also includes a corridor of “charge stations” through the nation’s South, linking Florida and California.

Another prospect is a corridor linking Dallas and Oklahoma City.

Company officials said they have already spoken to several utility companies about corridor plans.

El Reno was chosen for a plant site because it is centrally located nationally and because it is near the General Motors Corp. auto assembly plant in Oklahoma City.

Solarmax hopes to purchase from the General Motors plant vehicle bodies for their company’s “retrofitting,” or conversion program.

Officials did not discuss what they expect Solarmax’s annual production of new and retrofitted electric cars would be.

Solarmax was formed in October 1992 and is privately held. Its corporate headquarters and manufacturing facility are in Sarasota.

The company is currently negotiating for plant sites in California and Mexico, company literature says.

In addition, the company has offered to assume US Electricar’s backlog of production and delivery of “retrofit” electric cars in California.

Electricar plans to close its plants in Florida and California.

Solarmax’s production line of retrofit electric vehicles includes a three-door minivan, two sedan models and a two-door coupe. The company takes existing internal combustion engine vehicles and converts them to use electric power.

The company’s “ground up” motorcycle, The Breeze, will have a range of 60 miles and a top speed of 55 miles per hour.

The company is also developing a minivan, the Sun Runner Max, which it plans to introduce in 1997. It will have a 150-mile range.

Solarmax markets its electric vehicles to government agencies, electric utility companies and private fleet operators through direct marketing.

Lt. Gov. Mary Fallin, who sponsored a news conference announcing the plant location, said the new plant is “exciting news because of the growing interest in electric automobiles.”

Oklahoma has potential to become the “crossroads of America” because of its location on Interstates 35 and 40 corridors and on the North American Free Trade Agreement corridor, Fallin said.

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6th September 2007

Electric Cars Only — ZAP Holds Indoor Test Drive

Officials at ZAP (OTCBB: ZAAP) believe this may be another first for the auto industry: holding an automotive test-drive event inside The Moscone Center, possible only through the use of a zero-emission electric car.

ZAP’s test drive for its XEBRA electric car and truck as well as its ZAPPY3 electric personal transporters are part of the spring meeting for the Material Research Society, April 9-13 at The Moscone Center in San Francisco.

ZAP recently launched a line of electric cars and trucks called the XEBRA through a strategic partnership with a Chinese automaker for about $10,000. ZAP calls the XEBRA sedan and truck “city-cars,” an electric car design for inner city and short-circuit driving up to 40 MPH. Able to plug into any standard electrical outlet, the XEBRA was designed to quickly and affordably fill the need for all-electric cars and trucks brought on by recent high gas prices.

Materials Science and Engineering encompasses the study of the structure and properties of any material, as well as using this body of knowledge to create new materials and tailoring the properties of a material for specific uses. The Materials Research Society ( http://www.mrs.org ) was founded in 1973 to advance the cause of interdisciplinary research, focused symposia and greater interaction among researchers. Today, MRS has over 14,000 members in the field of materials science

The Materials Research Society spring meeting includes 36 symposia highlighting advances in microelectronic device processing and fabrication; materials research for photonics, electronics and magnetics, and sensors, polymeric, hybrid, and biological materials; and nanoscale materials, properties, and applications. To complement the scientific sessions, tutorials will provide a detailed introduction to particularly exciting areas of research, and the Equipment Exhibit will showcase products of interest to the materials community.

About ZAP

ZAP has been a leader in advanced transportation technologies since 1994, delivering over 90,000 vehicles to consumers in more than 75 countries. At the forefront of fuel-efficient transportation with new technologies including energy efficient gas systems, hydrogen, electric, fuel cell, ethanol, hybrid and other innovative power systems, ZAP is developing a high-performance crossover SUV electric car concept called ZAP-X engineered by Lotus Engineering. The Company recently launched a new portable energy technology that manages power for mobile electronics, like cell phones and laptops. For more product, dealer and investor information, visit http://www.zapworld.com .

Forward-looking statements in this release are made pursuant to the “safe harbor” provisions of the Private Securities Litigation Reform Act of 1995. Investors are cautioned that such forward-looking statements involve risks and uncertainties, including, without limitation, continued acceptance of the Company’s products, increased levels of competition for the Company, new products and technological changes, the Company’s dependence upon third-party suppliers, intellectual property rights, and other risks detailed from time to time in the Company’s periodic reports filed with the Securities and Exchange Commission.

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6th September 2007

Federal breaks for refiners, emulsions, biofuels, gasification, coal-ft, ‘clean’ cars face filibuster

As of press time, the U.S. Senate failed to terminate a filibuster over an energy bill that would have delivered a host of federal tax breaks, loan guarantees and big research & development programs that could support expansion of clean-diesel fuels and vehicles. A liability exemption for gasoline additive MTBE caused the bill to flounder in the Senate.

