40-HQ 2.411MWh Containerized Energy Storage System product image

Energy Storage SystemsModel and configuration evidence reviewUp to 1000 kW active off-grid AC power stated; grid block by project

40-HQ 2.411MWh Containerized Energy Storage Project Platform

Current source identity: a 40-HQ form-factor project platform, not a complete fixed DC+AC+MV system model; source AC and PV values are optional routes.

This source-derived 40-foot high-cube platform lists 2.411 MWh nominal LFP energy, 150 × 51.2 V/314 Ah battery modules, a 768 V rated battery route, air cooling and CAN/Modbus TCP/IP. A 1 MW/1.1 MVA AC block and several PV input powers appear only as source options and are not confirmed as included equipment. The exact DC container, PCS, transformer/MV, EMS, HVAC, fire system, usable energy, auxiliary load, transport condition and acceptance guarantees must be fixed by project BOM.

Platform: 40-HQ container / 2.411 MWh nominal LFP
Displayed DC route: 150 × 51.2 V 314 Ah / 768 V rated / 672–864 V
Displayed AC option: Up to 1 MW active / 1.1 MVA / 400 V; inclusion unconfirmed
Physical record: 12192 × 2438 × 2896 mm / 38 t source value

Request Quote Request Confirmed Datasheet

Current source-derived specifications

These values are preserved from the current product record. Read them with the configuration, compatibility, document and project boundaries below before using them in a quotation.

Battery & Energy

Nominal Energy	2.411 MWh
Battery Platform	LiFePO4; 150 × 51.2 V 314 Ah battery modules stated
Voltage	672–864 V; 768 V rated battery voltage
Rated Capacity	3,140 Ah

System & Installation

System Type	Air-cooled containerized energy storage system
Rated Power	Up to 1000 kW active off-grid AC power stated; grid block by project
Cooling	Air cooling
Protection	Modular fire-protection system described in source material
Communication	CAN bus / Modbus TCP/IP
Dimensions	12192 × 2438 × 2896 mm (40-HQ)
Weight	38 t
Recommended Application	Large industrial microgrids, renewable integration and utility-scale storage blocks
Depth of Discharge	90%
System Charge Rate	0.5C
System Discharge Rate	0.5C to 1C
Operating Temperature	0 to 50°C
Relative Humidity	5% to 95%
Installation Altitude	<2,000 m
Design Lifespan	More than 15 years
AC Block (source option)	1,100 kVA max.; 1,000 kW active power; 400 V; 50/60 Hz
PV Input (source option)	1,000 V max.; 1,200 / 1,320 / 1,440 kW; 250 to 850 V MPPT range

Current document status

Request a configuration-specific battery/PCS/EMS/HVAC/fire/MV BOM, datasheets, one-lines, container drawings, usable-energy/RTE and degradation basis, safety/transport files, civil loads, commissioning plan, warranty and performance guarantees.

Current container-platform evidence

Separate the DC battery container from optional AC, PV and MV blocks

The platform cannot be quoted as turnkey until the included equipment and interfaces are fixed.

DC battery identity

2.411 MWh nominal, 3,140 Ah, 768 V rated and 672–864 V are listed with 150 modules. Confirm racks/strings, BMS hierarchy, DC combiner/protection and usable energy.

Optional AC/PV routes

1 MW/1.1 MVA/400 V AC and 1,200/1,320/1,440 kW PV options appear in the source. They must not be treated as included or mutually compatible without a configuration matrix.

Thermal and fire scope

Air cooling and modular fire protection are described without HVAC capacity/redundancy, auxiliary consumption, detector/suppression design, standards or site fire interface.

Container and transport

40-HQ dimensions and 38 t are listed. Confirm CSC/structural status, shipping condition/SOC, gross transport weight, lifting, route limits, center of gravity and site unloading.

Container ESS RFQ checks

Six project packages required before comparing container offers

The buyer must define whether the quotation is DC-only, AC-coupled or a complete MV block.

Supply boundary

State DC battery container, PCS, transformer, MV switchgear, EMS/PPC, auxiliary transformer, HVAC, fire, metering, cables and spares as included, optional or by others.

Duty and guarantees

Define MW/MWh at POC, duration, cycles/day, SOC window, reserve, RTE boundary, auxiliary load, degradation, availability and end-of-life requirement.

Electrical architecture

Provide DC string/rack layout, PCS topology, AC voltage, transformer/MV, fault level, grounding, protection, grid code, PPC/SCADA and station-service power.

Thermal/fire/safety

Define climate, HVAC redundancy, gas/smoke/heat detection, suppression, ventilation/explosion strategy, emergency shutdown, separation and AHJ/code requirements.

Civil and logistics

Confirm foundation loads, drainage, cable trenches, clearances, access, crane/lifting, route survey, shipping SOC, dangerous-goods documents and destination handling.

Acceptance and warranty

Request design review, FAT, delivery inspection, SAT, capacity/RTE tests, controls/protection/grid tests, training, O&M, spares, warranty remedies and service response.

Container performance boundaries

2.411 MWh nominal does not establish a 1 MW turnkey plant

The AC/MV equipment, usable-energy basis and project acceptance boundary remain open.

DC nominal energy is not POC energy

Apply SOC/DoD, cell/BMS limits, DC and PCS losses, HVAC/fire/auxiliary load, transformer loss, temperature, degradation and reserve.

Optional AC/PV values are not a delivered BOM

Do not combine source options into one system without exact model codes, electrical compatibility, controls, protection and supplier confirmation.

15-year wording is not a performance warranty

Define warranted years, cycles/throughput, retained capacity, availability, environment, exclusions, augmentation and remedies in the contract.

Fire labels are not site approval

Require detailed design, test evidence, code/AHJ review, emergency response, ventilation logic, separation and commissioning of all safety interfaces.

Continue the container ESS review

Connect the container platform to utility scope and logistics

These resources help define the complete BOM and phased delivery responsibilities.

Utility project procurement solution

Coordinate storage blocks, MV equipment, controls, studies, civil work, logistics, commissioning and acceptance.

Review utility scope →

Phased project delivery guide

Plan document release, factory readiness, logistics, site sequence, inspection and handover across project packages.

Review delivery controls →

2.411 MWh container ESS FAQ

Questions to close before defining the turnkey boundary

The final answer must come from one approved project configuration and contract performance schedule.

Does the container include a 1 MW PCS and MV station?

Not proven by the current record. The 1 MW/1.1 MVA AC block is a source option. Define PCS, transformer, MV switchgear, EMS/PPC and auxiliary equipment explicitly in the BOM.

Is 2.411 MWh the usable energy at the grid connection?

No. It is nominal DC energy. Confirm warranted usable MWh at the stated POC after reserve, losses, auxiliaries, temperature, power and degradation.

Can the 38 t container ship without further review?

No. Confirm final gross weight, dimensions, CSC/structural documentation, dangerous-goods classification, shipping SOC, route/port limits, lifting and site unloading.

Which performance tests should be contracted?

Define capacity/usable-energy, RTE, power, auxiliary load, controls, protection, grid response, alarms/fire interfaces, availability and measurement/tolerance conditions.

Define a configuration-specific 2.411 MWh ESS RFQ

Send the required MW/MWh at POC, duty, DC/AC/MV supply boundary, grid/control requirements, climate/fire conditions, logistics and acceptance guarantees.

Start with the product, application or project information you have. We can help identify the remaining configuration, document or delivery questions before a final quotation.

Define the Container Scope