Category

Region

(No) Daylight

Category
Daylight Investigations - Region 2: Central and Eastern Europe and the Middle East

Students
Iwona Kin, Alicja Smoczyk, ​Agata Czugała & Paweł Mordeja​

Teacher
Tomasz Broma, Bartosz Adamiczka

School
Politechnika Wrocławska

Country
Poland

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Our project presents a solution to a common problem: a lack of light at night in green areas, both within and outside the city. These areas typically lack artificial lights, as installing them would disrupt the natural landscape. Our goal was to create a solution that provides light in these areas without causing light pollution or requiring electrical installation.

The initial idea came from a commonly used solution—placing a water bottle on a phone flashlight to create a temporary lamp. We saw an opportunity to improve and extend this concept by addressing two key aspects: collecting daylight using luminescent paint and utilizing objects people usually have with them—their phones. Collecting daylight using luminescent paint allows us to create a subtle network of light spots that can shine at night, making walking through the area pleasant and safe. This approach also guides people toward the lamps. Due to the properties of the paint, the light is emitted delicately and for a short time. The second part involves placing a phone under the lamp, where the light from the flashlight is scattered, creating a pleasant atmosphere. This light is more intense, providing illumination during meetings.

We analyzed numerous shapes, textures, and fillings to create a form that transmits light most effectively. The best result was achieved with an object made of glass, featuring uneven walls and filled with water. The matte coating limits the amount of light emitted, but gives a more pleasant glow. With these findings, we designed a lamp with two parts that twist together like a screw. The inner object is made of translucent glass, and the outer is a shade with a matt finish. By moving the top part, it is possible to adjust the amount and intensity of light. We discovered that perpendicular bending accumulates light, making it brighter. Filling the lamp with water allows the light to spread evenly through the shape, creating a more pleasant glow.

Additionally, the matte finish on the top cover of the lamp helps control the amount of light, providing a more subtle, quaint effect. The lamp is designed to have minimal impact on the area when not in use. It doesn’t pollute the surroundings with light,
preserving nature. It only glows subtly due to the luminescent paint when not in use. It doesn’t require wiring and doesn’t interfere with greenery, as the lamp’s delicate and minimalist base allows plants to grow underneath it.