A new standard in power supplies is here; the Kingwin Lazer Platinum LZP-550 is one of the world’s first 80 Plus Platinum power supplies. It has achieved an efficiency rate of up to 92% under 50% load and is also able to “overclock” to 650W continuously at 80 Plus Gold spec. Kingwin LZP-550 also has a built in exclusive ECO Intelligent Thermal Control System, a zero noise operation for the power supply when first turned on. The fan will not rotate until the temperature reaches a default temperature between 65°C – 70°C. If you want absolute efficiency with supreme performance and quietness, the Kingwin LZP-550 is a terrific option.
- 80 PLUS Platinum CertifiedThe 80 PLUS Platinum certified power supply provides ultra-high power efficiency of 92% at 50% load, 90% Efficiency at 20% load, 89% Efficiency at 100% load, saving your money on your electrical bill, reducing heat in your computer's system and prolonging its life.
- Overclockable Power with Single Strong +12V RailCompliance with ATX 12V v2.2, EPS 12V v2.91, and SSI EPS 12V v2.92 Specification, the Kingwin LZP-550 is capable of delivering 550W of 80 PLUS Platinum certified, continuous output, or up to 650W continuous output at 80 PLUS Gold spec. A single high current +12V rail @ 45.5A design ensures the best compatibility and maximum provision of 12V power to multi-core CPUs and energy-hungry graphics cards.
- Crystal Cube Modular Plug w/ Power Connector Cable Management SystemThe crystal cube modular connector cable design allows use of only the cables you need and easier cable routing inside the case, resulting in improved airflow and reduced system clutter.
- Supports High-End Graphic Cards2x 6 Pin & 2x 6+2 Pin PCI-E connectors (one 6 Pin and one 6+2 Pin are modular) are included to support high-end graphic cards.
- 140mm Fan with Unique ECO Intelligent Thermal Control SystemIntelligent Auto Fan Speed Control on the large 140mm fan ensures exceptional cooling performance as well as minimum noise. Moreover, with Kingwin’s special ECO Intelligent Thermal Control System, the fan does not rotate until the temperature reaches a critical point (default temperature 65°C~70°C); the RPM of the fan will self-adjust according to the temperature maintaining a linear relationship. And when the temperature descends to a critical point (default temperature 45°C~50°C), the fan will stop rotating. This can significantly increase the life span of the fan and power efficiency by reducing unnecessary rotation and consumption.