Technical Parameters:
Working PowerRange : DC(8~35)V
Overall Dimension : 242*186*49
Installation Dimension : 214*160
Working Temperature : (-25~+70)°C
weight : 1.1kg
Product Overview:
PCC95 PCS (Power Conversion System) Controller is designed for power system consisted of single or multiple PCS and genset or mains supply, aiming to control the PCS mode transfer, autostart/stop, input/output power, data monitoring and measurement, alarm protection. It fits with large LCD display, optional Chinese, English and other languages interface, and it is reliable and easy to use.
PCC95 PCS (Power Conversion System) Controller receives the Bus power via MSC CAN interface (genset equipped with HGM9510/9530/HGM9510N/9530N controller) or AC sampling. Controller can display various real-time data and alarm data of BMS. Controller has three power control methods: constant power, demand power and genset power, which can control the PCS working mode in VF, PQ or VSG. In addition, controller can quickly command (<100ms) PCS to change output or input power, which may improve the system performance during sudden loading or unloading, and also meet the power control of battery charging/discharging for long-term running.
PCC95 PCS (Power Conversion System) Controller has several communication interfaces (2-way RS485 interface, 3-way CAN interface, 1-way Ethernet interface), the comprehensive fault protection, the comprehensive fault protection can handle different complex applications. It can be widely used in all types of parallel system of PCS and Bus with compact structure, advanced circuits, simple connections and high reliability.
PERFORMANCE AND CHARACTERISTICS
Main characteristics are as bellow:
— With ARM-based 32-bit SCM, high integration of hardware and more reliable;
— 240x128 LCD with backlight, multilingual interface (including Chinese, English, or other languages) which can be chosen on site, making commissioning convenient for factory personnel;
— Two RS485 communication interfaces can connect with PCS or BMS (Battery Manage System) respectively or enable remote control, remote measuring, remote communication via MODBUS protocol;
— Fitted with CAN BUS interface and can connect with PCS or BMS;
— Suitable for 3-phase 4-wire, 3-phase 3-wire, single phase 2-wire, and 2-phase 3-wire systems with voltage 120/240V and frequency 50/60Hz;
— Storage battery parameters: DC voltage, DC current, DC power, SOC, SOH, max. charging current, max. discharging current, storage energy accumulated charging/discharging;
— PCS AC parameters can select PCS communication or AC sampling to calculate;
— Collect and display 3-phase voltage, frequency, 3-phase current, power of PCS and voltage harmonic parameter of PCS;
— Collect and display 3-phase voltage of Bus, Bus frequency;
— When genset is equipped with HGM9510/9530/HGM9510N/9530N controller, the system may receive the Bus power through MSC(1)(LINK), or by setting Bus CT-phase to calculate Bus power. The Bus power has the detection functions for loss of phase and reverse phase;
— PCS detection functions for over/under voltage, over/under frequency, high unbalanced voltage, high waveform distortion, overcurrent, earth fault, high unbalanced current, low power factor, charging/discharging over power, loss of phase and reverse phase sequence;
— Synchronous parameters: voltage difference between PCS and Bus, frequency difference between PCS and Bus, phase angle difference between PCS and Bus (the PCS AC parameter is AC sampling);
— PCS has three power control methods: constant power, demand power and genset power) when it works in PQ or VSG mode;
— It is without power control when PCS works in VF mode;
— Power limit curve (SOC – kw) can be set. When setting the corresponding max. charging/discharging power of SOC, under no circumstances, should the target value exceed the limit;
— The adjusted power b of demand power control method can be fixed power or setting curve (SOC-b);
— 5 configurable analogue sensors;
— Configurable 2 and configurable 4 sensor inputs can directly connect with resistance/voltage/current sensors, while other sensor inputs can directly connect with resistance sensors, and for connecting voltage/current sensors, please make it clear before the order;
— More kinds of curves of temperature, sensors can be used directly and users can define the sensor curves by themselves;
— Control and protection function: automatic start/stop of PCS, ATS (Auto Transfer Switch) control and perfect 2-class fault indication and protection function etc.;
— Parameter setting function: parameters can be modified by users and stored in internal EEPROM memory, and cannot be lost even in case of power outage; most of them can be adjusted from the front panel of the controller and all of them can be modified on PC by USB interfaces or RS485 interfaces;
— Wide power supply range DC(8~35)V, suitable for different DC voltage environment;
— Event log, real-time c
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