AES Cabinets &
Sol-Ark 30K/60K/100K
Inverter Integration
A Seamless High-Voltage ESS Solution
AES Cabinets &
Looking for a simple, scalable, and field-proven commercial battery solution?
Discover Energy Systems' AES Cabinets high-voltage outdoor battery cabinets are fully compatible with the Sol-Ark 30K, 60K, and 100K hybrid inverters, delivering a turnkey energy storage solution ideal for commercial and industrial applications.
Pre-Engineered Compatibility
Compatible with Sol-Ark 30K / 60K / 100K Inverters
Discover Energy Systems' CAB-106, CAB-160, and CAB-210 high-voltage outdoor battery cabinets pair seamlessly with the Sol-Ark 30K, 60K, and 100K hybrid inverters, delivering a turnkey energy storage solution ideal for commercial and industrial applications.
AES CABINETS Configurations
| Cabinet | Nominal Energy Capacity | Usable Energy Capacity | Battery Max. Continuous Power | System Nominal Voltage | Charging Voltage Range | Voltage Limits | Nominal Cell Capacity | Usable Cell Capacity | Max. Continuous Current |
|---|---|---|---|---|---|---|---|---|---|
| AES 106HV / CAB-106 | 106kWh | 104kWh | 52kW | 332.8V | 310 - 360V | 292 - 369V | 320Ah | 314Ah | 157 A (C/2) |
| AES 160HV / CAB-160 | 160kWh | 157kWh | 79kW | 499.2V | 465 - 540V | 437 - 553V | |||
| AES 210HV / CAB-210 | 212kWh | 209kWh | 104kW | 665.6V | 620 - 720V | 583 - 738V |
INTEGRATIONS
AES CABINET & SOL-ARK 30K CONFIGURATION
| Inverter | Configuration (Inverter : Cabinet) | CAB-106 |
|---|---|---|
| AC Output | Usable Storage | Estimated Runtime | ||
| Sol-Ark 30K-3P-208V |
1 : 1 | 30 kW | 104 kWh | 3.5 HR |
| 1 : 2 | 30 kW | 208 kWh | 7 HR |
* Curtailed by battery. Note: Up to 10 Sol-Ark 30K inverters can be paralleled on the AC bus for large-scale systems up to 300 kW / 1+ MWh.
AES CABINET & SOL-ARK 60K CONFIGURATION
| Inverter | Configuration (Inverter : Cabinet) | CAB-106 | CAB-160 | CAB-210 |
|---|---|---|---|---|
| AC Output | Usable Storage | Estimated Runtime | ||||
| Sol-Ark 60K-3P-480V |
1 : 1 | 52 kW* | 104 kWh | 2 HR | 60 kW | 157 kWh | 2.5 HR | 60 kW | 209 kWh | 3.5 HR |
| 1 : 2 | 60 kW | 208 kWh | 4 HR | 60 kW | 314 kWh | 5 HR | 60 kW | 418 kWh | 7 HR | |
* Curtailed by battery. Note: Up to 10 Sol-Ark 60K inverters can be paralleled on the AC bus for large-scale systems up to 600 kW / 2+ MWh.
AES CABINET & SOL-ARK 100K CONFIGURATION
| Inverter | Configuration (Inverter : Cabinet) | CAB-160 | CAB-210 |
|---|---|---|---|
| AC Output | Usable Storage | Estimated Runtime | |||
| Sol-Ark 100K-3P-480V |
1 : 1 | 79 kW* | 157 kWh | 2 HR | 100 kW | 209 kWh | 2 HR |
| 1 : 2 | 100 kW | 314 kWh | 3 HR | 100 kW | 418 kWh | 4 HR | |
* Curtailed by battery (79 kW continuous max). Note: Up to 10 Sol-Ark 100K inverters can be paralleled on the AC bus for large-scale systems up to 1,000 kW / 2+ MWh.
Fast and Reliable Deployment
Outdoor-rated cabinet (NEMA 3R / IP55) for year-round operation
Liquid-cooled TMS ensures performance in -30°C to 55°C environments
UL9540 and UL1973 Listed, UL9540A Large Scale Fire Test
Shipped fully
assembled
Remote Monitoring and Control
Real-time monitoring via LYNK Cloud or onsite diagnostics LYNK Access PC software .
Integrated BMS with multiple layers of fault detection, event logging, and thermal protection .
Simplified commissioning with Discover’s step-by-step integration guide, commission battery and inverter in minuties.
Why Choose this Combination?
- Field-tested integration
- Reliable performance in any climate
- Simplified installation and scalability
- Ideal for microgrids, peak shaving, and self-consumption.
Case Study
Off-Grid Energy Resilience at Springville Foods, PA
A Community Grocery Store Trades Diesel for Clean, Reliable Power with Discover AES 210HV and Sol-Ark
Location: Eastern Lancaster County, Pennsylvania
Client: Springville Foods
Installer: CB Solar, LLC
Distributor and Technical Design Support: Zonna
Energy
Storage System: Discover AES 210HV
Inverter Platform: Sol-Ark 60K-3P-480V (x2)
PV Array Size: 75 kW Ground Mount
Commissioned: April 2025
Order today and Start Building
The AES Cabinets and Sol-Ark integration is field-proven, pre-engineered, and available.
No delays. No engineering bottlenecks. Just scalable, commercial-grade energy storage.
