LENTITUDO
Cum augendae complexionem aedificii munera, traditional umbra systems potest non occurrit in restrictius requisitis modern officium et viventem spatia ad lucem elit. Ob mechanica structural limitations, traditional excaecat saepe ducunt ad difficultates ut inaequale umbraticis illumination distribution et gravibus fulgens et manual tionibus environments. Sicut novam generis ex umbra technology, constructum-in Louver Aluminium profiles integrate aluminium aluminium louver Lampes in duplici-layer Cavum vitrum cavum ad aedificare dynamically ad lumen innumerare potestate ratio, providing in solutionem superius problems.
Technical Architecture of Built-in Louver Aluminium Profiles includit tres core modules:
Mechanica supplicium moduli
A magnetica potestate ansam et stepper motricium adhibetur ad eiciam Luver ad Rotate, cum A torque of ≤0.5n · M, responsione tempore ≤0.5 seconds et support 0.1 ° angle accurate imperium.
Optical imperium moduli
Et ultra-tenuis Aluminium Alloy Venetian excaecat (0.3-0.5mm) sunt anodized, cum a reflectivity of ≥85%, quod potest consequi continua temperatio de lumine transmittance ex V% ad LXXXV% per ± XC ° vagus gyrationis.
Intelligentes imperium moduli
Integrated Aula sensorem et aedificationem automation system (bas), sustineat quatuor modos, manual, leo, lux sensu et humana corpus horologium.
Officium SCENA: SEDITIOSUS emendationem visual consolatione
I. Optimization De Illumination uniformitatem
Traditional excaecat prone formando alterna lucem et tenebras plagas in muro ex certo necessitudine inter caecus spacing et lucem umbra proiectura angle. The built-in blind aluminum profile can make the light form diffuse reflection in the space by precisely controlling the blind angle (such as 60°), and the illumination uniformity is increased to above 0.7, eliminating light and dark stripes and significantly reducing visual fatigue.
II. Glare imperium
Cum caecos aperiuntur XLV ° lumen dissipatur per excaecat formare mollis diffuse luce environment. Et Glare index (UGR) potest regi infra XVI, occurrens in glammi imperium signa de International Commission in illuminatione (Cie) pro officio environments.
III. Dynamic lucendi temperatio
Et aedificavit-in excaecat aluminium profile potest coniunctum cum aedificii lux system system system ad accommodare caecos angulus secundum ad velit lux intensionem. Exempli gratia, cum velit illuminationem excedit (V) lux, ratio automatically claudit excaecat ad XX °, reflectitur recta lucem ad extra, et maintains in amet illuminationem firmum in specimen range 300-500 lux.
Residential SCENA: Lux simulatio Biological Horologium Rhythmus
I. MANIFICATIO LUX EXHIGNO-Sursum mechanism
In mane mane (VI: 00-8: 00), quod ratio automatice aperit excaecat ad LXXX °, uti humilis-angulus sole ad formare mollis diffusa lux ad simulare naturalis solis effectum. In hoc modus, in umbraticis illustratione gradiente est ≤100 Lux / M, avoiding biologicum horologium perturbationes causatur fortis recta lux.
II. Noon Shading Strategy
A meridie (XII: 00-14, 00), quod excaecat sunt clausi ad XL °, et alta reflectivity superficiem reflectitur directe lux ad extra. In hoc tempore, in umbraticis illucinationis est firmum ad 200-300 lux, quod non solum occurrit in visual opus necessitatibus, sed etiam reduces aerem condiciones onus.
III. Vespere plena lux Transmissio modus
Duo horas ante solis occasum, quod ratio automatice restituit caecos ad plenam lucem tradenda, usura afterglow ad augendae ad diaphaneum in umbraticis spatium, dum providente naturalis lucentis ultricies ad noctem lucere ratio.
Reducitur Energy consummatio: Energy-Saving Effectus lucis amet ordinacione
I. Naturalis lucendi replacement
Experimentalem notitia ostendere quod sub eadem luminatione conditionibus, in Built-in excaecat aluminium profile Potest extendere umbraticis naturalis luminatione tempus a 2-3 horas et redigendum in demanda pro artificiali luminatione. Exempli gratia, in patet tempestas, ratio potest reducere ad luminationem industria consummatio de officio area per XL% -60%.
II. Thermal perficientur Optimization
Per Dynamically adjusting ad excaecat angle, quod productum potest significantly reducere aedificium calefacere onus. In aestate, temperatus differentia inter amet et velit potest reduci per 3-5 ℃ et calor damnum potest reduci per XX% -30% in hiems, indirecte reducendo calefactio industria consumptio, indirecte reducendo calefactio industria consumptio
