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industrial Computer for Battery Charging Station

Amid the global surge in new energy vehicle adoption and the transition to clean energy, battery charging stations—as critical infrastructure—face stringent demands for high concurrency, operational safety, and intelligent maintenance. Ultra-fast charging, vehicle-to-grid (V2G) integration, multi-protocol compatibility, and 24/7 reliability have become pivotal competitive differentiators. However, charging piles endure prolonged exposure to extreme outdoor conditions (heat, humidity, salt spray) while managing grid fluctuations, battery thermal management, and user interaction complexities.

Leveraging industrial-grade hardware and edge computing, BASCO delivers high-reliability, intelligent solutions for charging station operators. From power electronics control to user interface systems, BASCO achieves near-zero downtime with a mean time between failures (MTBF) exceeding 100,000 hours, ensuring stable operation under harsh environments. Data-driven energy efficiency optimization further empowers clients to lead in the new energy sector.

优势

支持定制

提供全面的定制服务，将您的想法变为现实。包括外观、尺寸、显示屏、界面、扩展性、兼容性和环境适应性等方面的修改。

全面可靠性

通过全面认证、一站式售前服务、严格的出厂测试、延长保修期和专门的售后支持，完全符合法规要求。

强大而坚实的能力

坚持研发投入，拥有强大的供应链、丰富的生产能力和客户的广泛认可

为什么选择 BASCO

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Robust Power Core for Extreme Outdoor Conditions

Charging pile control systems must operate continuously across -30°C to 70°C temperature ranges, 95% humidity, and salt spray corrosion. BASCO industrial motherboards feature fully sealed metal enclosures and anti-sulfuration-coated PCBs, certified to IP67 and IEC 60068-2-52 salt spray standards, resisting water, dust, and corrosive elements. Wide-voltage input (12-48V DC) enables direct integration with photovoltaic storage systems, while built-in surge protection and reverse-polarity circuits prevent hardware damage from lightning strikes or misoperation.

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Real-Time Control for High-Power Dynamic Loads

BASCO motherboards integrate multi-core processors and FPGA co-processing units to synchronously manage AC/DC conversion, BMS communication, and charging curve optimization with millisecond-level responsiveness. Multi-protocol interfaces (CAN/RS-485/EtherCAT) ensure compatibility with global standards (CCS, CHAdeMO, GBT), enabling rapid vehicle switching. Industrial PCIe slots support GPU expansion for AI-driven predictive maintenance, enabling real-time health monitoring of charging equipment.

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Agile Adaptation to Technological Evolution and Multi-Scenario Deployment

From urban supercharging hubs to remote integrated PV-storage-charging stations, BASCO modular systems enable “building-block” configurations. Hot-swappable power modules, communication units (5G/LoRa/Wi-Fi 6), and payment interfaces allow rapid upgrades to 800V high-voltage platforms (with enhanced insulation and safety), V2G bidirectional inverters, or value-added services like license plate recognition and digital signage—all without replacing core hardware, minimizing lifecycle costs.

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User-Centric Interaction and Cloud Integration

BASCO industrial touchscreen terminals feature sunlight-readable 1000-nit displays (adjustable brightness) and IP65-rated panels, utilizing infrared matrix touch technology for glove-compatible and voice-enabled operation. Multilingual UI and aggregated payment systems support RFID, QR codes, and NFC authentication. Cloud APIs enable seamless integration with management platforms, delivering real-time device status, user behavior analytics, and carbon footprint reports—empowering operators to enhance service efficiency and profitability.