BYD
BYD | Battery Module HVM P3-9, 2.76 kWh | 14039384-00
Code produit : BYD-HVM-2.76-14039384-00
879,00 €
+ TVA selon le pays
BYD B-Box Premium HVM P3-9 battery module with 2.76 kWh capacity designed for high-voltage residential energy storage systems. Lithium iron phosphate (LiFePO₄) technology ensures high safety, long lifespan, and scalable capacity for solar energy storage solutions.
Key Features
- Nominal energy capacity of 2.76 kWh per battery module
- High-voltage battery architecture designed for efficient system operation
- Advanced lithium iron phosphate battery chemistry ensuring high safety and long service life
- Stable power output and reliable long-term performance
- Optimized energy storage for modern solar energy systems
- Lithium iron phosphate (LiFePO₄) battery cells for improved safety and durability
- Long cycle life supporting thousands of charge and discharge cycles
- High energy efficiency with minimal energy loss during operation
- Stable thermal performance under varying environmental conditions
- Designed for integration with high-voltage solar battery systems
- Stackable battery module architecture for flexible system expansion
- Multiple modules can be combined to increase total storage capacity
- Compact design simplifies installation and maintenance
- Ideal for residential energy storage systems and commercial solar projects
- Supports scalable photovoltaic energy storage solutions
- Compatible with BYD B-Box Premium HVM battery management system
- Integrated communication for monitoring battery status and performance
- Real-time monitoring of battery voltage, charge status, and system health
- Designed for seamless integration with compatible hybrid solar inverters
- Supports advanced energy management and smart energy storage systems
- Robust enclosure designed for long-term system operation
- Reliable performance in demanding residential and commercial environments
- High safety standards with integrated battery protection systems
- Maintenance-friendly modular battery architecture
- Residential solar energy storage systems
- Commercial photovoltaic energy storage installations
- Solar self-consumption optimization systems
- Backup power and emergency energy storage solutions
- Hybrid solar and battery energy storage systems (ESS)
Spécifications techniques
Général
- Marque
- BYD
- Modèle
- BYD | Battery Module HVM P3-9, 2.76 kWh | 14039384-00
- Réf.
- BYD-HVM-2.76-14039384-00
- Puissance de sortie
- 2760 W
- Capacité
- 2.76 kWh
- Tension
- 200–500 V DC (system)
- Efficacité
- >95%
- Dimensions
- 658 × 296 × 368 mm
- Poids
- 38 kg
- Garantie
- 120 months
Technique
- Type de batterie
- LiFePO4
- Tension de batterie
- 51.2 V
- Courant de charge max
- 50 A
- Courant de décharge max
- 50 A
- Durée de vie en cycles
- ≥6000 cycles
- Puissance nominale
- 2760 W
- Puissance crête
- 3000 W
- Puissance de pointe
- 3000 W
- Température de fonctionnement
- -10°C to +50°C
- Indice de protection
- IP55
- Refroidissement
- Natural cooling
- Niveau sonore
- 0 dB
- Certifications
- CE, IEC62619, VDE2510-50, UN38.3
- Compatibilité
- BYD B-Box Premium HVM energy storage systems
- Communication
- CAN
- Affichage
- System display via BMS
- Surveillance
- BMS monitoring and remote diagnostics
- Capacité parallèle
- Yes, modular stack system
- Modes de charge
- BMS controlled
- Type d'installation
- Floor-mounted / Stackable
- Options de montage
- Modular stack installation
The BYD Battery Module HVM P3-9 is a high-performance lithium iron phosphate (LiFePO₄) battery module designed for the BYD B-Box Premium HVM energy storage system. With a capacity of 2.76 kWh, this module provides reliable and scalable energy storage for residential and commercial photovoltaic installations.
The modular design allows multiple battery modules to be connected in series, creating flexible energy storage systems that can be expanded according to the energy requirements of the installation. This makes the BYD HVM system ideal for solar self-consumption, backup power, and energy management applications.
Core Electrical Characteristics
- Nominal energy capacity of 2.76 kWh per battery module
- High-voltage battery architecture designed for efficient system operation
- Advanced lithium iron phosphate battery chemistry ensuring high safety and long service life
- Stable power output and reliable long-term performance
- Optimized energy storage for modern solar energy systems
Battery Technology and Performance
- Lithium iron phosphate (LiFePO₄) battery cells for improved safety and durability
- Long cycle life supporting thousands of charge and discharge cycles
- High energy efficiency with minimal energy loss during operation
- Stable thermal performance under varying environmental conditions
- Designed for integration with high-voltage solar battery systems
Modular Energy Storage Design
- Stackable battery module architecture for flexible system expansion
- Multiple modules can be combined to increase total storage capacity
- Compact design simplifies installation and maintenance
- Ideal for residential energy storage systems and commercial solar projects
- Supports scalable photovoltaic energy storage solutions
Monitoring and System Integration
- Compatible with BYD B-Box Premium HVM battery management system
- Integrated communication for monitoring battery status and performance
- Real-time monitoring of battery voltage, charge status, and system health
- Designed for seamless integration with compatible hybrid solar inverters
- Supports advanced energy management and smart energy storage systems
Durable Design and Reliability
- Robust enclosure designed for long-term system operation
- Reliable performance in demanding residential and commercial environments
- High safety standards with integrated battery protection systems
- Maintenance-friendly modular battery architecture
Typical Applications
- Residential solar energy storage systems
- Commercial photovoltaic energy storage installations
- Solar self-consumption optimization systems
- Backup power and emergency energy storage solutions
- Hybrid solar and battery energy storage systems (ESS)
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