WAGO and Zerova Achieve Modbus Integration for Advanced EV Charging Systems

WAGO and Zerova Technologies complete interoperability validation for EV charging infrastructure. The collaboration integrates industrial automation controllers with electric vehicle charging systems. This partnership enables smarter energy management solutions.

Strategic Partnership Announcement

Zerova’s EV chargers now integrate with WAGO’s industrial controllers seamlessly. The companies validated complete Modbus protocol interoperability. This enables reliable local control of charging infrastructure. Moreover, it provides operational advantages for commercial customers.

Key System Benefits and Advantages

The integrated solution offers significant operational improvements. Local control ensures charging continues during cloud outages. On-premise commands reduce communication latency dramatically. Furthermore, hybrid architecture supports both local and cloud management.

Executive Leadership Perspectives

Manny Huguez leads Zerova Technologies USA as president. He emphasizes delivering real customer advantages through this partnership. The infrastructure meets current and future energy service demands. Additionally, it supports broader sustainability goals effectively.

Technical Integration Details

WAGO’s industrial controllers use proven Modbus communication protocols. They interface directly with Zerova’s charging hardware. This enables real-time monitoring and control capabilities. Consequently, operators manage charging sessions more efficiently.

Energy Management Applications

The integrated system supports advanced energy optimization features. It enables smart load balancing across multiple chargers. Microgrid integration becomes more straightforward. Moreover, it facilitates demand response participation.

Industrial Automation Market Context

The EV charging infrastructure market demonstrates rapid expansion. According to MarketsandMarkets, it will reach $140.2 billion by 2030. Commercial and fleet applications drive significant growth. Industrial control integration becomes increasingly important.

Control System Integration

WAGO controllers bring industrial reliability to EV charging applications. They integrate with existing building management systems seamlessly. This approach ensures robust operation in demanding environments. Therefore, charging infrastructure maintains high availability.

Key Integration Benefits

• Continuous operation during network outages
• Reduced latency for real-time control
• Flexible hybrid architecture options
• Enhanced energy management capabilities
• Scalable infrastructure growth
• Future-proof technology platform

Commercial Fleet Application

A logistics company implements the integrated charging solution. WAGO controllers manage twenty Zerova DC fast chargers. Local control ensures continuous fleet operations. The system optimizes charging schedules based on electricity rates.

PLCDCSHUB Industry Analysis

At PLCDCSHUB, we monitor industrial automation’s expanding applications. The integration between industrial automation and EV infrastructure represents significant convergence. WAGO’s proven control technology brings reliability to new markets. We observe increasing demand for robust charging management systems. Proper implementation requires understanding both control systems and energy management. This partnership demonstrates technology’s role in sustainable infrastructure development.

Implementation Considerations

• Assess existing infrastructure and communication networks
• Plan for both local and cloud management requirements
• Consider future expansion and scalability needs
• Evaluate energy management and grid interaction features
• Ensure proper cybersecurity measures for connected systems
• Document operational procedures and maintenance requirements

Frequently Asked Questions

• How does local control benefit EV charging operations? Local control ensures charging continues during internet outages and reduces latency for real-time adjustments, crucial for commercial and fleet operations.
• What types of facilities benefit most from this integration? Commercial parking facilities, fleet depots, and industrial sites gain significant advantages from reliable, locally-controlled charging infrastructure.
• How does this integration support sustainability goals? The system enables smart energy management, load balancing, and future grid services participation, supporting broader environmental objectives.