Freedom Won Containerised Range
Modular battery modules from 442, 885, to 1770kWh that can scale to 23MWh. PCE range 100, 150, to 250kW that can scale to 6MW. High-voltage lithium systems engineered for commercial, industrial, and utility-scale deployment. Kraken Flex VPP/FCAS with the ATESS PCE option.
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3M (442kWh) Containerised System
Modular PCE and battery storage system
View Specifications- Module capacity 442kWh, scalable up.
- ATESS, HPS100
- ATESS, HPS150
- On or off grid capability
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6M (885kWh) Containerised System
Containerised high-voltage lithium battery platform.
View Specifications- Module capacity: 885 kWh, scalable up.
- ATESS HPS150
- ATESS PCS250
- Megarevo MPS150
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12M ( 1,770 kWh) Containerised System
High-capacity commercial container battery system.
View Specifications- Module cap: 1,770 kWh, up to 23MWh
- ATESS PCS250
- Megarevo MPS250
- Kraken Flex VPP/FCAS(ATESS)
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Capacity Range
Modules 442kWh–1.7MWh that can scale to 23MWh
Designed for high-capacity commercial and grid-support deployments. -
Architecture
High-voltage lithium platform with integrated BMS
Structured internal configuration with defined protection architecture. -
Thermal Management
Passive or fan-assisted cooling (model dependent)
Engineered airflow within sealed commercial container format.
Integration & Deployment Considerations
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Integration Considerations
Freedom Won systems require structured integration planning across system architecture, control strategy, and site conditions prior to deployment.
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HV Inverter Pairing
High-voltage inverter compatibility must be aligned with system voltage range, charge parameters, and communication protocol.
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Commissioning Planning
Commercial systems require structured commissioning sequencing and clearly defined manufacturer-aligned escalation pathways.
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Protection & Compliance
Site-level protection coordination, earthing strategy, and Australian Standards compliance must be verified before commissioning.
Lithium System Architecture
Freedom Won platforms are engineered for large-scale deployment where grid interaction, peak management, or staged expansion is required.
Most integration risks occur before commissioning. Architecture matters.