1.4MWh LFP Battery System
Thirty battery packs use 314Ah LFP cells. The system operates at 768V rated voltage with a 600V to 876V battery voltage range.
KUNETIC 750kW / 1.446MWh Solar-Diesel Hybrid Battery Energy Storage Container
This prefabricated, liquid-cooled LFP battery energy storage container combines 1.4MWh storage, a 750kW PCS and up to 720kW PV input. It is designed for large C&I solar projects and solar-diesel hybrid microgrids where storage, PV conversion and site power must be planned together. A separate 1000kW STS outdoor cabinet can be configured for grid-connected and off-grid project architectures. The generator interface, operating mode and site electrical design are confirmed during engineering review. The Datasheet CTA remains visible when no approved KUNETIC PDF is attached. It opens the request modal and does not expose the original supplier PDF as a direct download.
1.4MWh Rated Energy 
750kW PCS Rated Power 
720kW Max. PV Input 
Liquid Cooling Cooling System Overview
A Prefabricated Energy Block for Solar-Diesel Hybrid Projects The container combines 1.4MWh LFP battery storage, power conversion and PV input in one prefabricated equipment package. It provides 750kW rated AC input/output power and up to 720kW PV input. On the project side, the container works with the site AC bus, industrial loads, the utility grid and an existing or planned diesel generator according to the approved electrical design. The configurable 1000kW STS is a separate outdoor cabinet rather than standard equipment inside the main container. For background on containerized storage formats and purchasing considerations, see the BESS container guide.
What It Solves
Multi-Equipment Integration
Battery storage, PCS and PV input are combined in one prefabricated container, reducing the number of separate equipment packages that must be coordinated on site.
MWh-Scale C&I Storage
The 750kW / 1.4MWh configuration gives EPCs and project owners a defined starting point for large commercial and industrial energy projects.
Hybrid Microgrid Planning
The system provides a storage and power-conversion base for projects that combine solar PV, grid supply, industrial loads and diesel generation.
Grid and Off-Grid Configuration
A separate 1000kW STS outdoor cabinet can be included when the approved project architecture requires grid-connected and off-grid operating modes.
Integrated Power and Energy
1.4MWh Storage, 750kW PCS and 720kW PV Input in One Container
Protection, monitoring, thermal control, and expansion are presented as one operating system, not isolated feature cards.
750kW Rated PCS Power
The PCS provides 750kW rated AC input/output power. Maximum input/output is specified at 900kVA.
720kW Integrated PV Input
The integrated MPPT section supports up to 720kW PV input, with a 150V to 950V MPPT range and 1000Vdc maximum input voltage.
Prefabricated Container Delivery
The main energy equipment is supplied as a prefabricated container package. Foundation, cabling, protection coordination and commissioning remain part of the project design.
Cluster-Level Power Conversion
One PCS per Battery Cluster
Defined Cluster-to-PCS Relationship
Each battery cluster is paired with its own PCS path rather than relying on one common conversion stage for several parallel clusters.
BMS and PCS Integration
Battery monitoring and power conversion are coordinated within the cluster architecture. Final control settings are established during project engineering and commissioning.
Clearer Cluster Management
The architecture provides a defined cluster-level control structure for project design and operation.
Project-Dependent Grid Configuration
Optional 1000kW STS Outdoor Cabinet
Separate Outdoor Cabinet
The STS is planned as an independent outdoor cabinet alongside the main energy storage container.
Grid and Off-Grid Architecture
The STS can form part of the approved switching architecture for projects that need more than one operating mode.
Engineering Review Required
Switching sequence, generator coordination, protection settings and site interfaces are confirmed from the project electrical design.
Defined Site Conditions
Liquid-Cooled IP54 Container for Outdoor Energy Projects
Liquid Cooling
The battery system uses liquid cooling to manage operating temperature within the specified site conditions.
IP54 Enclosure
The container has an IP54 enclosure protection rating for outdoor equipment deployment.
Temperature Range
The specified ambient range is -25°C to 60°C. Output is subject to derating above 45°C.
Site Limits
The listed humidity range is 10% to 95% RH, and the specified installation altitude is below 2000m.
Applications
MWh-Scale Storage for Hybrid Microgrids and Large C&I Sites
A defined storage, PCS and PV-input platform for projects that coordinate solar generation, grid supply, industrial loads and diesel generation.
Solar-Diesel Hybrid Microgrids
For EPCs and system integrators that need to combine PV, battery storage and an existing or planned diesel generator within one project architecture. Generator sizing, interface and control logic are confirmed for the site.
Weak-Grid and Off-Grid Industrial Sites
For industrial projects where grid availability or operating mode requires a site-specific switching and protection design. The optional STS cabinet is evaluated as part of that design.
Mining and Remote Infrastructure
For remote industrial loads that use a mix of solar generation, stored energy, grid supply where available and diesel generation. Fuel savings and backup duration depend on the project load and operating strategy.
