A trip to the DMV – a thought that causes mild apprehension and dread – can require a lofty time investment. By lofty, I mean that if you go on your lunch break, don’t count on being home for dinner. It’s just one of those necessary hassles we’ve come to grudgingly accept.
But behold the DMV in the energy efficient city of the future, and behold it from your living room couch: a Cisco TelePresence connection that lets you renew your license in your PJs. No emissions from the drive to the office. No lines once you get there, which helps to conserve your energy – and sanity.
It’s all part of the development of Smart Cities —energy efficient urban centers of the not-so-distant future. With telepresence, Cisco is on the cutting edge of these cities’ evolution.
Witness Songdo, South Korea, a new city built with the “greenest” of standards. Cisco is working with Songdo’s developers to put telepresence technology in every home, with the aim of reducing energy consumption. At the GigaOm GreenNet conference in April, Cisco’s Marthin De Beer discussed telepresence’s role in Songdo and 100 other urban development projects, including a retrofit of Charlotte, North Carolina. In Charlotte, Cisco partners with the city and its utility to decrease building energy use by 20 percent.
De Beer noted in his remarks that telepresence has saved Cisco $800 million in travel expenses during the last five years, writes Greentech Grid’s Eric Wesoff. Translate those savings into municipal dollars, and you find more money for education, infrastructure, and countless social services. Cities adopting Cisco TelePresence technology stand to not only curb energy consumption, but also to enrich the lives of their residents (and DMV employees) in many ways.
I don’t know about you, but the grass sure is looking greener on the smarter side of town.
First Wind, an independent energy company focused on utility-scale wind projects in the U.S., is using communications technology to more efficiently manage their operations and produce wind power. First Wind has deployed a unified Cisco network throughout various parts of its operations to support data, video and voice communications for lowered costs and greater reliability. And today at AWEA Windpower 2011, Cisco and GE announced a collaboration that will provide wireless connectivity to the First Wind’s site in Milford, Utah.
Why is this important? Wind power is a small, but rapidly growing, source of energy. Wind accounted for just 1.3 percent of total U.S. electricity generation in 2008, but over the past decade, wind turbine use has increased more than 25 percent per year and experts forecast it will be able to generate one-third of the world’s electricity by 2050. How is that possible?
While the concept of generating power from wind is fairly easy to understand, the actual operation of a wind farm is more complex. One of the major challenges is wind turbines tend be built in areas like shorelines, on top of hills and in open plains. These areas are remote, and the turbines themselves are often spread over a wide range, making them difficult to access. For example, First Wind’s Milford site is a four-hour drive from the nearest airport and the wind turbines are spread over 42 square miles.
This is where a unified IP-based wireless network can create efficiencies. The GE/First Wind deployment at Milford provides up-tower and down-tower wireless to all 39 GE turbines. The network also supports voice, video and data communications. This enables technicians to collaborate with GE and share data on the operations, leading to less downtime and increased production. Information from the turbines, including high-def images, can also be shared with utility companies as well.
Another major challenge wind farms face is security. Energy producers in the U.S. commonly face security threats like vandalism and theft. Cisco’s Physical Security solution running over First Wind’s IP-based network helps control physical access to sites and allows central management of security from any of its six locations nationwide. Via the network, First Wind can also monitor assets with real-time video surveillance, and because the physical security systems are IP-based, the video can be integrated with physical access controls for comprehensive security and control.
For First Wind, and for wind power globally, this is just the beginning. Technological innovations will continue to push the envelope for what energy producers can achieve, including cutting costs, security, customer interaction, meeting regulatory demands, and environmental sustainability. It’s an exciting business and social opportunity, and we’re only just seeing the tip of the wind turbine!
While traditional brick and mortar data centers meet the requirements of many IT organizations, there are some customers that require a different solution.
As the Senior Vice President, Global Government Solutions Group, I am happy to announce today the Cisco Containerized Data Center offering for government and commercial customers.
“Containerized,” or modular data centers, offer a flexible option for organizations that need to quickly deploy new data capacity. Built into weatherized ISO containers, these solutions consist of a complete Cisco unified data center, built as a self-contained, pre-integrated environment. In response to changing, mission-critical operations, the entire container can be transported wherever it is needed.
Yesterday Guido Jouret, Cisco’s VP/GM of the Enterprise Video Group and CTO of the Emerging Technologies Group joined Talk2Cisco for an interactive discussion about pervasive video. Jouret explained what the big buzz around video in the enterprise is all about and how enterprise organizations are harnessing video technologies to support their overall business. Miss the broadcast? Watch the replay above!
On April 15th Cisco will be opening a second data center in Allen, Texas. This is not just any data center ladies and gents, this state-of-the-art data center demonstrates Cisco’s architectural vision and strategy by incorporation their latest innovations; Unified Computing System (UCS), Nexus switch portfolios, and the latest green technologies.
What degree of green are we talking about? LED lighting – naturally, solar power – absolutely, water-efficient landscaping – by all means, use of recycled building materials – affirmative. But to take it up a notch, Cisco used LEED (Leadership in Energy and Environmental Design) when building the data center. LEED is an internationally recognized green building certification system that provides third-party verification that a building was designed and built using strategies intended to improve performance metrics such as energy saving, water efficiency, CO2 emissions reductions, etc.
You can listen to a live broadcast on April 15that 3:30pm, ET with CIO Rebecca Jacoby and VP of IT John Manville. They will discuss in more detail about how it was built to be “ultra green” and how this data center fits into Cisco’s overall data center and cloud strategy: www.ustream.tv/ciscotv.
It is exciting to see what was first a vision of a data center strategy, that developed into products to grow with that strategy. Makes me ponder what will the 3rddata center be comprised of? Walk that walk Cisco (with a carbon-free footprint of course).