What are the key points of architectural lighting engineering? The night view of a city is like a beautiful painting, with the scattered starlight on the ground connecting to form a stunning scenery. Architectural lighting engineering is very necessary and important. It can beautify the city, enhance the attractiveness of buildings, and make them more distinctive. Architectural lighting engineering is not something that can be done casually. Today, this article brought by Xiaobian will teach you what are the key points of architectural lighting engineering. Let's take a look together.
1. Reimagining the nighttime image
In architectural lighting engineering, it is essential to grasp the distinct conditions of natural light during the day and lighting at night. Based on a careful analysis of the characteristics and inherent forms of the architecture, the use of spotlights, linear lights, area lights, and color differences can be employed to highlight the layered texture of the building, ensuring the integrity of the architectural design and achieving a good three-dimensional effect.
II. Highlight key points
The fundamental purpose of architectural lighting engineering is to highlight the key and soulful parts of a building. Based on an in-depth study of its surrounding environment, lighting means should be employed to appropriately emphasize the status of the illuminated subject within the environment, while ensuring coordination with the surrounding environment. For the subject, focused lighting should be used to enhance the illumination of key parts and decorative details. Of course, changes in the brightness of the building facade should be naturally transitioned and clearly layered to ensure the overall effect of the building's lighting.
III. Creating Distinctiveness
Fully embody the organic integration of architectural lighting technology and art, achieve reasonable lighting functionality while being artistically rich, and strive to maintain the original style of the building while adding a unique artistic conception and effect under the lighting environment, making it more charming and ornamental.
IV. Avoid light pollution
In the selection of lighting fixtures, light sources, and power for architectural lighting projects, we adhere to the principles of "energy saving, environmental protection, durability, and practicality". We adopt advanced lighting technologies and high-tech lighting products, ensuring long service life and minimal maintenance for the fixtures. We strive to install the fixtures in concealed locations, so that only the light is visible and the fixtures themselves are not noticeable.
V. Selection of lighting methods
Based on the characteristics and requirements of the building, select excellent architectural lighting methods reasonably. Architectural lighting projects include floodlighting, contour lighting, internal translucent lighting, and other methods. A combination of multiple lighting methods should be used to achieve excellent architectural lighting effects.