Smart Control Sample Clauses

Smart Control deployment Osimo CHP plant is a critical asset for supplying the thermal demand of the users. The same apply to the pumping station that supplies water to the users. In this sense the smart control deployment will be designed to avoid any unavailability of the plants or any of the systems. First, a dedicated server will be set up to host the whole MUSE GRIDS Cloud architecture. This server will be completely independent to the ones used by ASTEA in their monitoring and control architecture. Also to avoid any risk it has been decided that all the tests in the real system will be done in open loop, so any control action decided by the high-level control will be always supervised by a human operator before it can be set up in the system. For the cogeneration plant system, the optimization problem will provide three different outputs: • Cogeneration engine switch on/off state • Supply temperature to the DHN • Tank charging/discharging operation These outputs will be generated in a day-ahead basis so the operator/manager of the plant can decide the strategy in the next hours using this information. Unlike a strategy based in a daily prediction at midnight, in the MUSE GRIDS control strategy the predictive control algorithm is executed every 15 minutes. This means that an updated recommended control profile will be continuously calculated according to the real evolution of the system and not only based in a daily prediction for the whole day. The outputs of the algorithm will be available for the operator through a web interface that can be accessed using the user security credentials. This is a previous stage to the use of the API (also based in web services) in case the manager wants to close the loop and use the profiles as the setpoints for the devices without the previous supervision. Regarding the pumping station the strategy for the deployment of the smart controller will be the same that the one explained above for the cogeneration plant. In this case only the recommended profile for the water flow (pump speed) will be generated as the output of the optimization problem.
Sample 1
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Related to Smart Control

  • Input Control The possibility to subsequently verify and determine whether, and by whom, personal data was entered into, changed or removed from data processing systems must be ensured. • Definition of entry authorisation • Logging of logins

  • Data Input Control It will be possible to retrospectively examine and establish whether and by whom Personal Data have been entered, modified or removed from SAP data processing systems. Measures: • SAP only allows authorized personnel to access Personal Data as required in the course of their duty. • SAP has implemented a logging system for input, modification and deletion, or blocking of Personal Data by SAP or its subprocessors within the Cloud Service to the extent technically possible.

  • Export Control This Agreement is made subject to any restrictions concerning the export of products or technical information from the United States or other countries that may be imposed on the Parties from time to time. Each Party agrees that it will not export, directly or indirectly, any technical information acquired from the other Party under this Agreement or any products using such technical information to a location or in a manner that at the time of export requires an export license or other governmental approval, without first obtaining the written consent to do so from the appropriate agency or other governmental entity in accordance with Applicable Law.

  • Cost Control The budget established by the OWNER for the construction of the Project and CONSULTANT fee shall be considered as absolute. The CONSULTANT shall advise OWNER in writing of the following:

  • Job Control Personal Data being processed on commission (i.e., Personal Data processed on a customer’s behalf) is processed solely in accordance with the Agreement and related instructions of the customer. Measures: • SAP uses controls and processes to monitor compliance with contracts between SAP and its customers, subprocessors or other service providers. • As part of the SAP Security Policy, Personal Data requires at least the same protection level as “confidential” information according to the SAP Information Classification standard. • All SAP employees and contractual subprocessors or other service providers are contractually bound to respect the confidentiality of all sensitive information including trade secrets of SAP customers and partners.

  • Traffic Control The Surveyor shall control traffic in and near surveying operations adequately to comply with provisions of the latest edition of the Texas Manual on Uniform Traffic Control Devices – Part VI which can be found on the State’s internet site. In the event field crew personnel must divert traffic or close traveled lanes, a Traffic Control Plan based upon principles outlined in the latest edition of the Texas Manual on Uniform Traffic Control Devices – Part VI shall be prepared by the Surveyor and approved by the State prior to commencement of field work. A copy of the approved plan shall be in the possession of field crew personnel on the job site at all times and shall be made available to the State’s personnel for inspection upon request.

  • Budget Control Records of expenditures must be maintained for each Award by the cost categories of the approved Budget (including indirect costs that are charged to the Award), and actual expenditures are to be compared with Budgeted amounts at least quarterly.

  • Dust Control Dust-proof enclosures or partitions for protection wherever dusty or dirty work is performed and dampening of debris to avoid dusting when removed shall be provided and included as a cost of the work.

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