Silver Spring Networks to Connect Copenhagen Street Lights Smartly

Silver Spring Networks, Inc., a leading networking platform and solutions provider for smart energy networks, announced today it has been selected to deliver the networking platform for a citywide intelligent street lights project in Copenhagen, Denmark. Under a new partnership with Citelum, the global leader in lighting, traffic management, and other urban electrical systems, Silver Spring is expected to begin networking 20,000 street lights in Copenhagen in 2014. Often cited as the world’s most sustainable city, Copenhagen has chosen Citelum to improve energy efficiency, lower operational costs, enable remote lighting management and control, and improve citizen safety through the enhanced lighting system. Citelum is partnering with Silver Spring Networks to deliver its smart city solution for Copenhagen.

 Copenhagen streets at night. (LEDinside/Silver Spring Networks)

 “Copenhagen is a recognized global leader in leveraging smart city technology to improve its environmental sustainability, economic competitiveness, and quality of life for its citizens,” said Eric Dresselhuys, Executive VP of Global Development, Silver Spring Networks. “We are honored to partner with Citelum to deliver an open, standards based networking platform to connect Copenhagen’s street lights and to establish a networking canopy for additional smart city applications in the future.”

“Silver Spring has been selected by Citelum thanks to its compliant wireless IPv6 smart city networking platform, providing the scale, performance, security and extensibility needed for a city of Copenhagen’s ambition,” said Pierre-Louis Ouvrard, Business Development Director, Citelum.

Together, Citelum and Silver Spring expect to provide multiple LED lamp options, with a single networking platform for Copenhagen’s smart city network. Silver Spring’s unified networking and software solutions ensure higher levels of reliability enable broader geographic coverage and are more cost-effective than existing solutions.

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