# Deye ESS HV BOS-A Battery Rack 14 Layers | BOS-A-Rack14

- **Brand:** Deye
- **SKU:** DEYE-BOS-A-RACK14
- **GTIN:** 2000001411841
- **MPN:** BOS-A-Rack14
- **Price:** 289.00 EUR
- **Availability:** In stock

The Deye BOS-A Rack 14 Layers is a rack-mounted frame designed for the Deye BOS-A high-voltage battery system. It securely houses up to 14 BOS-A battery modules, providing a scalable and stable structure for residential and commercial solar energy storage installations.

The **Deye ESS HV BOS-A Battery Rack 14 Layers (BOS-A-Rack14)** is a robust rack-mounted structure designed for the Deye BOS-A high-voltage energy storage system. It provides a secure and organized installation platform for BOS-A battery modules, enabling flexible and scalable energy storage configurations for residential, commercial, and industrial photovoltaic systems.

This rack is engineered to hold up to 14 BOS-A battery modules, forming the structural core of a modular energy storage system. Its durable construction ensures stable operation and safe installation in demanding energy storage environments.

### **Core System Structure**

1. Rack frame designed for Deye BOS-A high-voltage battery modules
2. Supports installation of up to 14 BOS-A battery modules
3. Provides stable mechanical structure for modular energy storage systems
4. Optimized for rack-mounted ESS installations
5. Designed for residential, commercial, and industrial solar systems

### **Modular Energy Storage Architecture**

1. Supports scalable energy storage system expansion
2. Allows flexible configuration depending on system capacity requirements
3. Designed for integration with BOS-A battery modules and BMS systems
4. Modular design simplifies installation and maintenance
5. Enables large-capacity photovoltaic energy storage installations

### **System Integration**

1. Compatible with Deye BOS-A high-voltage battery modules
2. Designed for integration with Deye hybrid inverters and ESS systems
3. Supports rack-mounted energy storage architecture
4. Allows organized and secure battery module installation
5. Optimized for modern photovoltaic energy storage systems

### **Durability and Safety**

1. Heavy-duty steel rack construction for long-term operation
2. Stable structure designed for high-capacity battery installations
3. Provides secure mounting for BOS-A battery modules
4. Engineered for reliable ESS system deployment
5. Designed according to modern energy storage system requirements

### **Typical Applications**

1. Residential solar energy storage systems
2. Commercial photovoltaic energy storage installations
3. Large-capacity energy storage systems
4. Hybrid solar + battery storage projects
5. Rack-mounted ESS installations

## Specifications

| Spec | Value |
| --- | --- |
| Weight | 55 kg |
| Display | Managed through inverter / BMS monitoring system |
| Voltage | High-voltage battery system |
| Capacity | System dependent (based on installed BOS-A battery modules) |
| Grid tie | Works within grid-tied ESS systems via hybrid inverter |
| Warranty | 120 months |
| Cycle life | ≥6000 cycles (battery module dependent) |
| Dimensions | 610 × 610 × 2350 mm |
| Monitoring | ESS monitoring via inverter platform |
| Battery type | LiFePO₄ battery modules (BOS-A series)) |
| Communication | Via BOS-A BMS system |
| Compatibility | Deye BOS-A high-voltage battery modules and Deye hybrid inverters |
| Certifications | CE, IEC, UN38.3 |
| Charging modes | Solar, Grid, Hybrid inverter operation |
| Battery voltage | High-voltage battery system (system dependent) |
| Mounting options | Floor-standing rack installation |
| Installation type | Rack-mounted battery frame |
| Protection rating | IP20 |
| Max charge current | System dependent |
| Parallel capability | Supports scalable rack-based ESS configurations |
| Max discharge current | System dependent |