A battery powered lamp with a built in dynamo that offers a sense of security in both everyday life and emergency situations. A user centered design adapted to traditional manufacturing methods
BACKGROUND & BRIEF
Global warming and conflicts around the world are increasing the risk of disrupted infrastructure, leading to more frequent and prolonged power outages.
This project, developed in collaboration with Belid Lighting Group, aimed to create a lamp that brings comfort and reassurance in the dark. A lamp designed to be part of the home — always within reach, not just brought out in times of crisis.

Color choices range from raw brushed aluminum to earthy green and brown tones, along with a bold accent of red.

THE RESULT
The result of my degree project is a timeless and well balanced battery powered lamp with a built in dynamo for emergency use.
The design is tailored to suit traditional manufacturing techniques and features a visual expression that withstands the wear of time.
The shade and base are made from spun recycled aluminum, making the lamp lightweight and easy to move, while also resistant to corrosion.
Nivo is equipped with a touch on and off switch with integrated step dimmer, as well as two USB-C ports – one for charging the battery, and one for using the lamp as a power bank to charge other devices.

Nivo stands 24 cm tall. The base is 10 cm wide, and the shade measures 20 cm in width.

The shade is attached with a magnetic mount, allowing it to be smoothly tilted or detached for transport or replacement.

1    Magnetic mount
2    Lamp shade
3    Magnet
4    Shade bracket
5    Diffuser
6    G9 socket
7    Socket adapter
8    Lamp base
9    Coupling nut
10    Cable tube
11    Battery
12    Battery cover
13    Frame
14    Circuit board / electronics
15    Technical lid
16    Dynamo
17    Bottom plate
18    Dynamo crank

Hidden underneath the base is a fold out crank that powers the built in dynamo, enabling charging when the battery is depleted during a power outage.

RESEARCH
The research for this project focused on understanding the company and the needs of users in both private and commercial markets.
Interviews, testing, light experiments, and factory visits were conducted to ensure that the design of the lamp meets the expectations of both the company and its users.

Powder coating line from factory visit.

EVALUATION AND
FORM DEVELOPMENT
Following the sketching phase, I worked with both physical and digital 3D models to evaluate form, proportions, and scale.

Early sketches, form studies and detail drawings.

Scaled 3D printed models (1:5) used to evaluate form and proportions.

Lamella models built to evaluate real-life size and spatial presence.

For the final concept, CAD was used along with full-scale 3D printing for validation and KeyShot for lightsimulations.

Light simulation in KeyShot – testing diffusion and groove effect.

You may also like

Back to Top