Explore our premium-engineered charging boxes and high-voltage energy storage systems designed for resilience and smart grid interoperability.
A National High-Tech Enterprise Sourcing Smart Charging and Energy Architectures Worldwide.
Backed by over 23 years of specialized expertise in power electronics, Tongxing has established itself as an authoritative force in the electric vehicle supply equipment (EVSE) sector. We bridge the gap between heavy industrial power transmission and modular grid-edge endpoints, manufacturing a broad spectrum of units ranging from compact 3.5kW domestic chargers to enterprise-grade 960kW ultra-fast DC liquid-cooled charging matrices.
Unlike standard OEM assembly plants, Tongxing is vertically integrated. We develop custom hardware topologies, write advanced software interfaces complying with the latest OCPP standardizations, and build complete ecosystem designs including Photovoltaic (PV) structures and high-density Battery Energy Storage Systems (BESS).
How we ensure continuous reliability and zero-defect deployments for Tier-1 automotive and municipal supply chains.
Discover the physical and digital architecture of Tongxing chargers, designed for long life in complex, demanding settings.
Constructed using heavy-duty polycarbonate and military-grade sealing gaskets, our systems are IP55/IP65 ingress certified, designed to run smoothly at temperatures from -35°C to 75°C.
Easily adaptable to wall-mount plates, standalone steel pedestals, or portable formats. Tailored for residential complexes, logistics parks, public municipal spaces, and mining yards.
Equipped with OCPP 1.6J and OCPP 2.0.1 compatibility. Enables automated billing integration, dynamic load management, solar-prioritized power allocation, and remote over-the-air firmware updates.
Maximize regional grid capacity by bridging clean power generation and storage directly to vehicle dispensers.
Traditional electric vehicle charging relies solely on municipal electrical grids, increasing peak loads and driving up carbon footprints. Tongxing's integrated PV-ESS-EV solution helps build a sustainable microgrid system.
| Performance Metrics | Traditional Grid Charging | Tongxing Integrated Solar-Storage-EV Solution | Operational Sourcing Advantage |
|---|---|---|---|
| PV Self-Consumption Efficiency | Unavailable (0%) | 85% - 92% | Ensures high utilization of generated solar energy |
| Levelized Electricity Sourcing Cost | 0.85 USD / kWh (Average grid rate) | 0.62 USD / kWh (Blended index) | Lowers ongoing operational costs by 27% |
| Net Carbon Emission Profile | Depends on regional grid supply | 40% - 60% standard reduction | Supports ISO 14064 compliance and ESG certifications |
| Grid Expansion Demand | High (Requires new substation upgrades) | Minimal (Peak shaving functions as a buffer) | Lowers initial site infrastructure costs |
Optimize energy flows across manufacturing complexes, warehouses, corporate offices, and central logistics terminals.
Tongxing's C&I energy architecture coordinates power across three distinct, integrated layers to ensure highly efficient operations:
1. Generation Layer: Distributed rooftop photovoltaic installations (50kW to 500kW) handle a substantial portion of standard daytime facilities usage, helping qualify sites for green building status.
2. Storage Layer: Modular, scalable battery energy systems (100kWh to 10MWh) provide reliable backup power for up to 72 hours, protecting critical industrial equipment from unexpected power disruptions.
3. Application Layer: Intelligently distributes clean energy between building infrastructure, assembly lines, employee charging docks, and logistics vehicle fleets to maximize cost savings.
From private garages to remote off-grid settings, customize charging modes to balance economic and power stability needs.
Automatically schedules charging cycles during low-rate utility periods, drawing from battery reserves during peak times to reduce utility bills.
Restricts power flow to local solar sources only, eliminating grid draw to guarantee a 100% emission-free charging process.
Instantly transitions to backup battery power during blackouts, keeping safety lighting, security systems, and critical home utilities running for up to 72 hours.
Why sourcing your EV charging boxes from Tongxing ensures stable production, competitive costs, and reliable delivery.
Our manufacturing base in China's top electronic technology hub gives us direct access to high-grade components. This integration allows us to design, test, and ship products faster than international competitors.
| Project Stage | Industry Standard | Tongxing Performance |
|---|---|---|
| Response Response Time | ≤ 50ms | ≤ 10ms |
| Cycle Durability (80% DOD) | ≤ 3,000 cycles | ≥ 6,000 cycles |
| System Conversion Efficiency | ≤ 93% | ≥ 96% |
| Power Scale Capability | Fixed Configurations | Custom & Modular formats (50kW to 10MW) |
Stay ahead of market shifts with our upcoming EV charging technology developments.
We are integrating Silicon Carbide MOSFET technology into our DC fast charging lines. This transition reduces thermal generation, increases overall charging efficiency to 98%, and shrinks the physical footprint of the charging box.
Our upcoming V2G charging boxes will allow electric vehicles to feed energy back into the local grid. This turn fleets into distributed energy storage systems, generating potential revenue for operators during peak demand periods.
Our proprietary management software dynamically allocates power across active dispensers. By routing energy to the vehicles that need it most, we improve multi-vehicle charging speeds by up to 25% without overloading local grid connections.
Select from our heavy-duty commercial chargers and home energy storage systems built to power global green transport systems.
Clear, direct technical answers to assist grid planners, engineering consultants, and commercial procurement managers.
Tongxing