Highlights of the bill:

–”Small” refiner ULSD breaks: Refiners of up to 155,000 barrels/day (with up to 1,500 people working in refining operations) could fully expense up to 75% of capital costs for desulfurizing fuels to upcoming U.S. EPA specifications, while refiners between 155,000 to 205,000 barrels/day could take a lesser, pro-rata portion of the full 75% expensing provision. The break would take effect on “expenses paid or incurred” between 2003-2009.

This means that “small” refiners could speed-up tax deductions on ULSD capital expenses rather than taking annual depreciation.

–The same “small” refiners also could claim a 5 cents/gallon tax credit on each gallon of ultra-low sulfur diesel (ULSD) produced between Jan. 1, 2003 and Dec. 31, 2009, for up to 25% of capital costs including “construction of new process operation units or the dismantling and reconstruction of existing process units” as well as “associated adjacent or offsite equipment (including tankage, catalyst and power supply), engineering, construction period interest and sitework.”

–Coal-GTL loan guarantees: Between 2003 to 2009, U.S. Department of Energy (DOE) would “establish a program to provide guarantees of loans by private lending institutions for the construction of facilities for the production of Fischer-Tropsch diesel fuel and commercial byproducts,” tapping coal or waste-coal mined in the U.S. as the prime feedstock.

Such a federal loan guarantee could be granted only if “credit is not available to the applicant under reasonable terms or conditions sufficient to finance the construction” and if the “prospective earning power of the applicant and the character and value of the security pledged provide a reasonable assurance of repayment of the loan.”

Loan recipients for these coal-gas-to-liquids (GTL) plants would have to meet federal/state permit requirements, have available coal or coal-waste nearby and be located in markets with “a projected high level of demand for Fischer-Tropsch diesel fuel or other commercial byproducts” of the plant.

–Coal-GTL tax credits: So-called “Section 29″ tax credits ($3/barrel of oil or Btu-equivalent, or roughly 7 cents/gallon) normally used to encourage production from non-conventional oil & gas wells and from lignite coal-gasification would be extended to fuels from “refined coal” or from agricultural and animal waste, until end-2009. “Refined coal” would qualify for the credit only if it results in 20% less emissions of nitrogen oxides (NOx) and SOx (or mercury), and if it sells at a 50% premium to ordinary coal. “The conferees intend that fuels made from coal using the Fischer-Tropsch process would qualify as refined fuel provided that such fuels satisfy the environmental and value tests,” the conference report says.

–Gasification tax credits: “Clean coal technology” tax credits could cover up to 17.5% of cost basis for projects including integrated gasification combined cycle (IGCC), “with or without fuel or chemical co-production.” Some IGCC plants have potential to add-on a Fischer-Tropsch diesel unit (see Diesel Fuel News 10/27/03, p19). The bill also now allows a five-year cost recovery (under tax laws) for coal-IGCC including those with fuel or chemical co-production, such as FT diesel.

–Petroleum coke gasification would get “at least one” federal loan guarantee for a “polygeneration project” including power, steam and possibly other products, although the bill language doesn’t specify.

–Federal funding of “clean coal power” gasification: Over the next nine years, $1.8 billion in federal funds is authorized to support “clean coal power initiatives,” 60% of which is reserved for coal-gasification technologies. It’s possible that a GTL unit might tag-on to one of these coal-IGCC plants.

–Alternate feedstocks R&D: Under fossil energy programs totaling nearly $3 billion, U.S. Department of Energy (DOE) would sponsor R&D on gas hydrates (a potentially huge source of feedstock for GTL fuels); “ultra-clean fuels” (such as Fischer-Tropsch diesel); IGCC; optimization of turbines running on syn-gas from coal; carbon capture and sequestration; and “coal-derived transportation fuels and chemicals.”

–Diminished prospects for Alaska GTL: Chances for building GTL diesel plants on the Alaska North Slope (ANS) probably are dimmed in the wake of a provision granting an $18 billion federal loan guarantee for an ANS gas pipeline to the “lower 48″ U.S. states, in part paralleling the existing crude oil Trans Alaska Pipeline System (TAPS). If such ANS gas is no longer “stranded” then its commercial value will match the “lower 48″ price, probably closer to $5/thousand cubic feet–or roughly 10 times what GTL promoters cite as acceptable.

–Clean/efficient vehicle purchase tax credits: Until Dec. 31, 2008 consumers buying “advanced lean-burn” cars/light trucks (including diesel or direct-injection gasoline) or hybrids could get tax credits for the first 80,000 vehicles sold by each offering manufacturer. For “lean-burn” cars, the credit varies between $650 to $3,400 for vehicles that improve baseline fuel economy from 25 to 250%. Cars up to 6,000 pounds would have to achieve EPA Tier 2/Bin 5 emissions limits; vehicles between 6,001-8,500 lbs. would have to achieve Tier 2/Bin 8.

