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ČSN EN ISO 9488 - Solární energie - Slovník

Stáhnout normu:	ČSN EN ISO 9488 (Zobrazit podrobnosti) Zákazníci, kteří mají na svém počítači sjednanou od České agentury pro standardizaci (ČAS) službu ČSN on-line pro elektronický přístup do plných textů norem v pdf (verzi pro firmy nebo pro jednotlivce), mohou zde přímo otevírat citované ČSN.
Datum vydání/vložení:	2013-12-19
Zdroj:	https://www.iso.org/obp/ui/#iso:std:iso:9488:ed-1:v1:en
Třidící znak:	730300
Obor:	Stavební fyzika - Teplo
ICS:	01.040.27 - Technika energie a přenosu tepla (názvosloví) 27.160 - Technika sluneční energie
Stav:	Neplatná

2.1 aphelion
2.2 perihelion
2.3 solar declination (
2.4 solar azimuth angle, solar azimuth (S
2.5 zenith
2.6 solar zenith angle (Z
2.7 solar altitude anglesolar elevation angle h
2.8 solar hour angle (
2.9 solar noon
2.10 solar time
2.11 angle of incidence (, incidence angle, incident angle
2.12 solar trackersolar mountsun tracker
2.13 equatorial tracker, equatorial mount
2.14 altazimuth trackeraltazimuth mount
2.15 sun-path diagram
2.16 heliodon 2.16
2.17 solarscope
3 Radiation terms and quantities
3.1 radiation
3.2 radiant energy
3.3 radiant energy flux, radiant flux, radiant power, flux of radiation (
3.4 irradiance G
3.5 irradiation radiance exposure H
3.6 radiant exitance, M
3.7 ultraviolet radiation
3.8 visible radiation, light
3.9 infrared radiation
3.10 shortwave radiation
3.11 longwave radiation
3.12 total radiation, total incident radiation
3.13 solar radiation, shortwave radiation (deprecated) insolation (deprecated)
3.14 solar energy
3.15 solar flux
3.16 solar spectrum
3.17 direct radiation, direct solar radiation, beam radiations, beam solar radiation
3.18 circumsolar radiation
3.19 hemispherical radiation, hemispherical solar radiation
3.20 global radiation, global solar radiation
3.21 diffuse radiation, diffuse solar radiation
3.22 atmospheric radiation, sky radiation (deprecated)
3.23 extraterrestrial solar radiation
3.24 solar constant, l0
3.25 direct solar irradiance, Gb
3.26 hemispherical irradiance, hemispherical solar irradiance, G, incident solar radiation intensity (deprecated), instantaneous insolation (deprecated), insolation (deprecated), incident radiant flux density (deprecated)
3.27 global irradiance, global solar irradiance
3.28 diffuse solar irradiance, Gd
3.29 spectral solar irradiance, E(
3.30 isorad
3.31 isohel
3.32 sky temperature
3.33 solar simulator, solar irradiance simulator
4 Radiation measurement
4.1 World Radiometric Reference, WRR
4.2 radiometer
4.3 pyrradiometer
4.4 pyranometer
4.5 solarimeter, pyranometer (deprecated)
4.6 spectral pyranometer
4.7 pyrheliometer, actinometer (deprecated)
4.8 field-of-view angle
4.9 pyrgeometer
4.10 heliograph
4.11 shade disk
4.12 shade ring
5 Radiation properties and processes
5.1 absorptance, absorption factor, (
5.2 emittance, (
5.3 reflectance, reflection factor, (
5.4 albedo
5.5 transmittance, transmission factor, (
5.6 nonselective surface
5.7 selective surface
5.8 optical air mass, AM
5.9 atmospheric attenuation, attenuation of solar radiation
5.10 scattering
5.11 atmospheric absorption
6 Indoor and outdoor climates
6.1 ambient air
6.2 wind speed, W
6.3 surrounding air speed, (
7 Collector types
7.1 solar collectorsolar thermal collector, panel (deprecated) solar panel (deprecated)
7.2 liquid heating collector, liquid collector
7.3 air collector, air heating collector
7.4 flat-plate collector
7.5 unglazed collector
7.6 concentrating collector
7.7 line-focus collector
7.8 parabolic-trough collector
7.9 point-focus collector
7.10 parabolic-dish collector
7.11 non-imaging collector
7.12 compound parabolic concentrator collector, CPC collector
7.13 faceted collector
7.14 FresneI collector
7.15 tracking collector
7.16 evacuated collector
7.17 evacuated tube collector, evacuated tubular collector
7.18 venetian bIind collector
8 Collector components and related quantities
8.1 absorber
8.2 absorber plate
8.3 receiver
8.4 collector cover
8.5 aperture
8.6 aperture area, Aa
8.7 gross collector area, AG
8.8 gross collector array area
8.9 absorber area, AA
8.10 absorber area, AA, 8.10
8.11 fluid inlet temperature, ti
8.12 fluid outlet temperature, te
8.13 stagnation
8.14 steady state
8.15 collector efficiency, (
8.16 zero-loss collector efficiency, (0
8.17 collector heat-removal factor, FR
8.18 collector efficiency factor, F’
8.19 collector flow factor, F’’
8.20 flux concentration ratio
8.21 geometric concentration ratio
8.22 tracking error
8.23 tracking error 8.23
9 Types of solar heating systems
9.1 solar heating system
9.2 solar-only system
9.3 solar-plus-supplementary system
9.4 solar preheat system
9.5 series-connected system
9.6 integraI collector-storage system, ICS system
9.7 circulating system
9.8 forced-circulation system
9.9 thermosiphon system
9.10 direct system
9.11 indirect system
9.12 closed system, sealed system, unvented system
9.13 open system
9.14 open system US
9.15 vented system
9.16 close-coupled system
9.17 remote-storage system
9.18 filled system
9.19 drainback system
9.20 draindown system
10 System components and related quantities (other than collectors)
10.1 collector loop
10.2 auxiliary heat source
10.3 auxiliary heater
10.4 parasitic energy, QPAR
10.5 fractional energy savings
10.6 solar fraction, f
10.7 solar contribution
11 Non-solar-specific terms
11.1 time constant
11.2 tilt angle
11.3 orientation, orientation angle
11.4 heat transfer fluid
11.5 equivalent length
11.6 tank capacity, storage device capacity
11.7 water draw-off rate
11.8 load
11.9 thermopile
11.10 accuracy
11.11 accuracy 11.11
11.12 repeatability
11.13 repeatability 11.13
11.14 reproducibility

Terminologie normy

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9.2 solar-only system

solar heating system without any auxiliary heat source

9.2 monovalentní solární soustava

solární tepelná soustava bez dodatkového zdroje tepla