![]() Understanding a child’s individual differences including their sensory reactivity and regulation is essential for all who work with children on interactions and learning. The DIR®/Floortime model includes the “D” which is the six core capacities of Functional Emotional Development, the “I” which is the individual differences of the child, and the “R” which is relationships that are the vehicle for creating learning interactions. Initially, this is developed in the focused interactions of the sessions but then expands to all the incidental interactions that continually occur throughout the day. ![]() ![]() The goal of the DIR®/Floortime program is to develop a continuous flow of interaction with a child throughout their day. It is a comprehensive treatment model that addresses the individual differences of the child. It also means greater demand for ICCP connectivity from all the aggregated resources coming online to participate in energy markets per the data and control requirements of each ISO/RTO.Pediatric PT & OT Services – Seattle, WA Pediatric TherapyĭIR®/Floortime is the developmentally appropriate, relationship-based approach to treatment developed by Stanley Greenspan, MD and Serena Wieder, PhD. Multiple DERs can aggregate to satisfy minimum size and performance requirements that they might not meet individually. The final rule enables these resources to participate in the regional organized wholesale capacity, energy, and ancillary services markets alongside traditional resources. They range from electric storage and intermittent generation to distributed generation, demand response, energy efficiency, thermal storage, and electric vehicles and their charging equipment. The intent of the action is to empower new technologies to come online and participate on a level playing field, further enhancing competition, encouraging innovation, and driving down energy costs for consumers.ĭERs are located on the distribution system, a distribution subsystem, or behind a customer meter. This rule enables distributed energy resource (DER) aggregators to compete in all regional organized wholesale electric markets. In September of 2020, the Federal Energy Regulatory Commission (FERC) approved final rule Order 2222 (PDF). Over time the ICCP standard has been refined, but it remains as the preferred standard for control centers.įERC 2222 increases demand for ICCP connectivity The demonstration was completed in late 1994 and was based on major blocks of ICCP functionality including the exchange of control center objects and remote operator communications. Data flowed directly between the utilities or via the node at the vendor under control of the MMS/OSI-based protocol. Live data between the WAPA control center in Loveland, Colorado, and Ohio Edison's control center at Wadsworth, Ohio, was transferred via the new ICCP over a communication network linking the two control centers with a node located at the vendor in Florida. One demonstration included implementing and testing the protocol at Western Area Power Administration’s (WAPA) Loveland Area Office and at Ohio Edison Company, with a third node at a vendor to demonstrate routing and networking capabilities. Under EPRI’s Integrated Utility Communications Project, a series of demonstrations and associated seminars were conducted. TC-57 designated the protocol based on ELCOM-90 as TASE.1 (Tele-control Application Service Element-1) and the protocol based on ICCP over MMS TASE.2. This allowed for an implementation that would meet 1992’s European Common Markets requirements and the long-term development for a more comprehensive protocol. ![]() At the same time, WG-07 was also considering a standard based on ELCOM (ELectricity utilities COMmunications)-90 over ROSE. UCS submitted ICCP to the IEC Technical Committee (TC) 57 Working Group (WG) 07 as a proposed protocol standard. ![]()
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