Solyndra may have gone belly up, but at least it goes out with style. Constructed by union workers at a total cost of $733 million (proceeding from the Energy Department's $535 million loan guarantee), the Solyndra facility featured robots that sang Disney tunes, 19 loading decks, and localized rail lines for moving products across its 300,000 square feet (approximately 5 football fields).
“The new building is like the Taj Mahal,” said John Pierce, 54, a San Jose resident who worked as a facilities manager at Solyndra.
Situated in Silicon Valley, which hadn't seen factory construction in 10 years given that its the 4th highest real estate area in the nation (and as such, most developments are simple offices), further frills included professional landscaping for the front, 4 electric car recharge stations, and a glass covered conference room. It even featured a fully equipped spa with state-of-the-art shower displays to enable employees to relax after the daily grind.
Of course, the problem was that Solyndra was never worthy of profit to begin with. Despite the lack of demand for their signature "cylindrical" panel design, in 2009 such modules were touted to the Department of Energy as superior in the cost effectiveness of their construction and installation (compared to traditional flat panels, whose production is currently dominated by Chinese manufacturers).
However, this cost advantage could hold only as long as the price of a primary component for flat panels, polysilicon, remained high. A comparable parallel would be citing a "cost advantage" for electric cars given the premise that oil prices never recede. This was the assumption in 2009, but by the time Solyndra became operational in January of 2011, commodity prices for flat panel components had plunged. Solyndra's claim of cost competitiveness with the conventional design of Chinese flat panels was completely nullified.
Even without the price fallout, hasty construction of the factory left the company with equipment that proved both high maintenance and unreliable.
“A significant percentage of the product we built went into a dumpster because it was defective,” said Craig Ewing, 55, a former maintenance technician. “It seemed like the company accepted that,” he said.