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WHAT THE XELECTRIX ENERGY STORAGE BOX DOES

Peak Shaving
The ability of the Power Box to reduce / eliminate load peaks utilizing battery power. Battery charging during low load periods.
Load Shifting
The ability of the Power Box to store and discharge power at selected times allowing the shifting of power away from higher tariff periods.
RE Optimization
The ability of the Power Box to optimize energy consumption and charge connected PV and wind supplies efficently.
Peak
Power
Boost
The ability of the Power Box to suppliment power from other sources to meet high capacity peaks.
Backup Power
The ability of the Power Box to be used as on / off grid backup provider. Often replacing conventional Generator systems.
Genset Control
The ability of the Power Box to communicate with a generator and automatically switch it on / off at pre-programmed loads. Leading to massive fuel savings!
Black
Start
The ability of the Power Box to re-start an electric power station or part of an electric grid without relying on the external electric power.
Grid
Stabilization
The ability of the Power Box to stabilize network electricity using a variety of features.
Energy Trading
The ability of the Power Box to store energy at cheap rates and discharge when required during peak demand periods.
Micro
Grid
The ability of the Power Box to create a network independent energy supply which can also be supplimented by renewables.
LEC
The ability of the Power Box to facilitate independent energy storage and supply on a community level, especially in combination with PV.
Charging
The ability of the Power Box to act as an island style stress reliever for charging EV's and site equipment, even in areas with weak grid coverage.
Grid Connection
The ability of the Power Box to allow users to reduce grid connection rating and minimize costs.
Reactive
Power
Compensation
The ability of the Power Box to compensate reactive power thereby reducing monthly invoice costs.
Unbalance
Load
Acceptance
The ability of the Power Box to accept unbalance loads acorss three phase supply.
Charge Shifting
The ability of the Power Box to be pre-programmed to charge at specific times and from specific source – Grid / Genset / PV / Wind.

Features

After years of intensive research and development, the market roll-out of the revolutionary Power Box happened in 2019!
„Engineered in Austria“ – we are system designers, not system integrators.

Discover new Energy!

PLUG & PLAY ENERGY STORAGE

Easy installation due to our Parallel Platform Technology (grid-parallel) so that with or without PV / wind energy supply, it is simple to integrate the Power Box into existing electrical infrastructures.

Plug& Play operation with gensets, grid and renewable energy sources
safe energy storage system from xelectrix

SAFE

By using our in-house designed, intrinsically safe LiFePO4 battery cells with an integrated thermally triggered extinguishing system, we set a completely new standard when it comes to safety.

PARALLEL PLATFORM TECHNOLOGY

Ability to easily connect to existing power sources and electrical infrastructure in order to supply these sources with additional electricity through the Power Box on-board inverter.

Peak Power Boost
modular energy storage

MODULAR & EXPANDABLE

Single units with storage up to 140 kWh and above, with the possibility of connecting certain models together to expand both power and storage capacities.

UNIQUE BI-DIRECTIONAL HYBRID INVERTER

In-house designed interface technology allowing the Power Box to charge and discharge using only one inverter while offering features like Reactive Power Compensation, Unbalanced Load Acceptance and Peak Power Boosting with PARALLEL PLATFORM TECHNOLOGY INSIDE. At the same time, the efficiency of the Power Box increases due to the omission of additional components when compared to conventional storage systems.

hybrid energy storage system
active battery managment system aBMS

UNIQUE XELECTIX POWER BATTERY MANAGEMENT SYSTEM (BMS)

Monitoring and controls to actively ensure maximum battery life spans and optimum efficiency are achieved. Individual LiFePO4 cells making up the battery module are balanced with every other single cell during charging phases.