Meteorological Data. Seller must supply ambient dry-bulb temperature data, relative humidity data, and barometric pressure data from the site. The sensors and equipment used to measure and record this data must represent ambient conditions at the site and must be installed in a way that the sensor readings are not adversely affected by buildings, vents, structures, or local obstacles. The siting of the equipment and sensors must be consistent with EPA guidelines for meteorological monitoring programs ( EPA (1987). On-Site Meteorological Program Guidance for Regulatory Modeling Applications, EPA-450/4-87-013. Office of Air Quality Planning and Standards, Xxxxxxxx Xxxxxxxx Xxxxx, Xxxxx Xxxxxxxx 00000). Buyer reserves the right to review the placement of the meteorological equipment and sensors and approve/disapprove the location. The sensors must meet the following specifications: Dry Bulb Temperature: Accuracy +/- 0.10 Deg C over the full range; Range: -50 Deg C to + 50 Deg C; Time Constant: </= 3.6 seconds; Linearity: +/- 0.16 Deg C Relative Humidity: Accuracy < +/- 1% RH from 10% to 90%; Range 0 to 100%; Operating Temperature Range: -10 Deg C to + 60 Deg C; Stability: +/- 1% over 24 Months; Response Time 10 seconds Barometric Pressure: Accuracy </= 0.1% of full scale; Operating range: 600 to 1,100hPa; Operating temperature: -20 Deg C to +80 Deg C; Time Constant: less than 10 ms. All sensors, when new, must have a National Institute of Standards and Technology (“NIST”) traceable calibration certificate. The Seller must calibrate the meteorological sensors using transfer standards that are traceable to NIST at an interval not to exceed every six months. The results of these calibrations must be kept in the project file for a minimum of five years and copies provided to the Buyer for review within 30 days of the date of the calibration. Data collection of dry-bulb temperature, relative humidity, and barometric pressure must be consistent with Section 3.8(a) Metering Requirements and Data.
Meteorological Data. Seller must supply ambient dry-bulb temperature data, relative humidity data, and barometric pressure data from the site. The sensors and equipment used to measure and record this data must represent ambient conditions at the site and must be installed in a way that the sensor readings are not adversely affected by buildings, vents, structures, or local obstacles. The siting of the equipment and sensors must be consistent with EPA guidelines for meteorological monitoring programs (EPA (1987). On-Site Meteorological Program Guidance for Regulatory Modeling Applications, EPA-450/4-87-013. Office of Air Quality Planning and Standards, Xxxxxxxx Xxxxxxxx Xxxxx, Xxxxx Xxxxxxxx 00000). Prior to installation, Seller shall notify Buyer of the location of the meteorological equipment and sensors and Buyer reserves the right to approve/disapprove the location for commercially reasonable purposes. Any request by Buyer for Seller to change the placement of the meteorological equipment shall be performed at the cost of Seller. Such equipment as specified in this Section 3.8(e) shall be used for all meteorological purposes under the terms of this Agreement. The sensors must meet the following specifications:
Meteorological Data. No later than the Commercial Operation Date, Seller shall install, own, inspect, test and maintain during the Term three (3) industry approved remote sensing devises (one of which must at all times be a meteorological data tower) at the Premises in accordance with Prudent Electrical Practice. PacifiCorp shall have the right to periodically inspect and test the meteorological data towers. Seller shall bear all costs relating to performance of its obligations under this Section 9.7, provided that the actual expense of any PacifiCorp-requested additional inspection or testing shall be borne by PacifiCorp. Seller shall maintain all data obtained from the meteorological data towers for a period of at least two (2) years and shall make all such data available to PacifiCorp and PacifiCorp Representatives upon written request.
Meteorological Data. The Interconnection Customer shall provide the Transmission Provider with site- specific meteorological data, in accordance with Article 8.4, including but not limited to one (1) minute and hourly time-averaged measurements from data samples at ten (10) seconds or greater frequency for the following parameters at the Generating Facility: total global horizontal irradiance, total global radiation within the plane of the array, air temperature, relative humidity, barometric pressure, back of module surface temperature and other pertinent meteorological conditions.
