ABB's new clean energy project to become state's biggest hospital solar power system

Smart technology and global expertise squeeze maximum power from the sun in Hervey Bay

Sydney, Australia, February 1, 2012 – ABB, the leading power and automation technology group, has officially signed a contract with Queensland Health to design, supply and install a 266 kilowatt roof-mounted solar panel system at the Hervey Bay Hospital located on the Fraser Coast in Queensland. The system will generate around 385 megawatt-hours of renewable energy each year, saving an estimated $20,000 on electricity costs and reduce carbon emissions by approximately 400 tonnes annually.

The contact was awarded in January 2012, with the $1.3 million project expected to be compete in mid 2012.

ABB's scope of supply includes the design and installation of a complete photovoltaic (PV) system that will deliver a world-class system for the hospital, enabling the system to operate at high efficiency and maximising the amount of electricity generated. The solar system will be interfaced into the hospital's existing building management system for control and monitoring purposes, and include an interactive web-kiosk and large screen television in the foyer to display performance data as an education tool for visitors.

"The hospital project is a personal favourite of mine," said the Hon. Stephen Robertson, Queensland Minister for Energy. "The hospital is probably the biggest user of electricity on the Fraser Coast and the environmental savings from this initiative forms an important step in our target of creating a greener, clean energy future for Queenslanders."

Jason Venning, ABB's power generation manager in Australia said, "When complete, this will become the largest rooftop PV system at any hospital in Queensland and will mark a significant milestone for ABB in Australia. The hospital has already reduced its energy consumption significantly by implementing a number of energy efficiency initiatives, and with the addition of the renewable energy from this system, they will become more self sufficient.

"Drawing from our global expertise in the solar industry gained by our involvement in many of the world's largest turnkey solar projects and coupled with our innovative technology, enables us to provide a solution which operates at high efficiency, providing a lower cost per kilowatt production."

ABB will supply solar panels manufactured in Australia by Silex Solar. The system includes electrical meters, low voltage DC isolation equipment and inverter technology all made by ABB and specifically designed for solar applications. The ABB string inverter PVS 300 will cost-effectively convert the direct current generated by the solar panels into high-quality alternating current, making it available for direct use by the hospital’s electrical system.

ABB's portfolio of products and systems for the solar power industry covers all residential, commercial and industrial applications, including turnkey PV and CSP power plants. The scope of supply includes the entire project, from site and project assessment to design, engineering, installation, commissioning, service and maintenance. It includes all electrical and control equipment, which is optimised to meet the requirements of solar power generation applications, providing owners with a rapid return on investment and a long plant operating life.

ABB (www.abb.com) is a leader in power and automation technologies that enable utility and industry customers to improve performance while lowering environmental impact. The ABB Group of companies operates in around 100 countries and employs about 130,000 people.

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    The new PV system will generate around 385 megawatt-hours of renewable energy each year for the hospital, saving an estimated $20,000 on electricity costs and reduce carbon emissions by approximately 400 tonnes annually.
    The new PV system will generate around 385 megawatt-hours of renewable energy each year for the hospital, saving an estimated $20,000 on electricity costs and reduce carbon emissions by approximately 400 tonnes annually.
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