–Hybrid cars: Buyers could get tax credits worth up to $7,500 on vehicles under 14,000 pounds, or up to $30,000 if more than 26,000 lbs. The lighter hybrid vehicles (under 8,500 lbs.) would have to meet applicable EPA Tier 2/Bin 5 emissions limits and would have to have at least 4% of power from electric drive. Vehicles between 8,500-14,000 lbs. must get at least 10% of power as electric, while those over 14,000 pounds would have to get at least 15% by electric.

–Heavy-duty diesel trucks & buses grants: “Clean” heavy-duty fleet vehicles running on ULSD between 2003-2006 and meeting 2007 EPA limits on particulate matter (PM) could tap up to $5 million in “pilot program” grants. School bus operators could get up to $60 million in grants between 2005-2007 to buy clean-diesel buses with particle filters, running on ULSD. Separately, school bus operators could tap up to $100 million between 2005-2007 for diesel school bus retrofits, also running on ULSD.

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6th September 2007

RenewableEnergyStocks.com Reports: Hedge Funds Back $79 Million Order for ZAP Electric Cars

A leading investor and industry portal for the renewable energy sector, reports that electric car pioneer ZAP (OTCBB: ZAAP) has received an order for $79 Million from a Chicago-based start-up, The Electric Vehicle Company, reflecting the growing ethical and green purchasing trends for both investors and consumers.

The Electric Vehicle Company (EVC) was founded with the goal of promoting economical non-polluting electric transportation. EVC is being funded by two hedge funds, Diversified Equity Funding, L.P. and Diversified Strategies Fund, LLC, which both have an investment interest in ZAP. EVC will focus on sales of electric vehicles to municipalities, distributors, university campuses, auto and recreational dealers, foreign countries and the military. Additionally, the company has the goal of developing the first retail chain committed to the sale of all electric vehicles. The two funds have committed the funding necessary to develop the marketing organization. The hedge funds will also provide financing for the purchase of ZAP vehicles by fleets and municipalities.

ZAP CEO Steve Schneider said the order is for ZAP’s electric cars, trucks and other vehicles. Schneider noted that EVC would receive an 8% discount if orders were filled within the next 12 months. The order is subject to meeting the performance criteria of EVC and certain terms of ZAP.

“We believe this order, which constitutes thousands of vehicles, is the largest order for consumer electric vehicles in history,” said Steve Schneider, CEO of publicly owned ZAP. “Many municipalities have been talking recently about mitigating greenhouse gas emissions, so we are grateful to be involved in this historic effort.”

Schneider noted that in March, large pension funds and business enterprises called for Congress to place limits on emissions of carbon dioxide and other gases blamed for global warming, the latest among several business-oriented groups to call for a national climate policy.

ZAP, the only full-line electric vehicle company in the US, made news recently with the sale of its XEBRA electric cars and trucks, the first vehicles designed for the US market by a Chinese automobile manufacturer. ZAP also recently announced an automotive business plan to design a new generation of high performance electric vehicles designed by Lotus Engineering.

About ZAP

ZAP has been a leader in advanced transportation technologies since 1994, delivering over 90,000 vehicles to consumers in more than 75 countries. At the forefront of fuel-efficient transportation with new technologies including energy efficient gas systems, hydrogen, electric, fuel cell, ethanol, hybrid and other innovative power systems, ZAP is developing a high-performance crossover SUV electric car concept called ZAP-X engineered by Lotus Engineering. The Company recently launched a new portable energy technology that manages power for mobile electronics, like cell phones and laptops. For more product, dealer and investor information, visit http://www.zapworld.com .

Forward-looking statements in this release are made pursuant to the “safe harbor” provisions of the Private Securities Litigation Reform Act of 1995. Investors are cautioned that such forward-looking statements involve risks and uncertainties, including, without limitation, continued acceptance of the Company’s products, increased levels of competition for the Company, new products and technological changes, the Company’s dependence upon third-party suppliers, intellectual property rights, and other risks detailed from time to time in the Company’s periodic reports filed with the Securities and Exchange Commission.

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6th September 2007

The electric car in your future - automobile industry progress on development of electric cars

About 190 million motor vehicles zip along U.S. highways. They help make American life colorful, efficient, and always interesting. But these vehicles produce half the pollution that makes air unhealthy in countless U.S. cities.

The electric car, say engineers, is the answer to automobile pollution. Such a car promises to be cheap and easy to ran. Last year, Popular Science magazine called the General Motors electric car possibly the best-handling and best-performing small car that G.M has ever turned out.”

But some mechanical improvements remain to be made. Now, for example, an electric car can travel only 50 miles or so before its battery has to be recharged.

The big car manufacturers are working to streamline the performance of electric cars. G.M. says it plans to produce an electric car within a few years with a range of 75 miles. The car will also have enough pep to go from 0 to 60 miles per hour in 8 seconds.

State regulations are also speeding the electric car’s development. Around the turn of the century, three states - California, New York, and Massachusetts - will require half a million electric cars altogether to be sold in their states. The goal of the states is to reduce pollution.

The big question now may be not whether, but when, the electric car will become the standard American automobile.

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