BSTG-512100 High-Voltage Battery
Rack-mounted high-voltage residential LFP battery — 51.2 V layers stackable from 30 to 61 kWh.
- 100 Ah / layer
- 30.72–61.44 kWh
- ≥ 6000 cycles
Peak shaving, demand management, backup power — Commercial & Industrial storage delivered end to end, with modeling tailored to your site and load profile.
Contact salesAll-in-one Design
Efficient deployment and swift power response.
Intelligent Balancing Strategy
AI-powered early warning.
Multi-Layer Protection
Cell-to-system safeguards, verified by industry standards.
Standardized Interface
Highly efficient production and testing.
From C&I storage cabinets to charging stations, for every scenario.
Rack-mounted high-voltage residential LFP battery — 51.2 V layers stackable from 30 to 61 kWh.
Rack-mounted high-voltage residential LFP battery — 51.2 V layers stackable from 61 to 123 kWh.
Our commercial PCS is not published yet. Talk to us about paralleling and capacity for your site.
High-power charging station systems are not published yet. Tell us your fleet and site load, and we will scope it with you.
Pin down the source of value first — arbitrage, capacity expansion or backup — then configure the system.
Charge off-peak and discharge on-peak to smooth the load curve and cut demand charges.
Savings figure pending publication.
On-site solar self-use, storage for peak shaving, and backup for critical production lines.
Self-consumption figure pending publication.
Campus-scale solar-plus-storage microgrid with grid coordination, reverse-power protection and grid-friendly operation.
Fleet-charging capacity figure pending publication.
Uninterrupted power for critical lines and server rooms, with storage backing up in seconds through grid fluctuations.
Availability figure pending publication.
Server rooms and cold chains, backed up without a restart.
Millisecond backup switchover (indicative): < 20ms
Our first C&I project write-ups are being documented with our customers. Ask us for references in your industry.
Connect directly with a dedicated sales team; model your ROI based on site conditions and load profile.