HM-H16400B-96K High-Voltage Intelligent Storage Cabinet
The master control box and six 16 kWh battery modules are housed in a single cabinet to form a 96 kWh cabinet-based storage system for villa PV + storage and small commercial and industrial projects. Each module has its own DC/DC converter connected in parallel to a 400 V DC platform, so at the same output power the high-voltage side carries lower current, reducing line losses and temperature rise. The system supports 1–6 cabinet clusters and can be expanded in parallel as needed while keeping the 400 V bus voltage level unchanged.
- Master control box plus six 16 kWh modules in one cabinet — a 96 kWh cabinet-based storage system
- Independent DC/DC converter per module on a 400 V platform — high voltage, low current, cutting both line losses and temperature rise
- 1–6 cabinet clusters, expandable in parallel while keeping the 400 V bus voltage unchanged
- Modular prefabrication and standard quick-plug design; BMS monitoring with multiple protections and cabinet-level aerosol fire suppression
Product Specifications
| Model | HM-H16400B-96K |
| Battery type | LiFePO4 |
| Nominal battery energy | 96.42 kWh |
| Number of modules | 6 (16 kWh battery modules) |
| Cell capacity | 314 Ah |
| Cell configuration | (16S)1S6P |
| Rated voltage | 400 V |
| Operating voltage range | 330 – 450 V |
| Rated charge/discharge current | 75 A |
| Rated charge/discharge power | 30 kW |
| Communication | CAN, RS485 |
| Weight | 1.2 t |
| Dimensions L×W×H (mm) | 944 × 1084 × 2286 |
| Protection | Over-voltage, under-voltage, over-current, short-circuit, high/low temperature, cell fault and hardware fault protection |
| Self-discharge | ≤3%/month (new cells, charged to 27% SOC, stored at 25°C ± 2°C for 3 months) |
| System parameters | |
| Cooling | Forced air cooling |
| Protection rating | IP55 |
| Cycle life | 8,000cls @ 80% SOH |
| Depth of discharge (DOD) | 92% (default) |
| Environment | |
| Charging temperature range | -40°C to +55°C |
| Discharging temperature range | -40°C to +55°C |
| Operating humidity | 5% – 95% |
| Storage temperature | -40°C to +55°C |
| Max. operating altitude | 4,000 m (derating from 1,800 m to 4,000 m: 1°C per 220 m) |
| Standards and certifications | |
| Safety | GB/T 36276-2023, GB 44240-2024 |
| Transport | UN38.3 |
| Fire suppression | Aerosol (cabinet-level) |
Note: the inverter is an optional accessory supplied separately; specifications are subject to the latest datasheet.
HM-H16400B-96K High-Voltage Intelligent Storage Cabinet enquiry
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Where it fits
HM-H16400B-96K High-Voltage Intelligent Storage Cabinet suits the following power scenarios.
Villa PV + Storage System
Energy aesthetics for high-end residences, combining self-consumption with backup power during outages.
Commercial & Industrial PV + Storage
A green engine for cost reduction: peak shaving and valley filling to lower electricity costs.
Related cases
Covering factories, villas, hotels, public institutions, food processing plants and telecom base stations, with real project results proving the value of our products.
HONGMLD factory self-consumption
A 52 kW PV + 64 kWh storage system covering production and office loads. It generates 216 kWh per day on average and cuts electricity costs by about 72%, directly reducing operating expenses.
Villa PV + storage upgrade
Existing 20 kW PV plus 32 kWh of new storage. Surplus PV is stored to cover loads from the evening until 8 a.m. the next day, combining self-consumption with backup power during outages.
PV + storage integration at Home Inn, Yuncheng
31 kW PV + 32 kWh battery storage. Daytime solar is stored to secure air-conditioning loads during the night check-in peak, shaving peak demand and reducing the hotel's energy bill.
PV-storage-charging project for a Party school
80 kW PV + 64 kWh storage with a PV carport and charging piles. It supplies about 94,316 kWh of green electricity per year, a green coverage rate of roughly 63%.
Food Processing Plant Solar + Storage Project
200 kWp PV + 261 kWh storage. Rooftop PV supplies the production load first; surplus energy is stored and released at peak times, cutting overall energy costs.
Tongliao Telecom Base Station Storage Project
20 kW PV + 32 kWh storage. PV covers the base station's daily load and surplus power is stored to raise green-power utilisation; the battery backs up critical communications during outages.