Watch the video
Injet HanCang (522kWh)
The Injet HanCang 522 is the higher-capacity model within the Injet HanCang hybrid energy storage system family. Integrating battery energy storage, photovoltaic generation, diesel backup, and Injet's self-developed Energy Management System (EMS) into one factory-built platform, HanCang delivers intelligent hybrid power with rapid deployment, simplified operation, and dependable performance. Designed around the same proven architecture as the HanCang 522, offering identical intelligent energy management, safety architecture, and hybrid microgrid capabilities with 522kWh of energy storage capacity and higher system output for projects requiring greater available energy.
Product advantages
Rapid Deployment & Simplified Installation
Intelligent Hybrid Energy Management
Built for Reliable Outdoor Operation
Factory-Built Turnkey Energy SystemHanCang 522 integrates battery storage, PV interfaces, diesel generator connection, liquid cooling, fire protection, EMS, and control systems into one fully pre-engineered container. Every unit is factory assembled, commissioned, and tested before delivery, minimizing installation complexity while reducing project timelines.
Power Ready in Days, Not MonthsUnlike conventional power infrastructure requiring extensive site construction and lengthy utility coordination, HanCang can be transported, positioned, and commissioned in as little as one week—providing reliable power whenever and wherever projects demand it.
Higher Capacity for Larger Energy DemandThe 522kWh model provides the same HanCang hybrid microgrid architecture with increased energy capacity and power output, enabling longer operation and greater available energy while maintaining the same intelligent platform and deployment experience.
Self-Developed EMS Maximizes Every Energy SourceInjet's proprietary Energy Management System intelligently coordinates photovoltaic generation, battery storage, diesel generation, and utility power using a dynamic "PV First, Battery Second, Generator Last" strategy, maximizing renewable energy utilization while minimizing fuel consumption and operating costs.
Millisecond Switching for Continuous OperationAutomatically switch between grid, battery, photovoltaic, and diesel power in milliseconds without noticeable voltage drops or service interruption, maintaining stable operation for critical equipment under changing site conditions.
Cloud-Based Monitoring and Predictive MaintenanceThe integrated cloud platform enables real-time equipment monitoring, remote diagnostics, parameter configuration, operational history, and intelligent fault alerts. Predictive maintenance helps reduce on-site service visits while supporting reliable unattended operation.
Handles Demanding Electrical LoadsHanCang supports 100% three-phase unbalanced loads together with short-term overload capability up to 200% rated output, enabling reliable operation of demanding electrical equipment without unnecessary shutdowns.
Comprehensive Multi-Layer Safety ProtectionA coordinated safety architecture combines intelligent BMS monitoring, proactive safety diagnostics, PACK-level fire suppression, and container-wide fire protection to safeguard personnel, batteries, and critical assets throughout the system lifecycle.
Reliable Performance in Harsh EnvironmentsFeaturing an IP54-rated enclosure, C3 corrosion protection, intelligent liquid cooling, and operation at elevations up to 4,000 metres, HanCang delivers dependable performance across challenging outdoor environments while maintaining long-term system reliability.
specification
Download the Injet datasheets
Acess the ful technicaldocumentation for the HanYuan distributed charging system, including power cabinet and dispenserspecifications, dimensions,connector options,and installation requirements.
Download Datasheets
Battery
| Cell Specification | LiFePO4 |
| Rated Capacity | 522.4kWh |
| Rated Voltage | 832V |
| Operating Voltage Range | 702V-949V |
| Rated Charge/Discharge Current | 314A/314A |
| Max. Charge/Discharge Current | 628A/628A (≤3s) |
| DOD | 95%DOD |
| Cycle Life | 6000 cycles @70% EOL |
| Cooling Method | Intelligent Liquid Cooling |
AC Output
| Rated Power | 250kw |
| Max. Output Capacity | 500kva |
| Rated Output Voltage | 380V |
| Rated Output Frequency | 50hz |
| Power Supply System | TN-S |
| Wiring Method | 3W+N (OT terminals) |
| DOD | 95%DOD |
| THDu | <3% (rated power) |
Others
| Cell Specification | LiFePO4 |
| Rated Capacity | 261.2kWh |
| Rated Voltage | 832V |
| Operating Voltage Range | 702V-949V |
| Rated Charge/Discharge Current | 157A/157A |
| Max. Charge/Discharge Current | 314A/314A (≤3s) |
| DOD | 95%DOD |
| Cycle Life | 6000 cycles @70% EOL |
| Cooling Method | Intelligent Liquid Cooling |
cases
content hub
More
related products
Injet HanCang (261kWh)
Injet HanCang (522kWh)
FAQ
1. How can I reduce diesel consumption at remote industrial sites?
For many industrial projects, diesel generators are necessary but expensive to operate. HanCang 522 intelligently coordinates battery storage, photovoltaic generation, utility power, and diesel backup through Injet's proprietary Energy Management System (EMS). By prioritizing renewable energy and stored battery power before starting the generator, the system helps reduce fuel consumption, lower operating costs, and decrease carbon emissions without compromising power reliability.
2. Is HanCang 522 suitable for off-grid and weak-grid applications?
Yes. HanCang 522 is designed for projects where utility power is unavailable, unstable, or insufficient. It supports grid-connected, off-grid, and hybrid operating modes, automatically adapting to changing site conditions. This flexibility makes it well suited for mining operations, industrial facilities, remote infrastructure, construction projects, and other locations requiring dependable power regardless of grid availability.
3. How can a hybrid energy storage system improve project reliability?
Unexpected power interruptions can delay construction, damage equipment, and increase operating costs. HanCang 522 automatically switches between battery storage, photovoltaic generation, diesel generators, and utility power within milliseconds, ensuring continuous power for critical industrial equipment while minimizing production downtime and operational risk.
4. What should I consider when choosing an industrial battery energy storage system?
Industrial energy storage is more than battery capacity. Buyers should evaluate deployment speed, energy management capability, system integration, operational flexibility, safety architecture, and long-term operating costs. HanCang 522 combines all major power sources into one factory-built platform, helping businesses simplify project delivery while optimizing energy efficiency throughout the system lifecycle.
5. Can HanCang 522 integrate with existing diesel generators and solar systems?
Yes. HanCang 522 is designed to work seamlessly with existing photovoltaic systems, diesel generators, and utility power. Its intelligent EMS coordinates multiple energy sources automatically, allowing businesses to upgrade existing power infrastructure without completely replacing their current energy assets.
6. What industries benefit most from HanCang 522?
HanCang 522 is developed for large-scale industrial and infrastructure applications requiring reliable, continuous power. Typical deployments include mining operations, manufacturing plants, oil and gas facilities, industrial parks, large construction projects, utility support applications, and commercial microgrids where energy reliability and operating efficiency are business-critical.
Leave Your Info,
We'll Reach Out.
We'll Reach Out.
Phone
+86-18980902801
Address
No.19,Tumenjiang RD,Deyang Sichuan CN
Email
info@injet.com
