MAHLE annaunces a flexible charging terminal for electric vehicles today. This new device supports four vehicles simultaneously with 22 kW AC power each. Fleet operators and municipalities gain unprecedented charging flexibility immediately.
The terminal addresses critical infrastructure gaps in public parking areas effectively. Traditional wallboxes serve only one vehicle at a time very inefficiently. MAHLE’s solution maximizes limited parking space effectively for multiple users now.
Key Technical Specifications of the New Charging Terminal
- Maximum power per port: 22 kW AC charging capability
- Simultaneous vehicles supported: four electric cars at once
- Total power output: 88 kW for all ports combined
- Communication standard: OCPP 1.6 protocol integration
- Card reader: fully integrated for seamless payment
- Billing system: built-in compliant with calibration laws
The charging terminal meets strict European calibration law requirements completely. Integrated card readers enable seamless payment processing without external devices needed. Billing systems comply with regulatory standards for public charging operations successfully.
MAHLE chargeBIG Partnership Drives Infrastructure Expansion
MAHLE corporate start-up chargeBIG leads this innovative charging solution development. The team specializes in scalable fleet charging infrastructure for large applications. Their expertise spans 18+ charging point centralized systems successfully deployed.
chargeBIG implemented the standard OCPP protocol for AC fleet charging solutions. This implementation enables open and universally applicable charging control systems globally. Centralized charging from 18 points becomes manageable through standard communication now.
The strategic partnership with Langmatz Energy accelerates charging infrastructure growth in Germany. Langmatz Energy provides leading infrastructure and enclosure solutions for e-mobility projects. Both companies develop new load terminals together for maximum efficiency.
Charging Infrastructure Benefits for Municipalities and Public Parking
Cities and municipalities find the smallBOX ideal for public parking locations. The solution offers simple usage and very fast installation processes overall. Customer satisfaction reaches 100 percent with this deployment model consistently.
Public property installations benefit from robust weather-resistant terminal construction design. Local authority buildings including departments, regions, and cities adopt this technology. Municipal fleet charging becomes economically viable through shared infrastructure costs effectively.
The terminal supports diverse applications from residential complexes to commercial facilities. Workplace parking gains flexible charging options without extensive electrical retrofitting needed. Event venues and temporary locations use portable variants successfully.
High-Performance Cooling Enables Fast-Charging Station Reliability
MAHLE’s high-performance cooling modules address critical thermal management challenges directly. Fast-charging stations generate intense heat during high-power DC charging operations continuously. Cable overheating causes safety risks and equipment degradation over time.
Advanced cooling technology maintains optimal cable temperatures during demanding charging cycles. This prevents insulation damage and extends cable lifespan significantly for operators. Energy efficiency improves as electrical resistance decreases with cooler conductors.
Thermal Systems Applications Across Charging Infrastructure
Industrial thermal systems services support high-voltage charging station operations globally. MAHLE provides comprehensive cooling solutions for stationary battery storage applications too. Temperature management remains critical for battery safety and performance optimization.
Cooling modules integrate seamlessly into existing charging station architectures without modification. Modular design enables scalable deployment from single units to large installations. Maintenance requirements stay minimal through robust engineering and quality components.
The cooling technology complies with international safety standards including CE and UL certifications. Operators gain confidence in long-term reliability through tested performance data. Investment protection remains strong as equipment operates within safe temperature ranges.
MAHLE presents these charging solutions at Power2Drive Europe in Munich. The exhibition runs June 23–25, 2026 at the Munich venue. Industry professionals gather to explore cutting-edge charging infrastructure technologies together.
Destination Charging Solutions Optimize Fleet Operations
AC destination charging at 22 kW suits overnight and workplace charging perfectly. Fleet vehicles return to base daily and charge during non-operational hours. This approach reduces pressure on public fast-charging networks significantly.
Four-port terminals enable multiple fleet vehicles to charge simultaneously cost-effectively. Operating costs decrease through shared infrastructure compared to individual wallboxes. Space utilization improves dramatically in congested parking facilities overall.
Fleet Charging Optimization Strategies for Maximum Efficiency
Centralized fleet charging solutions manage multiple vehicles through single control systems. OCPP protocol integration enables remote monitoring and predictive maintenance capabilities. Energy consumption tracking supports sustainability reporting and cost optimization efforts.
ChargeBIG fleet charging systems scale seamlessly. Business operations gain flexibility through modular expansion options over time. Investment costs distribute across multiple charging points for better economics.
Sources: MAHLE
