Smart City Testbed
نویسندگان
چکیده
The BLOCKIN BLOCKIN design BLOCKIN BLOCKIN of BLOCKIN BLOCKIN a BLOCKIN BLOCKIN reliable BLOCKIN BLOCKIN and BLOCKIN BLOCKIN economical BLOCKIN BLOCKIN electric BLOCKIN BLOCKIN power BLOCKIN BLOCKIN grid BLOCKIN BLOCKIN creates BLOCKIN BLOCKIN many BLOCKIN BLOCKIN research challenges. The modern grid needs to incorporate a wide array of renewable energy resources BLOCKIN BLOCKIN that BLOCKIN BLOCKIN have BLOCKIN BLOCKIN limited BLOCKIN BLOCKIN inertia BLOCKIN BLOCKIN and BLOCKIN BLOCKIN intermittent BLOCKIN BLOCKIN availability. BLOCKIN BLOCKIN The BLOCKIN BLOCKIN diverse BLOCKIN BLOCKIN set BLOCKIN BLOCKIN of modern technologies which compose a modern smart grid presents an increased need for testbeds which can accurately simulate and emulate real-‐world grid phenomena to support necessary research and development activities. The Washington State University (WSU) Smart City Testbed provides a flexible and comprehensive research environment, which can enable cross-‐cutting research across multiple power system domains including, wide-‐area transmission networks, distribution automation, renewable energy, microgrids, and smart meters. The testbed will enable state-‐of-‐the-‐art research in power system control and communication, BLOCKIN BLOCKIN as BLOCKIN BLOCKIN well BLOCKIN BLOCKIN as BLOCKIN BLOCKIN provide BLOCKIN BLOCKIN an BLOCKIN BLOCKIN educational BLOCKIN BLOCKIN environment BLOCKIN BLOCKIN for BLOCKIN BLOCKIN students, BLOCKIN BLOCKIN and BLOCKIN BLOCKIN it will enable increased collaboration with industry.
منابع مشابه
Smart city - Platform for emergent phenomena power system testbed simulator
Due to climate change issues, fossil fuel depletion and increasing economic pressure, "smart" cities will have significantly altered physical, social and economic systems, built upon smart infrastructure. Key infrastructure is energy, with focus on electricity. The paradigm of physical, data transfer and information flow layers of the smart city power grid is shown. Challenges of the new urban ...
متن کاملSmart Grid Testbed using SCADA Software and Xbee Wireless Communication
This paper presents the development of Smart Grid testbed using SCADA software and Xbee wireless communication. The proposed testbed combines both the software simulation and the hardware simulation. The Winlog SCADA software is employed to implement the algorithm in the Smart Grid system. To communicate between nodes and the Smart Grid Center, the Xbee wireless communication is employed. The t...
متن کاملA Scaled Smart City for Experimental Validation of Connected and Automated Vehicles
The common thread that characterizes energy efficient mobility systems for smart cities is their interconnectivity which enables the exchange of massive amounts of data; this, in turn, provides the opportunity to develop a decentralized framework to process this information and deliver real-time control actions that optimize energy consumption and other associated benefits. To seize these oppor...
متن کاملSmart Cities: A Survey on Security Concerns
A smart city is developed, deployed and maintained with the help of Internet of Things (IoT). The smart cities have become an emerging phenomena with rapid urban growth and boost in the field of information technology. However, the function and operation of a smart city is subject to the pivotal development of security architectures. The contribution made in this paper is twofold. Firstly, it a...
متن کاملCityBench: A Configurable Benchmark to Evaluate RSP Engines Using Smart City Datasets
With the growing popularity of Internet of Things (IoT) and IoT-enabled smart city applications, RDF stream processing (RSP) is gaining increasing attention in the Semantic Web community. As a result, several RSP engines have emerged, which are capable of processing semantically annotated data streams on the fly. Performance, correctness and technical soundness of few existing RSP engines have ...
متن کامل