Meteorological Data. No later than the Commercial Operation Date, Seller shall install, own, inspect, test and maintain during the Term three (3) industry approved remote sensing devises (one of which must at all times be a meteorological data tower) at the Premises
Meteorological Data. No later than the Commercial Operation Date, Seller shall install, own, inspect, test and maintain during the Term three (3) industry approved remote sensing devices at the Premises in accordance with Prudent Electrical Practice. The sensing devices required pursuant to this Section 9.7 shall, at a minimum, record the meteorological and other data with respect to the Facility and the Premises consistent with Exhibit O. Seller shall bear all costs relating to performance of its obligations under this Section 9.7, provided that the actual expense of any PacifiCorp-requested additional inspection or testing shall be borne by PacifiCorp. At Seller’s cost and expense, Seller shall maintain all data obtained from the remote sensing devices for a period of at least two (2) years and shall make all such data available to (a) the vendor selected pursuant to Section 6.7 on a real time basis and (b) PacifiCorp and PacifiCorp Representatives and any vendor mutually agreed to by the Parties pursuant to the definition of Potential Net Output upon written request.
Meteorological Data. 4.1.2.1.1. Precipitation For flood management and planning, it is recommended that there be approximately one real- time rain gauge per 50 square miles in urban areas. The National Weather Service has indicated that the following real-time precipitation sites would be extremity beneficial for developing their flood forecasts and other flood-related products: • Extreme NW corner of the County • Hearst Castle area • Cayucos area • Xxxxxxxxx area The locations marked with a red cross (“+”) indicate locations that would benefit the National Weather Service and their operations. Red circles indicate the current network of real-time sites available to the National Weather Service.
Meteorological Data. For each Facility that has an Expected Capacity greater than 200 kW, Seller shall install and maintain at such Facility's Site a meteorological station to monitor and report solar irradiance and meteorological data for such Facility. Seller shall also provide a two (2) year pre-paid remote communication package for each such meteorological station (to be renewed biannually) and shall provide PPUC with real-time electronic access to the meteorological data collected at such Facility. PPUC shall be responsible for maintaining and paying the costs associated with the meteorological station for each Facility that has an Expected Capacity greater than 200 kW. Either Party may install and maintain such equipment at its own cost for any other Facility.
Meteorological Data. Seller shall provide Buyer with meteorological forecasts of a type typically found in the utility scale wind power generation industry and consistent with Prudent Wind Generation Industry Practices throughout the Term and with access to real time wind speed data from the Project and one (1) nearby meteorological station upstream from the Project in not longer than ten (10) minute intervals, as reasonably available to Seller and consistent with Prudent Wind Generation Industry Practices.
Meteorological Data. Meteorological data are a critical component of the watershed model. Appropriate representation of precipitation, wind speed, potential evapotranspiration, cloud cover, temperature, and dewpoint are required to develop a valid model. Meteorological data were accessed from a number of sources in an effort to develop the most representative dataset for the Guyandotte watershed. In general, hourly precipitation data are recommended for nonpoint source modeling. Therefore, only weather stations with hourly-recorded data were considered in development of a representative dataset. Long-term hourly precipitation data available from five National Climatic Data Center (NCDC) weather stations located near the watershed were used (Figure 4-1): C Huntington/Tri-State Airport C Griffithsville C Flat Top C Dry Creek C Xxxxx Meteorological data for the remaining required parameters were available from the Xxxxxxx- Xxxxxxx County Airport and Charleston WSO Airport stations. These data were applied based on subwatershed location relative to the weather stations. HUNTINGTON TRI/STATE CHARLESTON XXXXXX ARPT U%# U%# U%# N GRIFFITHSVILLE W E S XXXXXXX XXXXXXX CO MEM DRY CREEK XXXXX %U# U%# U%# U%# U% NCDC Precipitation Stations %U Surface Airways Stations Guyandotte Reaches Guyandotte River Guyandotte Watershed FLAT TOP Data Source: EPA BASINS, WVDEP Map Projection: Universal Transverse Mercator 1927 Zone 17 Figure 4-1. Weather stations used in modeling of the Guyandotte Watershed The use of meteorological data over a period from 1980 to 2002 further ensures that the TMDL methodology is consistent with the technical and regulatory requirements of 40 CFR Section