Large C&I Solar Storage
For factories, industrial parks and large commercial facilities that need an MWh-scale battery and PCS configuration alongside a substantial PV system.
Construction and Temporary Infrastructure
For projects that prefer a prefabricated container equipment package. Transport, foundation, cabling and recommissioning requirements are assessed for the intended site.
Actual PV capacity, generator data, load profile, backup objective and operating strategy must be reviewed before the final configuration is confirmed. See the KUNETIC Solar + Storage + Diesel solution for the wider project context.
Project Configuration Support
Define the System Around the Site Operating Plan
Load and Runtime Assessment
Provide the load profile, peak demand, critical loads and required operating duration so the 750kW / 1.4MWh configuration can be checked against the project duty.
PV Input Matching
Provide the planned PV capacity, operating voltage and array data for review against the 720kW maximum PV input and the specified voltage window.
Grid and Generator Interface Review
Provide utility conditions and generator specifications. Final connection, communication and control requirements are project-dependent.
STS and Operating Mode
Confirm whether the site requires grid-connected, off-grid or mixed operating modes so the separate 1000kW STS option can be evaluated.
Communication and Site Conditions
CAN, RS485 and WiFi are listed communication options. Final selection is reviewed together with ambient temperature, humidity, altitude and site access.
Regional Compliance Review
Provide the target market, grid-code requirements and required certifications before the commercial and technical configuration is finalized.
Technical Specifications
KUNETIC K-ePowerMax-C1440 Technical Specifications
Engineering data from the product sheet.
MODEL
K-ePowerMax-C1440
Battery System
| Battery Chemistry | LFP (Lithium Iron Phosphate) |
| Battery Packs | 30 |
| Cell Capacity | 314Ah |
| Rated Voltage | 768V |
| Voltage Range | 600V to 876V |
| Rated Energy | 1446.912kWh |
| Max. Continuous Charge/Discharge Current | 942A |
| Cycle Life | 6,000 cycles at 25°C, 0.5C/0.5C, 90% DOD, ≥70% SOH |
PV and MPPT Input
| Integrated MPPT Power | 720kW |
| Max. PV Input Power | 720kW |
| Rated Input Voltage | 600Vdc |
| Max. Input Voltage | 1000Vdc |
| MPPT Voltage Range | 150V to 950V |
| PV Input Current | 45A × 32 |
PCS and AC System
| Rated Input/Output Power | 750kW |
| Max. Input/Output Power | 900kVA |
| Overload Capacity | 1.1Pn for 10 minutes; 1.2Pn for 1 minute |
| Max. Efficiency | 98.00% |
| AC Connection and Voltage | 3L/N/PE; 400V |
| Frequency | 50/60Hz |
| THDi | ≤3% |
| Power Factor | 1 leading to 1 lagging |
System and Enclosure
| Architecture | One PCS corresponds to one battery cluster |
| Communication | CAN / RS485 / WiFi, final configuration subject to project review |
| Enclosure Protection Rating | IP54 |
| Cooling | Liquid cooling |
| Dimensions (W × D × H) | 6058 × 2438 × 2591mm |
| Weight | About 22.5T |
Environmental Conditions
| Ambient Temperature | -25°C to 60°C; derating above 45°C |
| Humidity | 10% to 95% RH |
| Altitude | <2000m |
Datasheet Downloads
KUNETIC 750kW / 1.446MWh Solar-Diesel Hybrid Battery Energy Storage Container Datasheet
Complete product specifications, system topology, and installation reference for project evaluation.
FAQ
The main container includes a 1.4MWh LFP battery system, a 750kW PCS, a 720kW MPPT section, liquid cooling and an IP54 enclosure. The diesel generator and the configurable 1000kW STS outdoor cabinet are external project equipment rather than standard equipment inside the container.
No. It is a separate configurable outdoor cabinet for projects that require a grid-connected and off-grid switching architecture. Its use and final electrical design are confirmed during project engineering.
The product can be configured as part of grid-connected and off-grid project architectures with the separate 1000kW STS cabinet. The switching sequence, protection settings and operating logic depend on the approved site design.
The product is intended for Solar + ESS + Diesel hybrid projects. Generator capacity, voltage, interface, communication and control requirements are reviewed for each project before the final configuration is confirmed.
Maximum PV input power is 720kW. The rated input voltage is 600Vdc, the MPPT range is 150V to 950V, and maximum input voltage is 1000Vdc. The final array design must also comply with the specified input-current and site conditions.
The stated value is 6,000 cycles at 25°C, using 0.5C charge and 0.5C discharge, 90% DOD and an end-of-life condition of at least 70% SOH. These conditions should be kept together when comparing cycle-life figures.
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Tell us about your site load, PV capacity, backup requirements, or target project size. Our engineers will help configure the right system for your needs.
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KUNETIC 750kW / 1.446MWh Solar-Diesel Hybrid Battery Energy Storage Container
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KUNETIC 750kW / 1.446MWh Solar-Diesel Hybrid Battery Energy Storage Container
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