1044 kWh Containerised Energy Storage System (4 × 261 kWh)
Four 261 kWh liquid-cooled cabinets in a containerised outdoor system, for utility and infrastructure scale storage.
AllGrand · 09 product families
Lithium Battery Storage Systems
Compare containerised, liquid-cooled cabinet, wall-mounted and stacked lithium storage systems for commercial and industrial projects. Match capacity, power and installation space before requesting a configuration.
All products
Lithium batteries
- 1044 kWh Containerised Energy Storage System (4 × 261 kWh)
- 522 kWh Liquid-Cooled Energy Storage Cabinet (250 kW)
- 261 kWh Liquid-Cooled Energy Storage Cabinet
- High-Voltage Stacked Energy Storage System
- Ground-Mounted Mobile Energy Storage System
- Wall Mount Energy Storage System
- Square Stacked Energy Storage System
- Ultra-Thin Stacked Energy Storage System
- Lead-to-Lithium Battery
522 kWh Liquid-Cooled Energy Storage Cabinet (250 kW)
A 250 kW / 522 kWh outdoor liquid-cooled cabinet with integrated PCS, thermal management and fire suppression.
261 kWh Liquid-Cooled Energy Storage Cabinet
A 261 kWh outdoor liquid-cooled cabinet for commercial and industrial storage.
High-Voltage Stacked Energy Storage System
384V314Ah
A 120 kWh high-voltage cabinet with three-level BMS monitoring, for small factories, scenic areas, border posts and islands.
Ground-Mounted Mobile Energy Storage System
51.2V200Ah · 51.2V280Ah · 51.2V314Ah · 51.2V400Ah · 51.2V628Ah
A floor-standing mobile storage unit built on long-cycle LFP cells, for homes, shops and offices that need stored energy they can move.
Wall Mount Energy Storage System
51.2V100Ah · 51.2V200Ah · 51.2V300Ah
A wall-mounted unit that frees up floor space and keeps stored energy out of the way, with integrated BMS protection.
Square Stacked Energy Storage System
51.2V100Ah · 51.2V200Ah · 51.2V300Ah · 51.2V400Ah
Modular square modules stacked in a cabinet, self-cooled with no dust accumulation and compatible with most mainstream inverters.
Ultra-Thin Stacked Energy Storage System
51.2V100Ah · 51.2V200Ah · 51.2V300Ah · 51.2V400Ah
The same modular stack in a 240 mm deep enclosure, for installations where depth is the constraint.
Lead-to-Lithium Battery
12V100Ah · 12V200Ah
A drop-in 12.8 V LFP replacement for lead-acid batteries, with Bluetooth monitoring — for RVs, low-speed vehicles, small UPS and marine systems.
Selection matrix
Start with the operating duty, then confirm the electrical detail
Use this table to shortlist a family. Model selection still depends on the load, runtime, temperature and installation.
| Product family | Best fit | Confirm first |
|---|---|---|
| Containerised ESS | Commercial, industrial, microgrid and infrastructure storage | Peak kW, usable kWh, site rating and grid interface |
| Liquid-cooled cabinets | Scalable outdoor C&I storage and modular projects | Cabinet count, thermal design, controls and service access |
| Stacked ESS | Indoor commercial storage and phased expansion | Load profile, available floor space and future capacity |
| Wall-mounted ESS | Cabinet, telecom, light-industrial and indoor backup | Continuous power, mounting surface and thermal clearance |
| Ground-mounted mobile ESS | Temporary, construction, event and remote-site power | Transport, relocations, autonomy and site conditions |
| Lead-to-lithium replacement | 12 V UPS, telecom and equipment retrofit projects | Charger profile, BMS compatibility and peak load |
Send the load and installation details and our engineers will shortlist the model.
Request a selection review
Buying for a project?
Send the application, quantity and destination. We confirm the model, datasheet, price and lead time in one reply.
Engineering guides
Choose and specify with the engineering inputs in view
Commercial BESS supplier due diligence
Use 12 procurement questions to compare system scope, interfaces, safety evidence, guarantees and service assumptions.
Read the guide →
Commercial BESS sizing: 7 procurement checks
Turn load data, usable energy, C-rate and site constraints into a defensible storage specification.
Read the guide →
Battery storage runtime calculation
See why nameplate kWh is not usable AC energy and which efficiency, temperature and aging losses to include.
Read the guide →
How to choose a BESS C-rate
Match continuous power to the real load profile instead of over-sizing the battery for a short peak.
Read the guide →
Let's build the right energy solution.
Send us the application, nominal voltage and capacity target. Our engineers will specify the battery and system architecture around it.