A compact all-in-one EV-charging platform, designed for fast deployment in commercial charging locations where space or available grid capacity is limited. Multiple platforms can operate as one system.
Fully integrated, pre-wired and factory configured system that reduces the installation time significantly.
The BESS that pays for itself by earning from electricity markets and saving cost through peak shaving and power boost.
Built for future-proof performance
Designed and manufactured in Europe. Combining robust engineering with high-quality components to deliver modular, scalable and reliable energy storage for critical applications and demanding environments.
Secure, connected, and compliant
Our 48V systems are built for always-on operation. Encrypted communications, secure remote access, and full GDPR compliance, enabling uninterrupted connectivity, real-time insight, and maximum ROI through value stacking.
Resilient by design, reliable in use
Pixii BESS feature built-in redundancy, active monitoring, and automated recovery protocols. This ensures secure operation even under failure or cyber threat, ideal for mission-critical energy storage needs.
Deploy & start charging in one day
Delivered prewired and factory configured with integrated BESS. Prepared for DC fast charger to reduce installation time and minimize on-site work. Easy to relocate by changing or seasonal demand.
Flexible to fit your project
Supports various DC fast-charging solutions,enabling the platform to be configured with the charger that best fits your projects. Ready for balance & electricity market participation for optimized RoI
1. The stated power and energy capacities are baseline, or nominal, values. Actual performance can vary and may be constrained by several factors, including the state of charge (SoC), state of health (SoH) of the system, as well as thermal conditions. Time limited boost power is possible. Contact Pixii for details. Please note that all technical data is based on the Pixii BESS. Final system performance and functionality may vary depending on the selected EV charger, integration and site configuration. 2. Input braker selectable in 3 ranges: 63–100A, 100-250A, 250-630A. 3. Max Charger AC current: 2 x 250-630A. Adjustable.
DC specifications
Installed capacity (max)
450.2kWh
Usable capacity (max)
405.2kWh
Max. system capacity
450.2kWh
Nominal DC voltage
~48V
Efficiency
Max. efficiency (inverter)
96.9%
Communication and connectivity
Wired interfaces
Ethernet LAN, RS 485 (Modbus), Digital IO
Wireless interfaces
Wi-Fi hotspot (local AP), 4G (optional kit)
Internal comm. protocols
CAN bus, Modbus TCP/RTU
External comm. protocols
MQTT
Safety
Ingress Protection (IP)
IP55
Protection class
I
Overvoltage category (OVC)
III
Fire suppression (optional)
Aerosol
Max. short-circuit current
100kA
Min. required SC current
2kA
Operating conditions
Operating environment
Outdoor
Thermal management
Fan, Heater
Operating amb. temp. range 1
-20 – +45°C
Operating relative humidity 2
5 – 95% NC
Max. operating altitude
2000m
1. Derating from 45°C 2. Non-condensing.
Physical specifications
Dimensions (HxWxD)(mm)
2520x5000x1650
Net. weight (cabinet only) 1
2356kg
Net weight (equipped) 2
6000kg
Color
RAL 7035
Status indicator (type)
LED
Installed batteries (5U)
28
Max. batt. capacity (5U)
28
Installed PixiiBoxes
72
Max. PixiiBox capacity
72
1. Estimated. TBC 2. Includes PixiiBoxes and batteries.
Battery
Battery ID
LFP 314Ah 16S 5U 19in A
Battery chemistry
LFP
Cells in series (qty)
16
Battery block capacity (Ah)
314Ah
Battery block capacity (kWh)
16.08kWh
Max. depth of disch. (DoD)
90%
Max. charge/discharge cur.
157/157A
Max. C-rate
0.5C
Rack height (Units)
5U
Over-current protection
Breakers, Electronic
Dimensions (HxWxD)(mm)
219.5x440x780
Net. weight (battery block)
125kg
Battery connection type
Quick
Cycle life (cycles @%DoD) 1
7600 (90%)
1. Temp. 25 ± 5°C and C-rate 0,5, EOL: 70% SoH
Warranty and compliance
Security and safety standards
IEC/EN 62040-1, IEC/EN 62109-1, IEC/EN 62109-2, IEC/EN 62477-1, RED (2014/53/EU) – Cybersecurity (effective Aug 2025), RPEQ: Mechanically certified for lifting
Grid standards
AS/NZS 4777.2 (AU+NZ), EREC G99 (Type A & B) (UK), IEC/EN 50549-1 (Type A & B) (EU), VDE-AR-N 4105 (DE), VDE-AR-N 4110 (DE)
ETSI EN 300 019-2-1 (Class 1.2), ETSI EN 300 019-2-2 (Class 2.3), ETSI EN 300 019-2-4 (Class 4.1)
Regional compliance
Load Restraint Guide 2018 (AU)
Battery standards
IEC/EN 62619, UL1973, UL9540A, UN38.3
Warranty (years/cycles)
See note
1. Note that certifications and compliance for Safety, Grid, EMC, and Environmental standards for the PowerBase are based on the individual BESS cabinets used in this base configuration. 2. Designed in accordance with the relevant national and international standards listed above. Certification to specific revisions available on request. Additional local requirements may apply. System approval pending. Currently valid for PixiiBox. 3. Warranty terms may vary based on your SLA agreement. Please review the warranty document for details.
