Advanced Spectrum V3.0
with Six Full-Color LEDs
The TWINSTAR Spectrum use six different color LEDs. In addition to standard RGB LEDs, three plant-growth LEDs fill gaps in the spectrum, providing the complete range of wavelengths aquatic plants need for healthy growth.
By using only color LEDs, it enhances the natural colors of plants and fish, adding vibrancy and beauty to your aquarium.
Advanced Spectrum V3.0 Chart
The TWINSTAR Advanced Spectrum provides the full range of light from 400 nm to 780 nm, covering every wavelength essential for aquatic plant growth. Key growth wavelengths are enhanced, while unnecessary ones are reduced, resulting in a well-balanced spectrum. This optimized design delivers high PPFD values, supporting stable and healthy plant growth.
The combination of RGB and plant growth LEDs
This graph visualizes the individual contributions of the RGB LEDs and Plant Growing LEDs that make up the TWINSTAR Advanced Spectrum.
The RGB LEDs enhance key wavelengths essential for plant growth, particularly red (around 660 nm) and blue (around 450 nm), while the Plant Growing LEDs provide evenly distributed light energy across a wide wavelength range from 400 nm to 780 nm. Together, these two components work in harmony to create the well-balanced TWINSTAR spectrum, optimized for healthy and vigorous plant growth.
Spectrum Comparison TWINSTAR Advanced Spectrum vs. Single-Chip RGB LED Lighting
The graph above compares the TWINSTAR Advanced Spectrum with a typical WRGB light (Chihiros). The TWINSTAR covers the full wavelength range from 400 nm to 780 nm, enhancing key wavelengths important for plant growth while reducing less critical ones to create a well-balanced spectrum as the default setting.
In contrast, a competitor’s single-chip WRGB LED uses only RGB LEDs, resulting in a narrower wavelength range and a structure where the RGB wavelengths are simply set to uniform values. If the spectrum is adjusted for optimal plant growth, the overall brightness value will decrease.
The Ideal Spectrum for Plant Growth
Bright light alone is not enough for healthy plant growth. What plants need is a full-spectrum light that is scientifically designed to reflect the physiological roles of each wavelength and to deliver balanced light energy. When the spectrum is poorly designed, aquatic plants may fail to grow properly, and algae may begin to take over.
This is why, for optimal plant growth, what matters most is not just brightness, but the quality of light and the balance of wavelengths.
How Each Wavelength Affects Plant Growth
Light is composed of a combination of different wavelengths, each having a unique impact on plant growth. Providing these wavelengths in a balanced manner is essential for healthy growth and photosynthesis.
Below, you can see the role each major wavelength plays in plant development.
| Wavelength (nm) | Color | Effect on plants |
|---|---|---|
| 400–500nm | Blue |
1. Blue LEDs / Wavelength: 400–500 nm
|
| 500–600nm | Green |
2. Green LEDs / Wavelength: 500–600 nm
|
| 600–700nm | Red |
3. Red LEDs / Wavelength: 600–700 nm
|
| 700–780nm | Deep Red |
4. Deep Red LEDs / • Wavelength: 700–780 nm
|
Requirements for Good Aquarium Lighting
To maintain a healthy and beautiful aquarium ecosystem, lighting plays a crucial role. Understanding the characteristics and functions of lighting, and selecting a product suited to your tank’s environment and purpose, is the first step toward successful aquarium management.
1. Spectrum
The spectrum is the most important factor for plant growth. A well-designed spectrum promotes photosynthesis and supports healthy development, while an inappropriate spectrum can trigger algae growth, making maintenance difficult and disrupting the ecological balance of the aquarium.
2. PPFD Value
PPFD (Photosynthetic Photon Flux Density) is an indicator of the amount of light that plants can actually use for photosynthesis. The higher the value, the more photosynthetic energy the plants receive, enabling them to grow faster and healthier.
3. Brightness
Brightness is essential for photosynthesis and is also a key element in enjoying the beauty of an aquarium. Adequate brightness supports healthy plant growth, but excessive light can cause burnout, hindering development. Young plants are especially vulnerable to excessive light. To prevent burnout, the ‘Light Planner’ function built into the TWINSTAR LightControl Bluetooth controller allows you to gradually increase light intensity from the initial setup, creating a stable and optimal lighting environment.
4. Burnout
Excessive light puts severe stress on a plant’s physiological functions, leading to the following negative effects:
- Leaf Damage: Leaves may scorch, turn brown or black, and eventually die.
- Photosynthesis Inhibition: Intense light can damage photosynthetic enzymes and pigments, s lowing growth.
- Stress Induction: It can hinder root development and overall growth, negatively affecting long-term survival.
5. Lighting Duration
A lighting period of around 8 hours per day is generally appropriate. Excessive lighting can cause light stress and promote algae growth, so it is important to maintain a balance between growth and rest.
6. Lighting Controller
A controller is more than just a convenience feature—it is a key system that enables precise light control to create the best possible environment. Functions such as timers, step-by-step brightness adjustment, sunrise/sunset modes, and color control improve both the efficiency and ease of lighting management. When equipped with Bluetooth, the system can be easily controlled via a smartphone app.
7. Design & Quality
Premium materials and refined design enhance the overall aesthetic of the aquarium and harmonize naturally with home interiors. In addition, superior manufacturing quality ensures long-term performance stability and durability.
8. Durability
A good lighting system should maintain consistent brightness and spectrum even after long-term use.
- Light Output Retention: Brightness and color temperature should remain stable over time.
- Heat Management: Effective heat dissipation extends LED lifespan and maintains performance.
- Component Quality: High-quality LEDs, drivers, heat sinks, and PCBs ensure long-lasting, stable operation.
9. Energy Efficiency
An efficient lighting system delivers maximum photosynthetic benefits with minimal power consumption. Higher energy efficiency not only reduces electricity costs but also minimizes heat output, improving the product’s durability. For best results, choose products with a high power-to-light output ratio (PAR/W).
TWINSTAR Spectrum
The Ideal Light for Your Aquarium
A light that is only bright cannot provide the optimal environment for the life in your aquarium. TWINSTAR designs light scientifically, based on a deep understanding of plant physiology.
The TWINSTAR Advanced Spectrum identifies the wavelengths most effective for aquatic plant photosynthesis and combines them in the optimal ratio to promote healthy, vibrant growth. Now, bring the perfect environment to your aquarium with the light of TWINSTAR.