Solutions

Commercial energy storage systems support solar self-consumption, energy shifting, peak demand management, backup power and commercial load management.

Typical Configuration
PV System → Inverter / PCS → Battery Energy Storage System → Building Loads / Grid

VOLTIX offers commercial and industrial storage cabinets including 241kWh and 261kWh configurations, with air-cooled and liquid-cooled options.

The 241kWh air-cooled cabinet uses 314Ah LiFePO₄ cells and supports CAN, RS485 and Modbus TCP communication for system integration. The 261kWh liquid-cooled system uses liquid thermal management for higher-capacity commercial and industrial applications.

Information Required for Selection

Actual load data is particularly useful for peak demand management and energy-shifting projects.

Industrial energy storage requires system selection based on actual load characteristics, power requirements, operating conditions and thermal management.

Typical applications include:

• Factory energy storage
• Solar-plus-storage
• Peak demand management
• Load shifting
• Backup power
• Microgrid applications
• Renewable energy integration

Main Engineering Factors
Load Profile
Hourly or 15-minute data helps determine the required power and energy capacity.
Battery Capacity
Determines how much energy can be stored for the intended operating period.
Power Rating
The inverter or PCS rating determines the charging and discharging power available to the load.
Thermal Management
Air-cooled and liquid-cooled systems should be selected according to system capacity, operating conditions and installation requirements.
Site Conditions
Ambient temperature, ventilation, available space, environmental protection and maintenance access should be confirmed during system selection.
For larger projects, actual load data provides a more reliable basis for system sizing than nominal battery capacity alone.

Off-grid systems must provide power without relying on a stable utility grid. Battery capacity therefore needs to be considered together with PV generation, inverter capacity and the site's load profile.

Typical Configuration
PV Modules → MPPT / Hybrid Inverter → Battery Storage → Loads
A generator can be integrated when additional backup generation is required.

Key selection factors include:

• Daily energy consumption
• Maximum simultaneous load
• Motor and equipment starting loads
• Inverter output power
• Generator capacity
• Seasonal operating conditions

For off-grid projects, both daily energy consumption and peak power should be provided whenever possible.

Telecom backup systems require battery capacity matched to the site's DC architecture, continuous load and required backup duration.
Key parameters include:

Certification and compliance requirements depend on the specific product model and destination market.

VOLTIX's stated quality and compliance information includes ISO9001 and ISO14001 management systems, with product-related documentation including CE, RoHS, UN38.3, MSDS and applicable IEC standards.

Selected commercial storage products specify certifications and testing requirements such as CE, UN38.3, RoHS and IEC 62619.

Available technical documentation may include:

• Product datasheets
• User manuals
• Installation manuals
• Product drawings
• Certificates
• Test reports
• UN38.3 documentation
• MSDS
• Communication information
• Warranty documentation

Certification should always be checked against the specific product model and target market before purchase.

Request a Project Quote

Send your application, target market, load requirements, existing PV or inverter information, battery capacity and expected quantity.
For technical projects, you can also provide load profiles, drawings, equipment specifications or existing system information. This helps determine the appropriate product configuration, compatibility requirements and documentation before quotation.