Newsroom
The HV48300 MAX SE structure and installation are based on a large cabinet-format energy storage system. Its physical dimensions, cabinet weight, mounting structure, and parallel connection capability are important when planning a commercial or industrial battery installation.
The HV48300 MAX SE cabinet measures 1750 × 1450 × 2350 mm (W × D × H).
Depending on the configuration, the system weighs approximately 1,686–2,519 kg. The weight should be considered when planning transportation, lifting, floor loading, and final cabinet positioning.
The installation area needs to accommodate the full cabinet footprint and provide sufficient access for moving the cabinet into place.
The HV48300 MAX SE uses a cabinet-based structure that integrates the battery modules and related system components into one enclosure.
The cabinet has an IP55 rating and supports indoor and outdoor installation.
For installation, the cabinet should be placed on a suitable foundation or floor capable of supporting its weight. The installation layout should also leave sufficient space for cable connections and maintenance access.
The HV48300 MAX SE uses a universal mounting structure for inverter integration. This allows the battery system to be arranged with different inverter models according to the project configuration.
The cabinet and inverter position should be planned together so that DC cables, communication cables, grounding connections, and other wiring can be routed without interfering with cabinet access.
T The HV48300 MAX SE supports flexible battery configurations. In a 1P architecture, the system ranges from 1P8S to 1P15S, with rated energy from 128.60kWh to 241.15kWh. Alternatively, a 2P architecture (two BCUs in parallel) can be used, with each BCU supporting up to 1P7S, providing 225.06kWh of rated energy.
The 1P15S configuration provides 241.15kWh rated energy, 120.57kW rated power, and an operating voltage range of 697.5V to 852V.
This structure allows the battery configuration to be selected according to the required energy and voltage range.
Multiple HV48300 MAX SE cabinets can be connected in parallel for larger energy storage systems.
This cabinet-level expansion method allows additional battery capacity to be added without changing the basic cabinet structure. When designing a multi-cabinet installation, sufficient space should be reserved for each cabinet, along with the required cable connections and service access.
The HV48300 MAX SE includes an integrated HVAC system for cabinet temperature management.
The system provides 5,000W cooling capacity at L35 and 2,500W heating capacity. Module-level fans support forced-air cooling inside the cabinet.
The cabinet layout should leave the HVAC air paths unobstructed so that the thermal management system can operate properly.
The HV48300 MAX SE incorporates several safety components within the cabinet structure, including:
Hazardous gas detection and ventilation
Aerosol suppression
Pressure relief
Fire hose connection port
These components should remain accessible after installation. The cabinet layout should not obstruct the relevant interfaces or emergency access points.
For an HV48300 MAX SE installation, the main structural and installation points are:
Cabinet size: 1750 × 1450 × 2350 mm
Weight: approximately 1,686–2,519 kg, depending on configuration
Installation: indoor or outdoor
Enclosure: IP55
Mounting: universal structure for inverter integration
Battery configuration: 1P7S to 1P15S
Parallel connection: multiple cabinets supported
Thermal management: integrated HVAC with cooling and heating
Safety: gas detection, ventilation, aerosol suppression, pressure relief, and fire hose connection