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Product Description
The 960kW Modular Full-Flex DC Charger is a high-capacity charging system designed for sites that require large-scale power delivery, stable uptime, and flexible energy distribution. It is built for public transit terminals, heavy-duty logistics corridors, flagship charging hubs, and other high-demand locations where multiple vehicles need fast charging support from one central power platform.
This model stands out in JIUROAD’s modular product range because it combines high system output with a compact floor-standing structure and dynamic power control. The charger is designed to support mixed charging demand from passenger EVs, electric buses, logistics vehicles, and other commercial electric transport. For project owners, this means one charging platform can serve different vehicle classes without relying on fixed and inefficient output allocation.
For buyers looking for a 960kW DC charger manufacturer, modular full-flex charger supplier, or commercial EV charger factory, this model is built as a long-term infrastructure asset. It supports high-throughput operation, remote network management, and future upgrade planning, making it suitable for operators who need both present-day performance and room for network expansion.
The 960kW system uses JIUROAD’s proprietary dynamic power allocation technology to manage charging demand across multiple terminals. Through millisecond-level matrix switching, the charger distributes energy based on real-time vehicle BMS data instead of fixed output assignment.
This allows the system to direct available power where it is needed most. It reduces idle capacity and improves power utilization across the station. For high-traffic charging sites, this is important because the commercial value of a charger depends on how effectively installed power is shared. The result is better station turnover and a more efficient charging process during peak periods.
The 960kW Modular Full-Flex DC Charger is built on a standardized modular framework. This structure supports hot-swappable modules for easier maintenance and helps operators manage upgrades with less disruption to daily site operation.
This design also supports phased infrastructure planning. As site demand changes, operators can adapt the charging system without replacing the full hardware platform. That makes the charger suitable for long-cycle commercial projects where equipment flexibility, service access, and capital protection matter.
The charger is designed for continuous duty operation in demanding commercial environments. With peak efficiency of 96%, it helps reduce conversion loss and unnecessary heat during high-output charging sessions. Better efficiency supports lower energy waste and more stable long-duration operation.
The product also aligns with JIUROAD’s product testing and durability approach. Supported by the company’s extreme-condition testing standards, the charger is intended for long-service operation in complex field conditions. This is important for bus depots, logistics corridors, and public charging sites where downtime affects both revenue and traffic flow.
The 960kW charger supports OCPP 1.6J and OCPP 2.0.1, which allows it to connect with charging management systems used in different regions and projects. Operators can use remote tools to monitor system status, manage diagnostics, perform software updates, and coordinate network-level scheduling.
For large charging networks, this helps reduce on-site service pressure and improves operating control. It also supports better load planning, maintenance response, and visibility across multiple charging assets. For buyers who need a smart, export-ready DC charging platform, this is a core advantage.
The charger supports a wide output voltage range up to 1000VDC, allowing it to serve new-generation high-voltage vehicle platforms as well as standard EV charging needs. This makes the system suitable for sites where passenger vehicles, buses, and larger commercial electric vehicles all need access to fast charging.
The wide voltage range helps reduce platform compatibility limits and makes the charger a practical fit for mixed-fleet energy hubs. For operators building large public or industrial charging projects, this improves service coverage with one high-power system.
JIUROAD focuses on EV charging infrastructure, smart power systems, and integrated energy solutions. With more than 15 years of experience in power electronics and mechanical engineering, the company supports projects from early planning to deployment and technical service.
For B2B buyers, the value of working with JIUROAD includes:
end-to-end turnkey support
customized R&D
flexible manufacturing
digital O&M support
global technical service
solar-storage-charging solution capability
OCPP-based smart charging management
This makes JIUROAD a suitable partner for customers searching for a DC charger manufacturer, supplier, factory, OEM/ODM partner, or custom commercial EV charging solution provider.
Category | Item | Specification |
|---|---|---|
Specifications | Model | JR-DC-P960 |
System Power | Rated Power | 960KW |
Input Parameters | Rated Input Voltage | 380V AC |
Input Voltage Range | 323V AC~437V AC | |
Input Current Range | ≤2310A / ≤2770A | |
Output Parameters | Output Voltage Range | 150VDC~1000VDC |
Constant Power Voltage Range | 300VDC~1000VDC | |
Maximum Output Current | 3428A / 4115A (System) | |
Number of outputs | ≤16 | |
Basic Features | Peak efficiency | ≥96% |
Starting method | Button, password, QR code scan, card swipe (optional), VIN (optional) | |
Size (WDH) | 2550 × 880 × 1760 mm | |
Communication interface | 4G full network / Ethernet | |
Installation method | Floor-standing | |
Protection level | IP54 | |
Operating temperature | -25℃~50℃ (power derating from 50℃~70℃) | |
Operating humidity | 5%~95%RH (non-condensing) |
Public transit charging sites need stable high-power support and continuous operation. The 960kW charger is suitable for these sites because it supports large battery vehicles and dynamic energy allocation across multiple charging demands.
Logistics hubs and freight routes often require high-output charging support for large commercial vehicles. The 960kW platform fits these applications by combining strong system capacity with flexible power scheduling.
Large public charging hubs need high throughput and better use of installed power. This charger helps improve output utilization and supports multi-vehicle fast charging with centralized management.
The charger can also support integrated energy projects where smart charging, remote monitoring, and future site expansion are part of the operating plan.
For charging investors and commercial station operators, the 960kW model offers value in four areas.
Power density: It provides a high system power level for demanding charging environments.
Power allocation: Full-flex logic helps reduce idle capacity and improves use of installed power.
Scalability: The modular structure supports service access and future growth.
Network control: OCPP support allows centralized management across projects and regions.
These benefits matter to customers who focus on operating efficiency, long-term site planning, and total project control.
It is designed for high-demand commercial sites such as public transit terminals, logistics hubs, highway charging stations, and large public fast charging projects.
Yes. Its wide voltage range and high power level make it suitable for passenger EVs, buses, and other commercial electric vehicles, depending on project configuration.
Yes. It supports OCPP 1.6J and 2.0.1 for remote monitoring, diagnostics, software updates, and charging network integration.
Yes. The modular architecture supports maintenance and phased infrastructure development, which helps long-term project planning.
Yes. JIUROAD provides customized support based on site conditions, project requirements, and charging application needs.
