What if my phone is lost or stolen?
The Florida Smart ID app is only accessible by entering a unique PIN or scanning your fingerprint on your registered smartphone. If your phone is damaged or unrecoverable for any reason, your Florida Smart ID can even be remotely wiped from the device by the FLHSMV to ensure further security of your data.
Florida Smart Homes is a home automation company located in Windermere, FL, that services Orlando and central Florida. We specialize in home automation, home audio, home theater, security and surveillance solutions.
If you are looking for a company that designs, specifies and installs electronics to achieve the smart home, then Florida Smart Homes is the smart choice.
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The Summit gathers housing, transportation, and community development advocates and leaders to learn from one another and identify tools to advance racial equity through smart growth. The Equity Summit will be held in person for the first time on March 27-28, 2024, in Washington, DC.
We envision a country where no matter where you live, or who you are, you can enjoy living in a place that is healthy, prosperous, and resilient. Sound like your kind of thing? Add your name to the Smart Growth America email list to receive news, updates, and alerts about smart growth work on both the national and local levels.
In addition to the requirement that users still carry their plastic driver's license, another possible barrier to wider adoption is the need for verification apps to be housed on smartphones, said Mark Rasch, an attorney specializing in cybersecurity and data privacy for the Ohio-based law firm Kohrman Jackson Krantz.
Smart City Telecom is a full-service telecommunications company that serves the communities of Celebration, Lake Buena Vista, and Bay Lake. Smart City Telecom is the premier voice and data services provider to the Walt Disney World Co, including shops, hotels, restaurants, and transportation companies. We provide technologies that make our cities smarter places to work, live and play.
"This is an outstanding company. From coming out to give us an estimate of what we wanted and then to the installation - very professional. The smart racks look great and really keep everything off our garage floor."
"Just had smart racks install another set of overhead storage racks. The installer was a professional! They did a clean and fabulous job - using top quality products. If you are considering overhead garage storage there is only one place to go! That is Smart racks!"
The Smart Grid Power Systems (SPS) lab, including faculty members Lingling Fan and Zhixin Miao, has focus areas of modeling and control of wind and solar energy systems, high power electronics applications in smart grids, microgrids and wide area measurement applications. In renewable energy grid integration area, our research provides analytical tools and power electronic control based solutions to achieve fast and flexible power routing. Our research also tackles potential dynamics which could lead to system blackouts. We have setup supervisory control and data acquisition (SCADA) systems for real-world solar PV and battery systems. In wide area measurement applications, our research has the potential to enhance electric system monitoring by real-time dynamic system estimation using state-of-the-art computing hardware and techniques.
The smart grid power system lab is equipped with the state-of-the-art power system computer simulation tools (e.g., including OPAL RT-LAB, PSCAD/EMTDC and Matlab/SimPowersystems), power electronic control prototyping systems using, National Instrument data acquisition and real-time control systems, and hardware-in-the-loop test beds. Our lab is a member of OSIsoft pioneer program and Schweitzer Engineering Laboratory university program. The donation from the industry includes a $250K PI enterprise system capable of real-time monitoring and archiving, JMAG finite element analysis software packages and SEL transmission/distribution protection devices.
On Friday 9/14/2018, George Gurlaski, Technology Evaluation Manager of Duke Energy, switched a microgrid consisting of a 200 kW Tesla battery and 100 kW roof top solar PV off the Duke Energy utility grid. This microgrid is located at USF St. Pete. The Tesla battery was installed in 2015. Our lab conducts research to operate this real-world battery for smart grid functionality. Youtube video, News
The first phase of the project will take place in the next few months. New smart light poles will be installed throughout the city. They're designed to save energy, save money, and help keep the community safe.
The Smart Home research group meets weekly throughout the semester to work on projects related to the development and application of smart home technology for independent living. the projects involve the development of sensor networks, software agents for data collection, processing, and user interaction, and the use of machine-learning techniques to recognize and monitor activities in a home that can improve the well-being of the inhabitants. 17dc91bb1f
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