Container Energy Storage
ESX5016 — large containerised system using 3.2 V / 314 Ah LFP cells in a 12P416S arrangement for grid and utility-scale storage.
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Lithium Energy Storage — Container & C&I Systems
LFP cell3.2 V lithium iron phosphate chemistry
2 formatsContainerised and cabinet systems
ESX5016 · 12P416SLarge container system configuration
ESG261 · 1P260SIndustrial & commercial cabinet
Lithium iron phosphate energy storage in two form factors — large containerised systems for grid-scale and utility use, and cabinet systems for industrial and commercial sites.
Get A QuoteOverview
SANY lithium energy storage systems use lithium iron phosphate (LFP) cells in two integrated form factors. Large containerised systems are built for grid-scale and utility storage, while industrial and commercial cabinets serve factories, commercial buildings and renewable self-consumption sites, pairing safely with solar and wind generation.
The container system (ESX5016) is based on 3.2 V / 314 Ah cells in a 12P416S configuration, and the cabinet system (ESG261) uses a 1P260S arrangement. Both integrate battery modules, management and thermal control into a factory-assembled unit, ready for connection to PV, wind or the grid with built-in fire safety.
Container systems are paralleled to match grid-scale requirements, while cabinets are sized to a facility's load profile, peak-shaving target and backup window. Typical applications cover renewable smoothing and time-shifting, industrial demand-charge management, commercial backup, off-grid and microgrid supply. Projects are supported by application engineering and the SANY global parts and service network across 180+ countries.
SANY lithium energy storage systems use lithium iron phosphate (LFP) cells in two integrated form factors. Large containerised systems are built for grid-scale and utility storage, while industrial and commercial cabinets serve factories, commercial buildings and renewable self-consumption sites, pairing safely with solar and wind generation.
The container system (ESX5016) is based on 3.2 V / 314 Ah cells in a 12P416S configuration, and the cabinet system (ESG261) uses a 1P260S arrangement. Both integrate battery modules, management and thermal control into a factory-assembled unit, ready for connection to PV, wind or the grid with built-in fire safety.
Container systems are paralleled to match grid-scale requirements, while cabinets are sized to a facility's load profile, peak-shaving target and backup window. Typical applications cover renewable smoothing and time-shifting, industrial demand-charge management, commercial backup, off-grid and microgrid supply. Projects are supported by application engineering and the SANY global parts and service network across 180+ countries.
Product Families
Industrial & Commercial Cabinet
ESG261 — cabinet energy storage with 1P260S cell configuration for factories, buildings and behind-the-meter applications.
Request A Quote →Key Advantages
LFP Chemistry
3.2 V lithium iron phosphate cells offer long cycle life and inherent thermal stability.
Containerised Build
Factory-assembled container ships as one unit, cutting on-site installation time.
Integrated System
Battery modules, management, thermal control and fire safety built into one enclosure.
Renewable Ready
Pairs directly with SANY PV and wind generation for self-consumption and backup.
Technical Parameters
Representative electrical configuration for the storage families. Full system ratings (energy, power, voltage) are available on request.
| Container Storage — Sales Model | ESX5016 |
| Container Storage — Cell | 3.2 V / 314 Ah (LFP) |
| Container Storage — Configuration | 12P416S |
| C&I Cabinet — Sales Model | ESG261 |
| C&I Cabinet — Cell | 3.2 V LFP cell |
| C&I Cabinet — Configuration | 1P260S |
| Chemistry | Lithium iron phosphate (LFP) |
| Integrated Systems | Battery modules, BMS, thermal control, fire safety |
| Typical Application | Grid-scale / utility storage and behind-the-meter C&I storage |
Parameters are indicative. Energy capacity, power rating and system voltage are configured per project and available on request.
Customisation & Applications
Container systems are scaled and paralleled to match grid-scale energy requirements, while cabinets are sized to a facility's load profile, peak-shaving target and backup window. Both can be integrated with SANY photovoltaic and wind generation to form renewable-plus-storage microgrids.
Typical applications include utility-scale renewable smoothing and time-shifting, industrial peak shaving and demand-charge management, commercial backup power, off-grid and microgrid supply, and ancillary grid services.
Brochures & Documents
Lithium Energy Storage Brochure (PDF)
Full product brochure with system configurations and project reference data.
Go to Downloads →