- VFlowTech Pte Ltd
Powercube 5
| Cell Technology: | Flow |
| Nominal Energy: | 5/30 ~ 5/30 |
| Region: | Singapore |
| Warranty: | 25 Years |
| Model no. : |
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Powercube by VFlowtech is a dependable, safe & long-lasting energy storage solution that can guarantee reliable power supply from your renewable solar/wind/biogas power sources or even your off grid diesel generators- independent of weather conditions, temperatures, or grid instability. Leveraging Vanadium Flow Battery technology, VFlowtech’s proprietary innovation on vanadium flow storage keeps Powercube at the forefront of the energy storage revolution.
The minimum quantity order is a 20Ft container.
Inventory not available
Battery Features
- Low cost per kWh: Cheapest LCoS (levelized cost of storage) compared to any other energy storage option
- Innovative & Scalable Stack Design: Compact & modular proprietary design available in standard sizes. System easily scalable from kW to MW size. Independent housing of energy & power modules give an unparalleled flexibility of design for multiple applications.
- Long lasting: With a lifetime of ~25 years & unlimited number of charge and discharge cycles available without degradation. Powercube enables use of EV charging station and increase in demand load.
- 100% Depth of Discharge: Charge & Discharge the system fully from 0-100% without degradation.
- Safe & Low Maintenance: PowerCube uses only non-flammable chemistry and so is super safe to deploy. Minimal maintenance requirements combine with remote monitoring giving low cost of ownership.
- Environment Friendly: Made of 100% recyclable & environmental-friendly material, emission free with reusable electrolyte.
- No Thermal Runway: Self heating reduces as temperature rises combined with a wide operating temperature range of -10°C up to 55°C.
- Proprietary BMS & EMS: Our innovative technology leverages IoT for optimizing energy storage & load management capabilities for high reliability & minimal cost.
- Reduced Parasitic Losses: With our high performance power stack design, parasitic pumping losses are negligible leading to high and stable efficiency.
