Liquid Energy Storage Container 500kW-1MWh/1.5MWh
500 kW / 1-1.5 MWh
Liquid Energy Storage Container 500kW-1MWh/1.5MWh packages cells, racks, BMS, thermal management and fire protection into a single shipping-container footprint rated at 500 kW / 1-1.5 MWh, so the site work reduces to foundation, cabling and commissioning.
Standards Referenced On The Original Datasheet
- IEC
- UN3536
- UN38.3
- MSDS
What This Product Changes On Your Project
- Remote monitoring over standard industrial protocols, so the system reports into an existing SCADA or EMS
- Outdoor-rated enclosure removes the cost of a dedicated, ventilated battery room
- Pre-integrated and factory-tested, so site work is foundation, cabling and commissioning rather than assembly
- Battery, thermal management, BMS and fire suppression are specified against each other by one supplier
- Modular capacity - additional units run in parallel as the site load or tariff exposure grows
Application Scenarios
- Commercial campuses shifting PV output from midday into the evening tariff window
- Industrial sites bridging short utility interruptions without starting a generator
- Grid-side projects providing frequency and capacity support
- Sites whose grid connection cannot be upgraded, using storage instead of more feeder capacity
- Mining, quarry and remote industrial sites running a diesel-PV-storage hybrid
Who It Is For
- EPC contractors delivering commercial and industrial storage projects
- Industrial plant engineers managing demand charges and process continuity
- Independent power producers and grid-side project developers
- Energy service companies building performance-based storage offers
Problems It Solves
- Multi-vendor integration risk when cells, PCS and controls come from three suppliers with three warranties
- Demand charges set by a handful of peak intervals each month rather than by total consumption
- Grid connection capacity that will not be upgraded in time for the site's growth plan
- Curtailment or export limits that waste PV output the site has already paid for
Technical Features
- Thermal management sized to hold cell temperature spread across the pack, which is what drives uneven ageing
- Fire detection and suppression designed into the enclosure rather than added by the installer
- Parallel operation of multiple units under one energy management layer
- Industrial communication interfaces for SCADA, EMS and remote diagnostics
- Cells, racks, BMS, thermal management and fire suppression integrated and tested before shipment
Published Specification Data
These figures come from the manufacturer datasheet for this model. Where a value you need is not listed, ask for the full datasheet rather than assuming a typical figure.
| Rated power | 500 kW |
|---|---|
| Energy capacity | 1-1.5 MWh |
| String configuration | 1P260S |
| Nominal voltage | 832V |
Quality Control
- Aged and burn-in run before packing, so early-life failures happen in the factory
- Serialised traceability from cell batch to finished unit
- Packing inspection and photo record before container loading
- Incoming inspection of cells, power electronics and structural parts before assembly
- Capacity and internal-resistance grading so cells within a pack are matched
Customization Options
- Grid code and AC voltage set for the destination market
- Enclosure colour and customer branding
- Communication protocol mapped to the site's existing EMS or SCADA
- Cooling and ingress rating selected for the site climate
How It Compares With The Alternatives
| A site-built battery room | The enclosure, thermal system and fire protection ship as one tested assembly, so the site does not have to build, ventilate and certify a room for them. |
|---|---|
| A diesel generator | Storage responds in milliseconds and has no fuel logistics, but it holds a finite energy budget - most industrial sites end up running both, with storage taking the peaks. |
| Grid connection upgrade | A capacity upgrade is a utility timeline the site does not control. Storage is a capital item the site can schedule itself. |
Getting This Product Right On Site
- 1
Confirm grid code, AC voltage and any export limitation required by the utility before production
- 2
Prepare a level foundation, cable routes and a clear service envelope around the enclosure
- 3
Commission with the supplier's sequence and record the baseline before the first billing cycle
- 4
Review the demand-charge line on the first two bills against the model and retune the dispatch schedule
- 5
Send twelve months of interval meter data so the system is sized against the real demand curve, not the connected load
Liquid Energy Storage Container 500kW-1MWh/1.5MWh - Buyer Questions
What certification does the system carry
How is the system shipped and what does the site need to prepare
Can several units run in parallel
Do you support commissioning and after-sales on site
What is the minimum order quantity
What is the lead time on this system
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View Product →Background For This Specification Decision
How thermal design affects cell temperature spread, and why that spread - not peak temperature - drives uneven ageing across a pack.
Read the guide →Installation GuideBESS Site Requirements and Shipping PreparationWhat a site needs ready before a containerised or cabinet storage system arrives, and what the shipment itself requires.
Read the guide →FAQ ArticleBattery Certifications Explained For Export BuyersWhat UN38.3, IEC62933, UL9540 and the CE marking each cover, and which one your shipment or your grid connection actually needs.
Read the guide →Factories, warehouses, cold stores and commercial campuses where the electricity bill is driven as much by demand charges as by consumption.
See the application →Utility Scale and Grid Side ProjectsGrid-connected storage and generation projects where the equipment is assessed on certification, dispatch behaviour and long-term degradation.
See the application →EV Charging and Mobile PowerCharging hubs and temporary power sites where the peak draw of simultaneous sessions exceeds what the local grid connection can supply.
See the application →Request A Quote For Liquid Energy Storage Container 500kW-1MWh/1.5MWh
Tell us the quantity, the destination market and the application. We reply within 12 hours with lead time, certification and pricing.