DPA Cabinet Range
Low-voltage DC lithium cabinet systems engineered for large residential, agricultural, commercial and industrial applications. System integration design, cabinet assembly and full factory testing conducted in Victoria before delivery.
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Deye Single Phase
2 Bay Cabinet, Inverter & MPPT gear plates
View Specifications- 5,8,10,16kW Inverter options
- Max batt capacity:50kWh
- DC Bus terminal blocks
- Fan forced cooling
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Deye Three Phase
8 Bay Cabinet, Inverter & MPPT gear plates
View Specifications- 12, 24, 50, 100kW Inverter options
- Max batt capacity:120kWh
- DC Bus terminal blocks
- Fan forced cooling
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Victron Single Phase
2 Bay Cabinet, Inverter & MPPT gear plates
View Specifications- 5, 8, 10, 15, 20,kVa* Inverter options
- Max batt capacity: 50 kWh
- DC Bus terminal blocks
- Fan forced cooling
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Victron Three Phase
3 Bay Cabinet, Inverter & MPPT gear plates
View Specifications- 30,45,60 kVa* Inverter options
- Max batt capacity:160kWh
- DC Bus terminal blocks
- Fan forced cooling
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Capacity Range
50-120kWh per cabinet.
Designed for off grid, on grid and fringe of grid sites.
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Architecture
Low-voltage lithium platform with integrated BMS. IP55 Steel cabinets. Various sizes
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Thermal Management
All models include fan-assisted cooling.
Integration & Deployment Considerations
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Integration Considerations
DPA cabinet systems require coordinated planning and configuration prior to deployment.
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HV Inverter Pairing
High-voltage inverter compatibility must be reviewed against system voltage range, charge parameters, and communication protocol.
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Commissioning Planning
Ensure a plan for commissioning has been prepared so all onsite loads can be operated in both normal and exception modes. Check generator syncing, pass through and battery charging. Testing should also include, remote monitoring, solar production and battery charging.
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Protection & Compliance
Site-level protection coordination, earthing strategy, and Australian Standards compliance must be verified before commissioning.