AES Cabinets &
SOLIS 30 - 150kW
Inverter Integration

High-Voltage Storage Made Easy for Commercial and Industrial Projects

Discover’s AES Cabinet pairs seamlessly with the Solis S6-EH3P (30–150kW) hybrid-inverter series, offering a simple, scalable, and proven energy storage solution for commercial and industrial applications. Whether you're reducing demand charges, optimizing solar, or adding resilient backup, this combo is ready to deploy.

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Plug-and-Play Integration

Voltage Match

The nominal voltages of the AES 210 HV(665 VDC), and AES 266HV (832 VDC) align with Solis’s 150-950 VDC battery range.

Dual Battery Terminals

Connect directly to both Solis battery ports using the cabinet’s internal fused DC distribution.

Closed-Loop Control

LYNK II Gateway (required accessory) enables real-time CANBus communication with Solis BMS1/BMS2.

Supports Black Start

Supports black start, event logging, SoC reporting, and full inverter coordination.

AES Cabinet Configurations

CabinetNominal
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 210HV / CAB-210 212kWh 209kWh 104kW 665.6V 620 - 720V 583 - 738V 320Ah 314Ah 157 A (C/2)
AES 266HV / CAB-266 266kWh 261kWh 131kW 832.0V 775 - 900V 730 - 922V

 

AES CABINET & SOLIS S6-EH3P (30K, 40K, 50K & 60K - 208V/480V)

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Solis
Inverters
Configuration
(Inverter : Cabinet)
CAB-210
AC Output / Usable Storage / Estimated Runtime
30K (120/208V) 1 : 1 30kW | 209kWh | 7HR
1 : 2 30kW | 418kWh | 14HR
 
30K (277/480V) 1 : 1 30kW | 209kWh | 7HR
1 : 2 30kW | 418kWh | 14HR
 
40K (277/480V) 1 : 1 40kW | 209kWh | 5HR
1 : 2 40kW | 418kWh | 10.5HR
 
50K (277/480V) 1 : 1 50kW | 209kWh | 4HR
1 : 2 50kW | 418kWh | 8HR
 
60K (277/480V) 1 : 1 60kW | 209kWh | 3.5HR
1 : 2 60kW | 418kWh | 7HR

AES CABINET & SOLIS S6-EH3P (75K, 100K, 125K & 150K - 208V/480V)

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Solis
Inverters
Configuration
(Inverter : Cabinet)
CAB-210CAB-266
AC Output / Usable Storage / Estimated Runtime
75K (120/208V) 1 : 1 75kW | 209 kWh | 2.8HR 75kW | 261kWh | 3.5HR
1 : 2 75kW | 418kWh | 5.6HR 75kW | 522kWh | 7HR
 
100K (277/480V) 1 : 1 100kW | 209 kWh | 2HR 100kW | 261kWh | 2.6HR
1 : 2 100kW | 418kWh | 4HR 100kW | 522kWh | 5.25HR
 
125K (277/480V) 1 : 1 *100kW | 209 kWh | 2HR 125kW | 261kWh | 2HR
1 : 2 125kW | 418kWh | 3.3HR 125kW | 522kWh | 4HR
 
150K (277/480V) 1 : 1 *100kW | 209 kWh | 2.5HR *130kW | 261kWh | 2HR
1 : 2 150kW | 418kWh | 5HR 150kW | 522kWh | 3.5HR

* Battery limited.

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Supports 208V and 480V Applications

Whether your site is wired for 120/208V or 277/480V three-phase service, Solis has a model ready, and the AES Cabinets are compatible with both: 

  • 30K / 75K (208V) model: Ideal for restaurants, schools, and light commercial buildings.
  • 30K / 40K / 50K / 60K (480V) models: Perfect for small to medium commercial sites with higher voltage utility service.
  • 100K / 125K / 150K (480V) models: Perfect for medium to large commercial or industrial sites with higher voltage utility service.
  • Run single or dual cabinet configurations, backed by closed-loop communication and runtime flexibility.

Real-Time Visibility and Control

Each cabinet ships with a preconfigured LYNK II Gateway for:

 

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Closed-loop CANBus communication with Solis inverters.

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Monitoring of battery SoC, temperature, voltage, current.


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Event logging and safe fault isolation.

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Access via LYNK ACCESS (local) or LYNK CLOUD (remote monitoring). 

Built for C&I Reliability

  • Outdoor-rated cabinet: NEMA 3R / IP55.
  • Operates in harsh climates: -30°C to 55°C.
  • Integrated liquid cooling and heating.
  • Prewired auxiliary AC input with 480/240V transformer included.
  • UL9540A-tested, UL1973 certified, UL9540 certified, OGPe (Puerto Rico).

 

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Simple. Scalable. Deployment Ready.

This isn’t a science project. With Discover + Solis, commercial energy storage is simple:

1. Choose your inverter. 

2. Add 1 or 2 AES 210HV cabinets per inverter. 

3. Use the included cables and LYNK II Gateway. 

4. Power up. You are live. 

Our team is available to support system design for advanced microgrids, cogeneration, or export-controlled systems.

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