Efficiency Perfected: Power Balanced Systems for Smarter, Greener Lighting Performance
At Tryka, innovation isn’t just about brighter light — it’s about better light.
Our mission has always been to push the boundaries of performance, efficiency, and sustainability across every luminaire we design. That’s why we’ve developed our groundbreaking Power Balanced Systems, engineered to deliver balanced power output, superior colour performance, and exceptional energy savings — redefining what’s possible in dynamic lighting.
Precision Power for Perfect Colour
When colour-changing luminaires mix light across multiple channels, power imbalance can lead to inefficiency and inconsistent performance. Our Power Balanced Systems solve this challenge by maintaining balanced power output across all channels during colour mixing.
The result is supreme efficacy — every watt of energy is optimised, ensuring that your RGBW or tunable white luminaires perform at their best, every time.
Seamless, Smooth Colour Transitions
Lighting should feel as natural as it looks. With our advanced balancing technology, luminaires achieve smooth, stable colour transitions and even lumen output across the spectrum.
As example, a traditional 64W RGBW fixture would have 4 channels of 16W and the full 64W could only be achieved when mixing all 4 channels. However, a power balanced luminaire enables you to achieve 64W in any primary colour, or when colour mixing. As demonstrated by the graphs on the right.
Sustainability Built In
True efficiency extends beyond energy performance. Power Balanced Systems help improve sustainability across the full lifecycle of your lighting installation by delivering:
Reduced power demands and lower energy consumption, cutting operational costs from day one.
Up to 80% less embodied carbon, supporting greener building goals and environmental certifications.
Reduced up-front capital investment in infrastructure thanks to optimised power distribution.
Lower lifetime running costs, maximising long-term value and return on investment.
It’s a smarter, cleaner, and more sustainable way to power light.