Existing ESS Configurations
ASOL offers existing high-voltage ESS reference configurations for commercial and industrial energy-storage discussions.
Project-Based Configuration
Power, capacity, system voltage, communication, cooling approach and installation requirements can be evaluated according to the project.
Engineering Inputs
Final suitability depends on the load profile, PCS or inverter interface, installation environment, operating conditions and site requirements.
Typical Commercial Hybrid ESS Configurations
Typical project configurations for three-phase commercial and institutional energy storage applications. Final battery capacity, inverter or PCS power, system voltage and architecture are confirmed according to the load profile, grid conditions, backup requirements and site-specific engineering inputs.
20–22 kWh
- Typical Inverter / PCS
- 12 kW Hybrid Inverter
- AC Output
- 400V Three Phase
- System Type
- High-Voltage Hybrid ESS
30 kWh
- Typical Inverter / PCS
- 20 kW Hybrid Inverter
- AC Output
- 400V Three Phase
- System Type
- High-Voltage Hybrid ESS
50 kWh
- Typical Inverter / PCS
- 30 kW PCS
- AC Output
- 400V Three Phase
- System Type
- Commercial Hybrid ESS
100 kWh
- Typical Inverter / PCS
- 60 kW PCS
- AC Output
- 400V Three Phase
- System Type
- Commercial Hybrid ESS
These configurations are project references rather than fixed product specifications. Inverter / PCS power, battery capacity, communication, operating mode and system architecture can be adjusted for the actual application.
Reference Energy Storage Configurations
Existing ASOL high-voltage ESS systems provide a practical starting point for project discussions. The published product specifications remain unchanged; the appropriate configuration is confirmed only after the project requirements are reviewed.
A 100kW / 215kWh system can also be used as a reference configuration for commercial and industrial project discussions. It is not presented as a standalone product page; final system scope depends on the complete application and site inputs.
Cooling, Communication and System Integration
Air-cooled and liquid-cooled approaches can be evaluated against the operating profile, ambient conditions, installation space, maintenance plan and required system integration. Learn how these approaches differ in ASOL’s air-cooled vs. liquid-cooled battery energy storage guide.
Configuration Variables
Project evaluation can cover system power, storage capacity, voltage platform, communication interface, cooling method, enclosure, installation and PCS or inverter compatibility.
Commercial Applications
Commercial sites may evaluate energy storage for solar integration, backup power, load management or other site-specific operating objectives.
Industrial Applications
Industrial projects may require review of duty cycle, site layout, ambient conditions, electrical interfaces and maintenance access before a final configuration is confirmed.
Explore All Energy Storage Solutions
Explore residential, low-voltage, high-voltage and commercial & industrial energy storage solutions.
Information to Prepare for a C&I Energy Storage Project
Please share the application, required power and capacity, grid voltage and frequency, load profile, expected operating schedule, installation environment, ambient conditions, available space, communication requirements, PCS or inverter information, destination market and target quantity. These inputs support a more practical technical review.
Need help selecting an ESS configuration?
Share your required energy capacity, load power, AC voltage / phase, application and destination market. ASOL can evaluate a suitable battery and inverter / PCS configuration for your project.
