Thursday, July 02, 2009

Solar Inverter: New factory to face increased demand - SMA

SMA Solar Technology AG, parent company of US subsidiary SMA America Inc, has announced the opening of its 193,000-square-foot solar inverter factory in Kassel, Germany. With the new facility, SMA has increased its production capacity to four gigawatts and is continuing to expand its strategy of scalability to meet demand for its line of solar inverters.

Solar inverters are the key component in a solar power system that converts direct-current power generated by solar panels into usable household power.

The company reports that the plant is pioneering the concept of C02-neutral industrial production by utilizing a low-energy building concept that minimizes energy consumption while maximizing operating efficiencies through the optimal use of daylight and renewable energy.

"The inverter—the heart of every photovoltaic system—significantly contributes to an emissions-free energy supply,” said G√ľnther Cramer, CEO of SMA Solar Technology AG. "With our CO2-neutral inverter manufacturing, we are showing that advanced industrial production can be accomplished with a small environmental footprint.”

“The new manufacturing plant, with a capacity of up to four gigawatts, will allow SMA and its subsidiaries to match industry growth and global demand for its solar inverters,” said Jurgen Krehnke, president and general manager of SMA America. “It also demonstrates that world-class, CO2-neutral industrial production is both possible and economical using today’s existing technologies.”

Electrical power is derived from a building-integrated 1.1-MW PV system and an onsite biogas plant. The biogas plant satisfies a portion of the factory’s basic heating requirement with additional heat provided by a local waste incineration facility. Excess heat from an electric compressor that provides compressed air for various tools and equipment is also recycled into the ventilation system. All heat sources are connected to a hot-water tank, which helps regulate the system and enables continuous usage. Cooling is furnished through two systems, including an absorption refrigerator driven by the excess heat generated by the biogas plant and an electric back-up system.

In order to satisfy the site’s energy requirements, renewable energy is purchased from nearby sources. After the final construction phase, the CO2 balance will be equalized through additional PV installations, eliminating the need for additional utility purchases.

As part of the CO2-neutral manufacturing effort, the entire production line was re-engineered to optimize efficiency and can now be quickly extended or reconfigured for other device types, providing the ability to scale production up or down to meet rapidly changing demand.

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