Zerova-WAGO Modbus Integration for EV Charging

Zerova and WAGO Achieve Modbus Integration for Enhanced EV Charging Solutions

Successful Interoperability Validation

Zerova Technology and WAGO have completed joint testing for EV charger integration. The validation confirms full Modbus compatibility between their systems. This partnership combines EV charging expertise with industrial automation technology.

Operational Advantages for Customers

The integrated solution delivers significant benefits for charging operators:

• Enhanced system resilience during network outages
• Reduced latency through local control capabilities
• Flexible architecture supporting hybrid operations
• Improved real-time charging management

Industry Leadership Perspective

Manny Huguez, President of Zerova Technologies USA, emphasized the strategic importance. “This collaboration provides tangible operational advantages. We’re building infrastructure that addresses both current and future energy needs.”

Technical Integration Benefits

The Modbus interoperability enables robust local control systems. WAGO controllers maintain charging operations during cloud connectivity issues. This ensures uninterrupted service for commercial and fleet applications.

Sustainability and Future-Proofing

The partnership supports advanced energy management capabilities. Integrated systems enable load balancing and microgrid participation. This approach positions customers for evolving grid service opportunities.

Market Adaptation Strategy

Jesse Cox, WAGO’s VP of Automation, highlighted the practical benefits. “Our solution provides a smarter scaling approach for EV infrastructure. It addresses real-world commercial requirements while supporting environmental objectives.”

Industry Analysis: EV Charging Evolution

The collaboration represents a significant advancement in charging infrastructure. Integrating industrial automation protocols with EV systems creates more reliable networks. This approach addresses critical concerns about grid stability and operational reliability.

Application Scenarios

Commercial fleet operators gain particular advantages from this integration. They can maintain charging operations during network disruptions. The local control capability also enables faster response to changing operational requirements.

Technical Implementation

The Modbus integration supports both AC and DC charging systems. It provides a standardized communication framework across different charging scenarios. This standardization simplifies deployment and maintenance processes.

Future Development Potential

The validated integration creates foundation for advanced energy management features. Future enhancements could include dynamic load balancing and V2G capabilities. The architecture supports gradual expansion of smart grid functionalities.

About the Companies

Zerova Technology specializes in scalable EV charging solutions for multiple environments. Their products serve commercial, residential and fleet applications worldwide.

WAGO provides industrial automation and electrical interconnection solutions. The company brings decades of Modbus communication expertise to the partnership.

Frequently Asked Questions

What is Modbus integration?

Modbus enables communication between industrial devices like controllers and chargers. It provides reliable local control capabilities.

How does local control benefit EV charging?

Local control ensures continuous operation during internet outages. It also reduces response times for operational adjustments.

Which applications benefit most?

Commercial fleets and industrial charging sites gain significant advantages. These environments require high reliability and fast response capabilities.

Does this support both AC and DC charging?

Yes, the validated integration works with Zerova’s complete charging product portfolio.

What future capabilities does this enable?

The architecture supports advanced features like load management and grid services. It provides foundation for smart charging applications.