Proven Modbus Integration Enhances EV Charging Infrastructure
FREMONT, Calif., Oct. 2, 2025 – Zerova Technologies and WAGO have successfully verified complete interoperability between electric vehicle charging stations and industrial control systems using Modbus protocol. This engineering achievement enables more reliable and responsive EV charging infrastructure for commercial applications.
Strengthening EV Charging Through Industrial Automation
The collaboration combines Zerova’s EV charging expertise with WAGO’s industrial automation experience. Their joint validation ensures seamless communication between charging hardware and control systems. This integration supports the growing demand for robust EV infrastructure across multiple sectors.
Key Operational Benefits for Charging Operators
Infrastructure operators gain significant advantages from this validated integration:
- Enhanced Resilience: WAGO controllers maintain charging operations during cloud connectivity issues
- Improved Response Times: Local control reduces latency for real-time management
- Architectural Flexibility: Hybrid systems support both local intelligence and cloud management
Expert Perspectives on Infrastructure Development
“Our partnership with WAGO delivers practical benefits for charging network operators,” stated Manny Huguez, President of Zerova Technologies USA. “We’re building infrastructure capable of supporting both current operational needs and future energy services.”
Jesse Cox, WAGO’s VP of Automation for the Americas, emphasized the practical implications: “This collaboration provides commercial customers with reliable, scalable EV charging solutions designed for real-world industrial applications while supporting sustainability objectives.”
Future-Proofing Energy Management Systems
The integration supports advanced energy management capabilities including load balancing and microgrid integration. By connecting EV charging technology with established industrial protocols, the solution enables smarter grid interaction and sustainable energy practices.
Application Scenario: Commercial Fleet Charging
Consider a logistics company operating multiple electric delivery vehicles. The validated Zerova-WAGO integration enables reliable overnight charging regardless of internet connectivity. Local control ensures operational continuity while cloud connectivity provides management oversight and reporting capabilities.
Industry Outlook and Analysis
The industrial automation approach to EV charging represents a significant trend in infrastructure development. As charging networks expand, reliable local control becomes increasingly critical for business continuity. Moreover, the integration of proven industrial protocols with emerging EV technology demonstrates maturation within the electric mobility sector.
About the Companies
Zerova Technology develops scalable AC and DC EV charging solutions for commercial and fleet applications worldwide. The company focuses on accelerating electric mobility adoption through intelligent infrastructure.
WAGO provides electrical interconnection and automation technologies for industrial applications. With extensive experience in control systems and industrial communication, the company delivers solutions that enhance operational reliability and efficiency.
Frequently Asked Questions
What makes Modbus integration important for EV charging?
Modbus protocol enables reliable communication between charging equipment and control systems. This ensures operational continuity during network outages.
How does local control benefit charging operations?
Local control reduces dependency on cloud connectivity. Therefore, charging sessions continue uninterrupted regardless of internet availability.
What types of facilities benefit from this integration?
Commercial fleets, industrial sites, and multi-unit residential buildings gain advantages from this robust charging architecture.
How does this support energy management goals?
The system enables load balancing and grid interaction capabilities. Consequently, operators can optimize energy consumption and reduce operational costs.
Is this solution suitable for expanding charging networks?
Yes, the validated integration provides a scalable foundation for growing EV infrastructure while maintaining reliability standards.
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