Arcade operators in regions prone to high solar wind activity face unique challenges in maintaining optimal machine performance. Solar winds, streams of charged particles from the sun, can induce electromagnetic interference (EMI) and power fluctuations that disrupt arcade equipment. To counter this, operators implement robust shielding techniques using conductive materials around sensitive circuitry, reducing EMI effects on game processors and displays. Voltage regulators and uninterruptible power supplies (UPS) are critical for stabilizing electrical input during geomagnetic storms triggered by solar winds. Regular maintenance schedules include diagnostic checks for component degradation, with some operators installing real-time monitoring systems to detect solar wind-related anomalies. Additionally, surge protectors are upgraded to handle sudden power spikes, while grounding systems are enhanced to dissipate excess energy. In extreme cases, operators may temporarily power down machines during peak solar events to prevent hardware damage. These proactive measures ensure consistent gameplay experiences while extending the lifespan of arcade cabinets, demonstrating how traditional entertainment venues adapt to space weather phenomena through technical innovation and vigilant operational protocols.