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The Injet HanCang Series HybridEnergy Storage System is a modular solar-storage-diesel Hybrid Energy Storage System developed by Injet New Energy specifically for temporary power supply scenarios. The entire unitfeatures factory pre-engineered integration and one-stop on-site deployment.Itintegrates five core systems: photovoltaics (PV), energy storage, dieselgeneration, utility grid, and intelligent dispatching, providing standardized solutions for off-grid, weak-grid, and emergency power guarantee scenarios.
Next-generation outdoor power supply equipment, suitable for muttiple industries including infrastructure, oil & gas,telecommunications, emergency response, and islands.
Cost Reduction
Direct reduction of electricity costs by 20% to 90% (compared to pure diesel solutions), saving investment in power transmission lines.
Revenue Increase
Drastically reduces downtime losses caused by powerinterruptions, improving the overall profitability of theproject.
Flexible Deployment
Deployment cycle shortened to as little as one week(compared to traditional power lines);
significantlyreduces specific fuelconsumption of dieselgenerators.
Emission Control
Significantly reduces carbon emissions and noise pollution from diesel generators, optimizing the operating environment around the enclosure.
Moreover, its trailer-mounted design allows for easy transportation and redeployment — like a large-scale mobile power bank — flexibly matching dynamic operational demands and turning power supply into a mobile, reliable asset.
Lower Operating Costs
Traditional off-grid power systems often suffer from fuel waste and high generation costs caused by diesel generators operating at low loads. HanCang features a self-developed EMS energy management algorithm that intelligently coordinates PV, energy storage, and diesel generation. Solar power is prioritized, while surplus energy is stored for peak shaving and off-peak energy utilization, significantly reducing overall energy costs. In grid-connected scenarios, it also increases PV self-consumption and reduces electricity purchased from the grid.
When the grid fails, HanCang switches seamlessly to off-grid operation within milliseconds, keeping critical operations running without interruption. It supports 100% three-phase load imbalance and 200% short-term overload, enabling stable operation with demanding and high-impact loads. This helps prevent shutdowns caused by overload in challenging construction and industrial environments.
It supports the startup of high inrush loads and intelligently manages diesel generator runtime — operating only in its optimal efficiency range to minimize fuel waste.
Through a cloud-based smart platform, users can remotely monitor operation status, receive safety alerts, and control start/stop functions with one click — achieving unmanned operation while ensuring system safety and reliability.
Tightening carbon emission standards, low-emission zone policies, and noise restrictions have increased the cost of traditional diesel-only solutions.
HanCang’s hybrid microgrid prioritizes clean, locally generated solar power — significantly reducing carbon emissions and noise pollution, while ensuring compliance with environmental regulations and protecting nearby communities.
HanCang features IP54 protection and C3-level composite corrosion protection, providing resistance to dust, water, moisture, salt spray, temperature extremes, corrosion, and sandstorms. Designed for demanding environments including plateaus, islands, and deserts, it delivers reliable, quiet, and energy-efficient power wherever it is needed.
| Item | iHC-522A | |
| Battery Parameters | 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 Parameters | Rated Power | 250kW |
| Max. Output Capacity | 500kVA | |
| Rated Output Voltage | 380V (-10%~‑15%) | |
| Rated Output Frequency | 50Hz | |
| Power Supply System | TN‑S | |
| Wiring Method | 3W+N (OT terminals) | |
| THDu | <3% (rated power) | |
| System Parameters | Dimensions (W*D*H) | 299124382591mm |
| Weight | ~7.2t | |
| IP Rating | IP54 | |
| Operating Humidity | ≤95%RH, non‑condensing | |
| Operating Temperature | ‑20~50℃ (derated above 45℃) | |
| Max. Operating Altitude | 4000m (derated above 3000m) | |
| Local Monitoring | LCD Touch Screen | |
| Remote Monitoring | Web Platform | |
| Installation Method | Top Lifting | |
| Fire Protection System | Built‑in (PACK‑level) | |
| Parallel Expansion | Supported, max. expandable to 2MW | |
| AC Series Charging | Optional, max. 240kW (120kW*2 sets)Supports grid / diesel generator hybrid input | |
| PV Charging | Optional, max. 250kW (125kW*2 sets)Built‑in PV MPPT | |
| Recommended Diesel Generator | AC Series Charging Mode | ≤150kVA per set or ≤300kVA for two parallel sets |
| AC Parallel Mode | ≤400kVA |