The flash-charging pile released this time delivers a peak charging power of 1,500 kW per connector, making it the world’s highest-power mass-produced single-connector charging pile. But even more noteworthy than the power figure is the integrated energy storage-and-charging system inside, built around a second-generation Blade Battery. The logic is straightforward: during grid peak-load periods, the battery acts like a “reservoir,” storing electricity; when high power output is needed, it serves as a “power amplifier,” releasing electricity. Under the same energy-supply conditions, a single flash-charging station can serve about 50 vehicles per day on average, with charging efficiency roughly 10 times that of ordinary charging piles.
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The setup worked, but the vga666 only supports 18-bit color (6 bits per channel), a limitation of the Raspberry Pi’s GPIO interface. With only 64 levels per color channel instead of 256, you get visible color banding, especially in gradients.
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