San Diego Region Deploys ‘Internet of Things’ to Advance Smart City Goals

San Diego Region Deploys Internet of Things to Advance Smart City Goals

In December 2014, the Port of San Diego became the first demonstration site in a series of regional public-private smart building initiatives to advance the region's smart city goals.

The term "IoT" refers to intelligent machine-to-machine applications that use smart sensors to collect information from devices and systems to increase overall automation and efficiency.

As urban populations continue to grow, cities around the globe are looking to new technologies to help manage resources in a more sustainable and cost-effective manner. Combining end-to-end IoT gateway solutions provided by Intel Corporation, OSIsoft, Black & Veatch, Dell, and San Diego Gas & Electric (SDG&E), this smart building project uses sensors to detect energy consumption and translate it into easy-to-manage, real-time data for building operators at the Port of San Diego to act upon.

This increased demand-response capability allows Port building operators to analyze energy use patterns throughout the facility, identify abnormalities, and adjust behaviors accordingly, which is expected to result in energy savings, cost savings, and reduced greenhouse gas emissions.

"The Port of San Diego will be the first demonstration site for these smart technologies to be tested, proven, and hopefully replicated regionally and beyond," said Chairman of the Board of Port Commissioners Bob Nelson. "The Port is passionately committed to reducing our carbon footprint, and we are grateful to now have smart sensors, big data, and predictive analytics as powerful tools in our arsenal toward achieving our greenhouse gas reduction goals."

The Port of San Diego was among the first ports in the nation to adopt a Climate Action Plan (CAP) in 2013. The CAP provides a long-term strategic vision for the Green Port Program, and calls for 10 percent reductions of all greenhouse gas emissions by 2020 and 25 percent by 2035 compared to 2006 numbers. Recent information shows the Port has made significant progress towards its 2020 goal, reducing approximately 56,000 metric tons of greenhouse gas emissions and achieving over 50% of the 2020 goal. The use of smart sensors to detect and stop wasted energy in buildings supports the goals of the Port's CAP and is anticipated to contribute to future declines in greenhouse gas emissions.

How the smart building project works: Operating on a Dell platform, Intel Gateway Solutions for Internet of Things collect data from heating, ventilation, and air conditioning (HVAC) systems at the Port of San Diego's Administration Building. That data is then stored in OSIsoft's cloud-based PI System and translated by Black & Veatch's ASSET360 analytics software into a simple dashboard display that can be easily interpreted and acted upon by building operations managers. The data is also read by SDG&E smart meters, which allow for two-way communication between the building and the utility.

Data from the Port's Administration Building has been flowing through the new system since early October 2014 and is being publicly displayed on an 80-inch dashboard monitor located in the lobby of the Port administration building.

Technology providers involved in the Port's smart building project donated the hardware, software, and services to the Port in support of the region's smart city leadership goals. The objectives of this collaboration are to demonstrate how the capture and use of data can reduce energy and save money and to encourage similar deployments in buildings and communities throughout the region.

The iconic U.S. Grant Hotel in downtown San Diego is the second site to have installed IoT sensors for similar energy efficiency monitoring as part the regional smart building initiative. Installations have begun and initial results of that deployment are expected later this month.

"To have technology giants such as Intel Corporation, Dell, OSIsoft, and Black & Veatch pairing their powerful data solutions with our progressive utility, SDG&E, and deploying it at such a high-profile location as the Port of San Diego is proof that our region has what it takes to continue our leadership on a global level when it comes to smart city initiatives," said Cleantech San Diego President Jason Anderson.

These smart building projects are part of Cleantech San Diego's Smart City San Diego Regional Collaborative, which brings together public, private, and academic stakeholders to drive existing energy programs forward, identify new opportunities, embrace additional collaborators, and move the San Diego region into new horizons of sustainability. The primary goal of the regional initiative is to initiate energy efficiency pilot programs and share those successes and best practices with the goal of having them replicated across the region, the nation, and the globe.

"San Diego is on the cutting edge when it comes to creating and embracing innovation," said San Diego Mayor Kevin Faulconer. "As global communities turn to new technology solutions to build the smarter cities of the future, Smart City San Diego is driving our region's leadership through pioneering projects like this one at the Port of San Diego."

Source: intelligentutility

SMART GRID Bulletin July 2017


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