Rated power (kW) :
The maximum continuous power output of PCS.

Rated input voltage (Vdc) :
Rated input voltage on the DC side.

Input voltage range (Vdc) :
Voltage range in which PCS can operate normally on the DC side.

Rated output voltage (Vac) :
Rated output voltage on the AC side.

Output voltage range (Vac) :
Voltage range at which PCS can operate normally on the AC side.

Maximum efficiency (%) :
Maximum conversion efficiency of PCS under rated operating conditions.

European Efficiency (%) :
Average conversion efficiency under European standard test conditions.

Power factor:
The ratio of input power to output power of PCS under rated operating conditions.

Load adjustment rate (%) :
The ability of PCS to respond to load changes.

Output current waveform distortion (THD) :
The difference between the output current waveform and the ideal sinusoidal waveform.

Setting protection function:
PCS built-in protection functions, such as over voltage, under voltage, over temperature, etc.

Communication interface:
The type of interface that PCS uses to communicate with other systems, such as monitoring systems.

Working temperature range (℃) :
PCS can operate at temperatures within this range.

Storage temperature range (℃) :
The temperature range at which PCS can be safely stored in the off state.

Cooling method:
Heat dissipation of PCS, such as air cooling, water cooling, etc.

Altitude range (m) :
The altitude at which PCS can operate normally in this range. This parameter is important for projects deployed at high altitudes.

Relative humidity (%) :
PCS can operate in this range of relative humidity. This is essential for applications in wet or dry environments.

Noise level (dB) :
Noise levels generated by PCS under normal operating conditions. This is important for applications in noise sensitive areas.

Overload capacity (%) :
In a short period of time, PCS can withstand overload capacity above rated power. This can provide additional flexibility in some applications.

Rated frequency (Hz) :
Rated frequency of PCS on the AC side. Different regions may have different frequency requirements.

Input and output current range (A) :
PCS input (DC side) and output (AC side) allowed current range.

Fault handling and diagnosis functions:
PCS has built-in fault detection, handling and alarm functions to ensure reliable operation and timely handling of problems.

Input and output terminals:
PCS input and output terminal types and sizes to ensure proper connection and installation.

Installation method:
How PCS are mounted, such as wall mounted, cabinet mounted or floor mounted.

Rated insulation class (kV) :
Rated insulation voltage levels for PCS inputs, outputs and internal components.