PowerShaper XL
Cabinet only, Aircon
Highlights
- Active aircon cooling system
- Pre-wired and pre-configured
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.
Pre-wired, pre-configured
PowerShaper XL is delivered pre-wired and pre-configured using standard Pixii components, including Pixii Gateway. To simplify installation, systems can be shipped with batteries already in place.
High-capacity with active cooling
Designed for energy-focused applications in warm environments. Active air-conditioned battery cooling supports more than four times the energy of the traditional PowerShaper.
Grid connection type
TT / TN
Phase config. (grid) 2
3ph
Nominal AC voltage
400V
Nominal AC voltage range
207 – 260V
Nominal frequency (grid)
50Hz
Max. AC power (±2%) 1
60kWp
Off-grid operation support 3
Yes
Generator backup support
Yes
Phase config. (genset) 4
1ph, 3ph
Frequency range (genset)
45 – 66Hz
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.
2. A 3-phase connection requires at least three PixiiBoxes, one for each phase
3. Single cabinet only. Requires off-grid control system. Local modification for load prioritization.
4. A 3-phase connection requires at least three PixiiBoxes, one for each phase
2. A 3-phase connection requires at least three PixiiBoxes, one for each phase
3. Single cabinet only. Requires off-grid control system. Local modification for load prioritization.
4. A 3-phase connection requires at least three PixiiBoxes, one for each phase
MEET
Dr. Pixii
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