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Products Description
Deploying high-power DC fast chargers often faces severe electrical grid limitations, costly transformer upgrades, and long permitting delays. This integrated AC architecture fast charging station solves these critical infrastructure bottlenecks.
By utilizing a compact 20kW single-phase AC grid input paired with an internal 261kWh energy storage system (BESS), this unit converts limited grid power into high-speed 120kW DC fast charging. It delivers grid-friendly, high-turnover charging capabilities for commercial site hosts, fleet operators, and charging point operators (CPOs) without expensive utility upgrades.
AC-Based Expandable Architecture
Adopts an AC architecture supporting universal expansion, with all components connected to the AC platform.
01
Rapid Charging Performance
Delivers high-power DC fast charging capable of bringing an EV battery to full charge in just 20 to 30 minutes, drastically minimizing vehicle downtime.
02
Multi-energy Source Coordination
The system can automatically coordinate multiple power sources including solar, wind, utility grid and diesel generators.
03
Plug-and-Play System Deployment
Pre-configured and optimized before delivery. Upon installation, simply connect the system to power sources for immediate operation.
04
3rd-Party Payment Integration
Equipped with built-in OCPP support, ensuring full compatibility with various 3rd-party charging management software and payment platforms.
05
Products Description
| Item | 120kW+261kWh-2 Guns |
| Fast AC Charger | |
| Gun Type | GBT (CCS1/ CCS2/ NACS / CHAdMo Optional) |
| Max. Charger Power | 120kW |
| Quantity of Gun | 2 |
| Charger Voltage Range | 200~1000Vdc |
| Input Voltage | AC400V+20% |
| Current Range | 0-250A |
| PV System | |
| Rated Power | 150kW(Optional) |
| PV Inverter | 360kw |
| Grid Connection Transformer | |
| Rated Power | 20 kW (Single-Phase to Three-Phase) |
| Battery | |
| Rated Energy | 261kWh |
| Rated Output Power | 125kW |
| Operational & Financial Indicators | |
| Full Charging Time | 20-30minutes |
| Daily Vehicle Charging Capacity | 50 |
| ROI (Return on Investment) | < 2.5 Years |
Operational Advantages
Bypass Grid Upgrade Barriers
Traditional DC fast chargers require heavy three-phase grid connections and massive dedicated transformers. This system bridges low-capacity single-phase utility supply with high-speed DC charging demand using a 261kWh lithium battery buffer. You can install fast-charging hubs in locations previously considered unviable due to power grid constraints.
Integrated Solar-Storage-Charging Microgrid Architecture
The universal AC platform allows all energy assets-solar panels, energy storage, local grid power, and backup generators-to communicate and collaborate automatically. With options for up to 150kW solar PV input and 240kW/360kW PV inverters, site owners can generate clean electricity, store peak production, and monetize solar power directly through EV charging service fees.
Seamless Commercial Monetization & Deployment
Every unit is factory-tested with pre-set system parameters to minimize on-site labor and engineering costs. Built-in OCPP protocol compatibility ensures you can connect the station to your preferred billing network, RFID system, or mobile payment gateway on day one.
261kWh Industrial Battery Energy Storage System
Eliminates High Utility Demand Charges: By shaving peak demand spikes, site hosts avoid utility penalty rates and high demand charges, significantly shortening overall payback periods.
Bypasses Utility Permit Delays: Instead of waiting 12 to 18 months for local grid expansion approval, operators can install this self-buffering storage unit and begin operation immediately.
Uninterrupted Business Continuity: In regions with frequent power outages or unstable grid voltage, the 261kWh storage capacity acts as an emergency power reserve, allowing the charging station to continue generating revenue uninterrupted.
| Cell Type | LFP 314Ah |
| Battery Capacity | 261.25kWh |
| AC Rated Power | 125kW |
| Grid Rated Voltage | 400Vac / 3P+N+PE |
| Max System Efficiency | ≥89% |
| Cycle Life | ≥8000 cycles |
| Protection Degree | IP55 (System) / IP65 (PACK) |
| Dimensions (W*D*H) | 1050*1350*2400 mm |
| Compliance Standards | GB/T 36276, GB/T 34120, GB/T 34131, UN38.3, IEC62477, IEC61000, IEC62619, IEC63056, UL9540A, EN50549 |
Products Description
Energy efficient:
Wide output voltage range, high output efficiency, lowstandby power consumption, reduce operating costs.
Safe and reliable:
With short-circuit, overheating, emergency stop andother multiple protection functions; Galvanized coldrolled plate + anti-rust spray double shell protectiondesign; IP55 protection grade; Independent air ductdesign, low failure rate.
Intelligent interaction:
7 inch color touch screen, easy to operate; Ethernet, 4Gand other communication methods; Scan code, swipecard, ViN code a variety of starting methods; Automaticcharging, charging according to the power and other charging modes.
| Output power (KW) | 60 KW |
| Output voltage range(V) | 200-1000V |
| Maximum output current (A) | 150A |
| Standard | GB/T \ CCS1 \ CCS2 \ CHAdeMO |
| Input voltage range | 380±15% |
| Charging interface | 2 |
| Efficiency | ≥96% |
| Communication mode | Standard communication protocol/OCPP |
| Class of protection | IP55 |
| Dimension(D*W*H)mm | 455*650*1440 |
FAQ
Q: How does this system achieve 60kW/120kW DC fast charging with only a 20kW single-phase grid input?
A: The station integrates a 261kWh Lithium Iron Phosphate (LiFePO4) battery buffer. The 20kW single-phase AC grid connection continuously trickle-charges the battery buffer during standby or low-demand periods. When an EV plugs in, the battery discharges rapidly alongside the grid to deliver full 60kW or 120kW DC power directly to the vehicle.
Q: Is the charging station compatible with 3rd-party software platforms and payment gateways?
A: Yes. The charging station includes native, open-standard OCPP protocol integration. This allows charging point operators (CPOs) to connect the hardware directly to any preferred third-party billing platform, RFID card authorization system, or mobile app payment processor.
Q: How does the system handle high ambient temperatures and continuous heavy-duty use?
A: The cabinet features dynamic thermal management with isolated air/liquid cooling channels and cell-level temperature monitoring. The charging gun handles feature built-in thermal sensors at the pins to prevent connector overheating.
Q: What on-site commissioning or installation work is required before startup?
A: The station is delivered pre-configured and factory-tested. Site installation simply requires placing the unit on a concrete pad, connecting the single-phase AC grid lines (and optional PV inputs), and powering on the system. Pre-set control parameters minimize commissioning delays and installation labor costs.
Q: What international safety certifications and grid compliance standards does the system hold?
A: The equipment is manufactured under ISO9001 quality management standards. System components hold CE certification, IEC standards for industrial energy storage and EV charging safety, and transport safety certifications (UN38.3 and MSDS) for the lithium battery modules.
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