Standard Test Conditions definition

Standard Test Conditions means, with respect to determining the nameplate DC rating of a solar PV panel in a factory flash test, an irradiance of 1,000 W/m2, a panel temperature of 25°C, and an air mass of 1.5.

Standard Test Conditions means an irradiance in the plane of the photovoltaic panel tilt angle of one thousand (1,000) W/m2 and a photovoltaic cell operating temperature of twenty-five degrees Celsius (25°C) and such other test conditions mutually agreed in writing by authorized representatives of Seller and Buyer.

Standard Test Conditions or “STC”: (a) light spectrum of AM 1.5; (b) an irradiation of 1000W per square meter; and (c) a cell temperature of 25 degrees centigrade at right angle irradiation. The measurements are carried out in accordance with IEC61215 (equivalent to GB/T 9535) as tested at the junction box terminals per the calibration and testing standards of JA Solar valid at the date of manufacture of the Modules. JA Solar’s calibration standards shall comply with the standards applied by international institutions accredited for this purpose.

Examples of Standard Test Conditions in a sentence

• The cumulative maximum DC installation capacity under Standard Test Conditions (STC) asper IEC61215 and IEC:61730.

• Power output shall be measured and normalized to Standard Test Conditions using a method and laboratory approved by First Solar.

• The solar array is comprised of22,960 modules manufactured by First Solar model FS-380 with an output rating of 80 xxxxx at Standard Test Conditions.

• The Standard Test Conditions include the following: Atmosphere mass (AM) 1.5, wind speed=0m/s, irradiation 1000W/m2, cell temperature 25℃.

• In addition, Xxxxx Solar warrants that for a period of twenty-five years commencing on the Warranty Start Date, the loss of power output relating to the initial guaranteed power which is defined as Peak Power Xxxxx Pmax(Wp) plus Peak Power Xxxxx Pmax(Wp) multiplied by the lower limit of the Power Output Tolerance Pmax(%)–as specified in the relevant Product Data Sheet and measured at Standard Test Conditions (STC) for the Product(s) shall not exceed  For Polycrystalline Products (as defined in Sec.

More Definitions of Standard Test Conditions

Standard Test Conditions means the environmental conditions under which a manufacturer tests a photovoltaic module for power output, which are a photovoltaic cell temperature of 25 degrees celsius and solar insolation of 1000 watts per square meter on the photovoltaic cell surface.

Standard Test Conditions or STC: are as follows: (a) Light spectrum of AM 1.5 (b) Irradiance at 1,000W/m2 (c) Cell temperature of 25 degree Centigrade at right angle irradiation. The measurements are carried out in accordance with IEC61215 as tested at the junction box terminals per the calibration and testing standards of Philadelphia Solar valid at the date of manufacture of the module. Philadelphia Solar’s calibration standards shall follow the standards applied by international institutions accredited for this purpose.

Standard Test Conditions means apart from the NWSD and site-specific air density), the site specific meteorological conditions which are characteristics of the project site based on historical measurements. This will include wind shear, turbulence intensity, upflow, wind veer and air temperature among others, which are defined in Exhibit J-2.

Standard Test Conditions means conditions under which a module is typically tested in a laboratory: (1) Irradiance intensity of 1000 W/M2 (2) AM1.5 solar reference spectrum and (3) cell (module) temperature of 25°C.

Standard Test Conditions means 25 degrees Celsius cell/module temperature, 1,000 watts per square meter (W/m2) irradiance, air mass 1.5 (AM 1.5) spectrum.

Standard Test Conditions or “STC” means the following standard test conditions measured in accordance with IEC 61215: (a) light spectrum of AM 1.5; (b) an irradiation of 1000W per m2; and (c) a cell temperature of 25 degrees centigrade at right angle irradiation.

Standard Test Conditions means that, during measurement of SimplBox’s discharged energy, (i) SimplBox is fully charged to 100% state of charge and then fully and continuously discharged at the Nominal Power (as defined in the Specifications) to 0% state of charge, (ii) the ambient temperature of SimplBox is 25°C ±2°C; and (iii) the initial temperature of all battery pods is 25°C ±1°C.