Modeling. The Secretary will commence monthly modeling of Minimum Probable, Maximum Probable and Most Probable hydrology for the subsequent 24-month period until the Minimum Probable 24-Month Study projects that Lake Xxxxxx will consistently remain above the Target Elevation for a 24-month period. Reclamation will report such modeling results to the Upper Division States and the Commission during monthly calls, see Section II.A.4.a.
Modeling. Seller shall provide all of the data to allow the modeling of the generators, transformers and control systems within the Facility. Seller shall validate or update the modeling data as requested by Company.
Modeling. With respect to the Modeling, Critical shall retain ownership of the analytical process. CRC shall retain ownership of all data provided for the Modeling and all results of the application of the analytical process to the data. Critical shall not, without prior written permission of CRC, transfer, disclose or otherwise provide the data or results of the Modeling to any person outside of Critical. Critical agrees that it shall thoroughly safeguard the confidentiality of the data in the Modeling results, and in no event shall it be to a lesser extent than Critical safeguards its own proprietary information. Critical agrees that access to such data and the Modeling results will be given only to employees of Critical who require access in the course of Critical's business, and such employees will be informed of the confidential nature thereof and shall be required to observe provisions of confidence as set forth herein.
Modeling a. Resource Provider shall provide PREPA with a PSS/E model for the Facility for approval no later than the Agreement Date.
Modeling. The CAISO and Bonneville will update, improve, and maintain the modeling of generation and transmission topology to adequately reflect the expected real-time system impacts on Bonneville’s transmission system and the EIM Area based on the data and information shared pursuant to this Agreement and data and information shared through NERC and WECC reliability standards or other regulations, Peak Reliability’s Universal Data Sharing Agreement or its successor, other applicable Peak Reliability policies or methodologies, and other agreements between the Parties.
Modeling. This analysis was conducted to evaluate a range of potential hydrologic effects attributable to the proposed project/action. The SJRA has a term of 12 years (unless extended); however, the hydrologic character of the next 12 years can not be predicted. To evaluate a range of conditions and hydrologic impacts that may occur, the SJRA was evaluated using a long-term hydrologic sequence, the hydrology of the period 1922 through 1992. Within that period of record various sequences of hydrologic events occurred ranging from flood to extended periods of drought. Two primary operational settings were developed, the No-action setting and the Proposed Project/Action setting. The No-action setting depicts an environment representative of existing hydrology and operations within the Bay-Delta watershed absent the SJRA. This setting includes the CVP and SWP meeting the 1995 Water Quality Control Plan and biological opinions for winter run Chinook salmon and Delta Smelt. Operations for the San Joaquin River include Reclamation operating New Melones to the Interim Plan of Operations, and due to limited availability of water from New Melones the water quality and flow objectives of the 1995 Water Quality Control Plan for the San Joaquin River are not always met. The Proposed Project/Action setting depicts the performance of the SJRA if it were in place for the entire 71 years of sequential hydrology. The elements of the SJRA that are directly evaluated are the 110,000 acre-feet component of VAMP water, and the Merced October flows, and the OID reallocation water.
Modeling. The models used in CO air quality analysis have evolved over time. For emissions, the MOBILE series of models were used until the 2010 release of the first version of MOVES (Motor Vehicle Emission Simulator). Similarly, dispersion models have undergone changes over time. Highway sources have historically been treated as line sources using Gaussian dispersion to deliver CO from the source to the receptor. The HIWAY and CALINE series of models were developed to allow for modeling of roadways. However, it was realized that congested intersections, with most vehicles experiencing idling and acceleration and deceleration associated with a traffic signal, may be more of a concern for CO levels than free-flowing highways. To account for intersection scenarios, queuing algorithms were added to dispersion models, resulting in the current series of CAL3QHC and CAL3QHC(R) models. This analysis used MOVES (version XXXXX0000x) and CAL3QHC (version 042440) for emissions and dispersion modeling, respectively. The assumptions and inputs to the modeling process were conservative and/or worst-case that, by design, tend to over predict concentrations. If a project does not cause a violation with these conservative inputs and assumptions, then a violation under “real-world” conditions is extremely unlikely to occur. This is standard practice in transportation air quality modeling. A summary of the worst-case modeling inputs as applied here are provided later in this section, and generally includes very conservative assumptions for traffic volumes, facility geometrics, receptor locations, and meteorology. Further discussion of how this very conservative approach to emission and air dispersion modeling was conducted is provided in the remainder of this section. The use of a number of conservative/worst-case modeling inputs effectively provides a substantial safety margin for the PA. Given the degree of conservatism, the criteria to be specified in the PA for its application to proposed projects may reasonably be limited to only the most critical. For example: • The PA may not specify meteorological data as criteria for its application for proposed projects, as worst-case meteorological inputs (e.g., low wind speeds) were assumed for the dispersion modeling for the TSD. • The PA may specify limits on the number of freeway lanes as a criterion but not project- specific forecast traffic volumes, as worst-case volumes per lane for each facility type were assumed for the modeling fo...
Modeling. Modeling will be conducted to evaluate a range of management scenarios developed in coordination with the SAG using currently available modeling tools (i.e., EWMP hydrology, water quality, and BMP models). The approach will include (a) development of management questions to be addressed through the modeling effort, (b) development of candidate management actions which will comprise the management scenarios to be modeled,
Modeling. As described in clause 13, PC Medics, Inc retains all copyrights and may use at its sole discretion any photograph or art work for portfolio, advertising purposes or similar commercial purposes. Should PC Medics, Inc use a photograph or Art work in which any person(s) is identifiable for such purposes then person(s) waive any claim to compensation for modeling or any similar claims.
Modeling. Scope o Development of models and associated analysis tools that can quantify mechanical-alignment to optical-loss relationships. These tools will be used to develop engineering tradeoffs for component tolerances/grades, alignment resolution, required degrees of freedom, etc. o Development of models and associated analysis tools which allow for the understanding of component performance under a variety of environmental (temperature, humidity, ...) conditions.
