Quantum Fuel Systems Technologies Worldwide Inc. (Nasdaq: QTWW), a fully integrated alternative energy company, today released word its German solar photovoltaic partner, Asola, has signed a deal to establish a joint-venture manufacturing plant in South Korea. The partnership will allow the company to produce and distribute its German-designed solar modules in South Korea through Q&Tech/Yongsan Inc., a high-volume manufacturer of automotive components for the global automotive industry.

“I look forward to a long and mutually beneficial relationship with our partner in Korea,” Reinhard Wecker, the founder and CEO of Asola stated in the press release. “Our strategy is to associate with organizations that are established players in the solar industry or experienced high volume manufacturers of similar products. Our partner is already a trusted supplier to the automotive, telecommunication and electronics industries, and we are pleased to work with them.”

The facility will employ equipment, process and quality controls identical to

Quantum Fuel Systems Technologies Worldwide, Inc. (QTWW) is a diverse alternative energy company engaged in the development and production of propulsion systems, energy storage technologies, and alternative fuel vehicles. Quantum provides solutions, from conception to production, to original equipment manufacturers (OEMs), commercial organizations, and governments. The company’s mission is to create breakthrough technologies that redefine the future of energy.

Quantum is a Tier 1 supplier of “green” vehicle technologies to automotive OEMs. The company’s technologies are being fully integrated into the transportation industry. Quantum’s core hybrid electric, hydrogen, and alternative fuel technologies allow for energy efficient use in hybrid and fuel cell vehicles.

With its knowledge of powertrain engineering and vehicle integration, Quantum has worked with the U.S. Army in designing complete fuel cell and hybrid vehicles. Utilizing the Quantum technology would provide soldiers with a tactical advantage by providing virtually silent operating modes that would have a reduced thermal signature,