China Loop EV Charging Supplier & Factories

Architecting the Future of Global Sustainable Mobility with Integrated Photovoltaic, Storage, and Ultra-Fast Charging Solutions.

The Global Shift: Beyond Simple Charging to "Loop" Ecosystems

The global Electric Vehicle (EV) infrastructure market has transcended the era of standalone charging piles. As a premier China Loop EV charging supplier, we recognize that the industry is pivoting toward integrated energy management—often referred to as the "Loop" system. This involves a synergistic cycle of energy generation (PV), storage (ESS), and consumption (EV charging), optimized by AI-driven software.

Information Gain: Modern "Loop" charging is not just about delivering kilowatts; it's about Dynamic Load Balancing (DLB) and V2G (Vehicle-to-Grid) readiness. Our latest factory audits show a 35% increase in efficiency when chargers are integrated with local energy storage systems, reducing grid strain by up to 60% during peak hours.

In regions like the European Union and North America, the demand for commercial OCPP EV charging stations is being driven by strict carbon neutrality mandates. Our 72,000m² manufacturing base in China is currently scaling to meet this demand, utilizing 18 automated lines to ensure that every unit—from a 7kW home wallbox to a 960kW industrial liquid-cooled terminal—meets the rigorous ISO-9001 and CE/UL standards.

23+ Years Industry Expertise
45+ Countries Exported
98.6% Field Reliability Rate
12+ Patents in Connectivity

TONGXING NEW ENERGY: A National High-Tech Pioneer

Certified as a national high-tech enterprise, Tongxing specializes in the full-stack R&D of power electronics. Our workforce of 200+ includes 140+ certified engineers dedicated to circuit topology optimization and OCPP 2.0 protocol development. We don't just assemble; we innovate thermal management systems that allow our chargers to operate in temperatures ranging from -35°C to 75°C.

Modular R&D

Interchangeable power modules for easy maintenance and scaling from 60kW to 240kW.

Smart Cloud

Proprietary IoT platforms supporting remote diagnostics and payment gateway integration.

Extreme Resilience

IP55/IP65 military-grade material engineering for harsh coastal or desert environments.

Green Tech

Carbon-neutral manufacturing processes, reducing standby power consumption by 78% since 2021.

Full-Scenario Macro Industry Solutions

Scaling energy infrastructure for the next generation of logistics and commerce.

Industrial Solution Diagram

1. The Industrial & Commercial Hub

For factories and logistics parks, our integrated solution combines rooftop PV panels with 100kWh-10MWh modular storage. This architecture prioritizes self-generated green power, reducing electricity costs by approximately 27% compared to traditional grid reliance.

  • Peak Shaving: Store off-peak energy to release during expensive peak hours.
  • Emergency Backup: 72-hour emergency power for critical production lines.
  • Carbon Management: Real-time tracking for ISO 14064 certification.
Benefit Indicator Traditional Solution Tongxing Integrated Loop Improvement
PV Self-Consumption 50% 85%+ ↑ 70%
Avg. Electricity Cost 0.85 USD/kWh 0.62 USD/kWh ↓ 27%
System Efficiency 93% 96% ↑ 3%

Technical Roadmap & Future Outlook

Staying ahead of the 800V high-voltage platform transition.

As the market moves toward 800V architectures (e.g., Porsche Taycan, Hyundai IONIQ 6, BYD Han), charging hardware must evolve. Our roadmap includes the deployment of Liquid-Cooled Supercharging Terminals capable of delivering up to 600A per gun. This allows for "1-second per kilometer" range replenishment—the holy grail of the EV user experience.

AI Power Allocation

Our chargers use real-time algorithms to detect the state-of-charge (SoC) of connected vehicles, automatically diverting power to the vehicle with the lowest battery to optimize station turnover.

V2X Integration

Vehicle-to-Everything (V2X) will allow the EV to become a mobile power bank. Our factories are currently beta-testing bidirectional AC/DC chargers that allow homeowners to power their houses during grid outages.

Expert FAQ: Loop EV Charging Insights

Addressing the critical questions of infrastructure developers and B2B buyers.

What is the advantage of a "Loop" system over standard DC charging?
A Loop system integrates renewable generation and storage. This allows operators to avoid high "demand charges" from the grid and ensures the station remains functional even during local brownouts. It significantly improves the ROI of a charging site by 20-30% via peak-shaving.
Is your OCPP 1.6J/2.0 protocol compatible with all back-end software?
Yes. We use standard JSON-based OCPP protocols which have been tested with major global CSMS (Charging Station Management Systems) like ChargePoint, EVBox, and various open-source platforms. This ensures seamless payment and user management.
How does Tongxing handle heat dissipation in ultra-fast DC chargers?
For chargers above 360kW, we utilize advanced liquid-cooling technology for the charging cables and modules. For standard 120kW-240kW units, we use independent air-duct cooling with industrial-grade fans that adjust speed based on internal thermal sensors, extending the component life by 50%.
What is the typical payback period for a residential PV + Storage + EV system?
Depending on local subsidies and electricity rates, the average payback period for our residential "All-in-One" system is approximately 3.8 to 5 years, while the equipment has a design life of over 15 years.