Wholesale Electric Vehicle Network Manufacturer & Manufacturers

Empowering Global Mobility with AI-Driven Ultra-Fast Charging Infrastructure and Integrated Energy Ecosystems.

🏭 Tongxing New Energy Technology

As a certified national high-tech enterprise with 23 years of expertise, we represent the pinnacle of Chinese manufacturing in the energy sector. We don't just assemble; we innovate. Our specialized R&D teams focus on the intersection of power electronics, embedded IoT systems, and thermal management.

🔬 Global R&D Benchmarking

With a 200-strong workforce including 140+ certified engineers, we maintain 18 automated assembly lines achieving a 95% automation rate. Our hardware mastery is matched by software excellence in OCPP 2.0.1 protocols and cloud-based energy dispatch algorithms.

72,000m²
Production Base
45+
Countries Served
98.6%
Field Reliability
960KW
Max Output Power

📈 Strategic Insights: The EV Network Evolution

The Rise of the "Optical-Storage-Charging" Synergy

The global EV infrastructure market is shifting from simple charging piles to complex Microgrid Ecosystems. As a leading manufacturer, we have pioneered the integration of Photovoltaic (PV), Battery Energy Storage Systems (BESS), and Electric Vehicle Supply Equipment (EVSE). This triple-threat solution addresses the three biggest pain points for global network operators: Grid stability, electricity cost volatility, and carbon footprint reduction.

Why Source from China's Premium Manufacturers?

Supply Chain Vertical Integration

Unlike Western assemblers, China-based giants like Tongxing benefit from a 200km radius supply chain. From semiconductors to copper coils and casing materials, our "Just-in-Time" logistics reduce production lead times by 40%.

Scale-Driven Cost Efficiency

Leveraging massive domestic EV adoption, Chinese factories achieve economies of scale that allow for higher-grade components (like SiC modules) at competitive wholesale pricing, providing Information Gain and higher ROI for global investors.

Regulatory Agility

Our systems are engineered for universal compatibility, meeting CE, IEC, UL, and GBT standards simultaneously, ensuring seamless localized deployment in Europe, APAC, and the Americas.

📊 Performance Benchmarking

How our integrated solutions outperform traditional grid-dependent systems.

Indicator Traditional Grid-Only Tongxing Integrated (PV+BESS+EV) Net Improvement
Energy Self-Consumption 0% (Grid Dependent) 85%+ (Self-Sustaining) ↑ 85% Efficiency
OpEx (Electricity Cost) ~0.85 USD/kWh (Avg) ~0.62 USD/kWh ↓ 27% Savings
Grid Load Stress High (Risk of Blackouts) Low (Peak Shaving) Enhanced Stability
Response Time ≤50ms ≤10ms 5x Faster Response
System Lifespan <3,000 Cycles ≥6,000 Cycles (80% DOD) 2x Durability

🌍 Localized Scenarios: From Urban Hubs to Remote Camps

Residential: Smart Home Energy Centers

Unlock zero-cost commuting by pairing 7kW/11kW AC chargers with home storage. Use Economic Mode to prioritize PV power during the day and grid-storage discharge at night.

Commercial: Fleet Depots & Logistics Parks

For heavy-duty transit, our 360kW-960kW DC units add 200km range in under 10 minutes, integrated with fleet management software via OCPP for real-time tracking.

Industrial: Remote Mining & Construction

In areas without grid access, our Off-Grid Standalone modules utilize solar arrays and containerized batteries to provide 72-hour continuous high-load power.

Municipal: Smart City Charging Hubs

VPP (Virtual Power Plant) compatibility allows city operators to participate in grid ancillary services, turning charging stations into revenue-generating energy nodes.

🛠️ Manufacturing Mastery

Resilience

IP55/IP65 certification, operating seamlessly from -35°C to 75°C. Engineered for Arctic winds and Desert heat.

Scalability

Modular hardware design allows operators to upgrade power modules (e.g., from 60kW to 120kW) without replacing the chassis.

Sustainability

Carbon-neutral manufacturing process utilizing recycled aluminum and low-lead solder techniques.

Frequently Asked Questions

Q1: What makes your DC fast chargers superior to traditional models?
Our 360kW-960kW units use liquid-cooling technology and SiC (Silicon Carbide) power modules, which increase energy conversion efficiency to 96% and reduce heat-related power derating, ensuring constant high-speed charging even in extreme climates.
Q2: How does the "Photovoltaic-Storage-Charging" system work?
It captures solar energy via PV panels, stores it in high-density LiFePO4 battery banks (BESS), and intelligently distributes it to EV chargers. This reduces grid dependence and allows for "Peak Shaving," avoiding expensive peak-hour electricity tariffs.
Q3: Do your chargers support global payment and roaming?
Yes. By utilizing the OCPP 1.6J and 2.0.1 protocols, our hardware integrates seamlessly with global payment gateways (RFID, Credit Card, APP, Plug & Charge) and roaming platforms like Hubject and Gireve.
Q4: What is the ROI on an integrated charging station?
With local energy storage subsidies and 30-50% savings on electricity costs, most commercial projects see a full payback within 3.8 to 5 years, depending on site utilization rates.
Q5: Can you provide customized OEM/ODM services?
Absolutely. We offer full-stack customization, including brand liveries, UI/UX for touch screens, and custom circuit topology to meet specific regional grid requirements.

Ready to Scale Your EV Network?

Join global leaders in Germany, Norway, Thailand, and the USA who trust Tongxing New Energy. Our turnkey solutions provide everything from raw hardware to cloud-integrated network management, ensuring your infrastructure is future-proof, high-yield, and sustainable.

Solution Diagram