Symbol of Exeron Logo

I am EXERON

X is All-in-One modular power conversion system (PCS) developed by IPS initially for military applications

Exeron Product

X incorporates solar charge controllers, DG/Grid rectifiers, inverters, DC-DC converters and Energy Management System (EMS)

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Hot Plug Scalability

The beauty of EXERON - modular architecture and hot-swappable power modules.

=> Unmatched reliability and total cost of ownership. 

 

Exchange of modules or power upgrade is easily done within seconds without tools or any special skills. 
The system remains powered and operational during module exchange or upgrade.

 

 

 

Play with the slider to upgrade the X power.

Exeron Power Range Exeron Power Range Exeron Power Range Exeron Power Range Exeron Power Range Exeron Power Range Exeron Power Range Exeron Power Range
2kW
12kW

Power Flow Diagram

Exeron Explained

Multiple power sources can be connected to the EXERON's input: PV, BESS, wind, electrical grid, GTG, diesel genset, fuel cells.

EXERON can control the energy generation and storage based on several operational logics.

 

Large MW-scale Battery Energy Storage Systems (BESS) can be used for grid-balancing, peak-shaving, frequency regulation and back-up power.

EXERON X-BESS

 

For grid-balancing, peak-shaving and frequency regulation, EXERON mostly includes LFP or NMC batteries.

 

When it comes to other applications, EXERON comes completely integrated with

Ni-Cad, Lead-Acid, Vanadium- or Zinc-based batteries.

 

IPS' in-house developed BMS and EMS secure precise charging, discharging and longevity of the battery.

Configurator How It Works

The load is connected and powered from the grid. There are no alternative power sources and no back-up. In the event of grid failure, the power supply stops. The grid power is available again after some time.
The grid is primarily used to power the load. A diesel generator is connected as a backup. In the event of grid outage, there is a power gap and the loads shut down until the DG starts. Grid power is available again and the DG stops.
At night time the load is powered from the battery. Тhe sun is rising. The PV energy is used primarily to power the load and charge the battery. It becomes cloudy and the PV generation decreases or stops completely. The load is complemented or completely powered from the battery. The clouds disappear, PV generation starts again. Load supply and battery charging continue. At night time the load is powered from the battery.
At night time the load is powered from the battery. Тhe sun is rising. The PV energy is used primarily to power the load and charge the battery. It becomes cloudy and the PV generation decreases or stops completely. The load is complemented or completely powered from the battery. The battery is almost empty. The DG receives a start signal from X to power the load and charge the battery. The clouds disappear, PV generation starts again, DG receives a stop signal. Load supply and battery charging continue. At night time the load is powered from the battery.
In the event of not enough wind power the load is powered from the battery. The wind turbines are generating and the energy is used to power the load and to charge the battery. The battery is supporting the load in the events of not sufficient wind energy. The wind turbines are generating and the energy is used to power the load and to charge the battery. The power supply is secured and uninterrupted.
In the event of not enough wind power the load is powered from the battery. The wind turbines are generating and the energy is used to power the load and to charge the battery. The battery is supporting the load in the events of not sufficient wind energy. The battery is almost empty and there is no wind. The DG receives a start signal from X to power the load and charge the battery. Wind is blowing again, DG receives a stop signal. Load supply and battery charging continue. The power supply is secured and uninterrupted.
Battery Charge ~100%
ON OFF 0kW
ON OFF 0kW
ON OFF 0kW
ON OFF 0kg
ON OFF 0kW
Grid PV Wind Diesel Generator Battery
24h timeline

A powerful combination of renewable and conventional energy sources + battery storage.

WIND TURBINES

Configure your X power plant

SUN
PV-icon
GRID
grid-icon
DIESEL
diesel-icon
WIND
wind-icon
GENERATE
OR
RUN a random one

Multiple BESS applications

 

  • Grid balancing
  • PV peak shaving
  • Frequency regulation
  • Short- and long-term back-up power
  • GTG and DG optimization
  • Spinning reserve

Outdoor Design and Applications

 

EXERON has been initially designed for demanding military applications. It is certified to operate in harsh environmental conditions with temperatures from -40℃ up to 70℃, as well as in areas with high level of dust, sand and humidity.

 

IPS designs and manufactures several types of cabinets and containers for outdoor applications.

 

For remote or critical applications, IPS provides the patented, 100% maintenance-free passive cooling system for the battery storage components. It guarantees 25℃ for the battery at all times, no matter whats the outside temperature.