From grid connected BESS supporting FCAS, arbitrage and balancing support – to off-grid BESS and SAPS, where Pixii delivers smarter microgrid control, remote diagnostics, and future-proof flexibility.
Smarter control with Pixii EMS
The Pixii PowerNode goes beyond energy storage, providing fully autonomous management & control coordination between power sources and loads – ensuring efficient energy distribution, load management, battery optimisation, and data logging with granular detail. All under one cyber secure digital platform fully developed by Pixii engineers in Europe and Australia.
Trusted safety and compliance
Certified to the toughest international standards (UL, IEC, NFPA, AS/NZS & UL9540A). All our systems are tested and validated for safe operation and durability. With more than 2 800 sites installed worldwide, Pixii combines a proven track record and direct support from the Pixii team.
Gain full control with reliable off-grid capability and true independence from grid constraints
Modular, factory-tested design reduces on-site work and installation costs by over 60%
Scalable and redundant
From 100kW to 10MW – Pixii PowerNode scales seamlessly for use in C&I projects to multi-megawatt utilities. Plug-and-play parallel expansion provides installation flexibility, increases uptime and simplifies maintenance.
Maximum efficiency, lower lifetime cost
With conversion efficiencies up to 98.5% and optimized thermal design, the PowerNode cuts losses and operating expenses. Every kilowatt-hour delivers maximum ROI.
Built for every application
Functionality everywhere – metropolitan network connected community batteries, regional network and SWER line support, microgrid backup, and weak grid, HVDC EV charging. Configurable to suit every application, the Pixii PowerNode with flexible EMS control is your total solution.
1. 15 min. 110%, temperature limited
2. 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.
DC specifications
Max. DC current
4x203A
Nominal DC voltage 3 ph. 3-wire
615V – 950V
Nominal DC voltage 3 ph. 4-wire
650V – 950V
Communication and connectivity
Wired interfaces
Ethernet LAN, RS 485 (Modbus), Digital IO
Internal comm. protocols
CAN bus, Modbus TCP/IP
External comm. protocols
MQTT
Safety
Ingress protection (IP)
IP55
Overvoltage category (OVC)
III
AC breaker
1000A MCCB 4 pole
DC breaker
4 x 250A MCCB 2 pole
Operating conditions
Operating environment
Outdoor
Thermal management
Fan filter
Acoustic noise 1m distance
<65dB(A)
Operating amb. temp. range(1)
-30 – +55°C
Storage temp. range
-45°C – +70°C
Operating relative humidity(2)
5% – 95%NC
Max. operating altitude(3)
4000m
1) Derating from >45°C
2) Non-condensing
3) Derating >2000m
AS/NZS 4777.2 (AU+NZ), VDE-AR-N 4105 (DE), VDE-AR-N 4110 (DE), VDE-AR-V 0124-100 (DE), VDE-AR-V 4120 (DE), IEC/EN50549-1 Type A & B (EU), EREC G99 Type A & B (UK), EREC G99 Type C & D Upgrade (UK), UNE 217001 (ES), UNE 217002 (ES)
1. Designed in accordance with the relevant national and international standards listed above. Certification to specific revisions available on request. Additional local requirements may apply.
2. Warranty terms may vary based on your SLA agreement. Please review the warranty document for details.
Efficiency and performance*
System overload
110%, 550kW
System overload (1min)
120%, 600kW
System overload (150ms)
150%, 750kW
Maximum efficiency
98.5%
Charge/discharge nom. apparent power
500kVA
* Subject to temperature derating
DC microgrid
Black start islanding
Spinning reserve
Droop control
Overload/power: 150% for 180ms 120% for 60 seconds
1 Sec. Frequency Services (FCAS)
Seamless transfer
Peak shaving
Demand charge reduction
Energy shifting
EV charging
Diesel gensets integration
DC & AC coupled solar
Grid support
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