Growatt APX 98034-P2 + Base

Growatt APX 98034-P2 + Base – Power Module for High-Voltage Energy Storage

Essential foundation for Growatt APX HV battery systems – scalable from 5 to 30 kWh

The Growatt APX 98034-P2 + Base bundle includes the core power module (BMS) and the battery base platform, forming the intelligent heart and physical foundation of Growatt’s modular high-voltage APX battery system. This configuration is designed for integration with Growatt MID 11-30KTL3-XH inverters and supports a total battery capacity between 5 and 30 kWh, depending on the number of APX 5.0P-B1 battery modules used.

Power Module (APX 98034-P2) – Intelligent System Control

• Essential for operation of Growatt APX high-voltage battery systems
• Compatible Inverters:
• Growatt MOD 3–10KTL3-XH (3-phase hybrid inverter)
• Growatt MID 11–30KTL3-XH (3-phase hybrid inverter)
• Scalable battery configuration:
• 1–6 APX 5.0P-B1 battery modules per cluster (5 to 30 kWh total per cluster)
• Supports dual-cluster setups with two BMS units for up to 60 kWh capacity when used with MID-XH series
• Max. charge/discharge power: Up to 15 kW (subject to inverter limits)
• Pack-level optimization: Soft-switching tech enables independent charge/discharge of each module
• Mix-and-match capability: Combine new and old battery modules in one stack
• Advanced protection features:
• Active BMS per module
• Built-in aerosol fire protection
• Replaceable system-level fuse
• Durable IP66-rated housing for indoor/outdoor installation

Battery Base – Stability & Installation

• Modular support platform: Allows stacking of 1–4 battery modules per base.
• Easy setup: Ensures proper spacing, ventilation, and secure positioning.
• Expandable: Two bases can be linked for more than four battery modules.
• Designed for stability: Accommodates vertical stacking and ensures long-term safety.

Ideal For

• Scalable residential and small commercial battery systems
• Projects requiring battery expansion with mixed SoC or new/old modules
• Installations where serviceability, safety, and long-term flexibility are priorities