Transformed Workshop Ambiance With Elegant Hexagonal Lighting
Nejc Koncan's Refined, Over-Engineered Hexagonal Lighting Solution
Nejc Koncan, a skilled innovator, has constructed an impressive hexagonal lighting solution that stands out in the market for its refined and over-engineered design. This custom-built lighting solution is specifically designed for cycling RGB hexagonal lighting, with a focus on elegance and minimal visible LED strips or wiring.
The hexagons in Koncan's lighting solution are expertly crafted from LED strips set into aluminum extrusions. Each intersection of the hexagons features junction PCBs, ensuring seamless integration and a professional-looking finish. All wiring is hidden by diffusers that slot into the extrusions, maintaining a clean and sleek design.
What sets Koncan's project apart is its refinement compared to other hexagonal lights. It is considered one of the most refined and, some might argue, "totally over-engineered." This is evident in the modularity of the design, the custom PCBs, and the complex physical design.
Koncan built his own hexagonal overhead lighting due to unmet requirements with off-the-shelf solutions. He wanted a lighting solution that was more elegant than most cycling RGB hexagonal lighting solutions available on the market. To achieve this, he designed his solution to have elegant white outlines that can be controlled via HomeAssistant.
Two other examples of over-engineered custom hexagonal lighting solutions controlled via HomeAssistant are the "hexaled" project and a project referenced on Hackaday. The "hexaled" project features modular, extendable hexagon ceiling lights using COB LEDs and is designed for local control via Home Assistant. It emphasizes a low-profile design, is freely extendable, and integrates with Home Assistant for control, demonstrating a sophisticated and customizable lighting solution.
The Hackaday project involves hexagonal lighting constructed from LED strips mounted in aluminum extrusions with junction PCBs at each intersection for seamless integration. This system is combined with ESP32 controllers running ESPHome firmware, controlled through Home Assistant. The design process includes custom snap-together cases and thoughtfully placed buttons for complex automation, illustrating an over-engineered approach to hexagonal lighting and remote control.
These examples highlight custom hardware combined with advanced Home Assistant automation and control integration, showcasing the over-engineering through modularity, custom PCBs, complex physical design, and open-source software control. Koncan's lighting solution, in particular, is an example of a custom solution that is considered refined and over-engineered, setting a new standard for cycling RGB hexagonal lighting solutions.
Moreover, Koncan's lighting solution is open source, allowing others to build upon his design and contribute to the advancement of refined, over-engineered hexagonal lighting solutions.
- Nejc Koncan's lighting solution, an over-engineered hexagonal design, uses open-source technology for smart-home device integration, enabling control via HomeAssistant.
- In the realm of PCB technology, the hexagonal lighting projects, including Koncan's, feature custom PCBs at each intersection, demonstrating a commitment to refinement and over-engineering in their design.
