Power Converter System (PCS)

Application

Power Converter Systems for new energy are used to efficiently convert and manage energy from renewable sources like solar and wind, enabling integration into the grid and powering various applications.

How to Use

To use a Power Converter System for new energy, connect the renewable energy source (e.g., solar panels or wind turbines) to the input of the converter. The system will convert the generated DC power into usable AC power. Ensure proper wiring, follow safety guidelines, and monitor system performance to optimize energy conversion and utilization.

Application scenarios PCS AC/DC

Load Shifting

PCS is used to release electricity stored during low electricity periods during high electricity periods, Smooth the load curve to help users reduce energy costs.

Backup Power

In the event of a power system failure or sudden power outage, PCS can quickly switch to backup power to ensure the continuous operation of critical equipment and ensure the continuity of industrial and commercial operations.

Peak Shaving

PCS stores energy during peak hours of the power grid and releases electricity during peak hours to help users avoid peak electricity prices and alleviate grid pressure.

Renewable Integration

Combined with renewable energy systems such as solar panels and wind turbines, PCS coordinates energy storage and release, improving the predictability and stability of renewable energy.

Microgrid Applications

In microgrid systems, PCS serves as a critical energy conversion and management device, coordinating different energy sources to ensure the reliability and independent operation capability of microgrids.

Power Quality Optimization

PCS can improve power supply quality, reduce harmonics, and ensure stable operation of the power system by adjusting parameters such as voltage, frequency, and phase.

Battery Energy Storage Systems

In a battery energy storage system, PCS is responsible for controlling the charging and discharging process of the battery, coordinating the flow of electrical energy, and improving the efficiency and lifespan of the energy storage system.

Grid Support

PCS can respond to grid dispatch instructions, provide flexible energy dispatch, and support the balance and stable operation of the power system.

Distributed Energy Systems

In a distributed energy system, PCS coordinates the output of various distributed energy sources to ensure the coordinated operation of the system.

These application scenarios highlight the multifunctionality of industrial and commercial energy storage converters (PCS), which can adapt to different needs, improve energy utilization efficiency, reduce costs, and promote the widespread application of renewable energy.

Application scenarios PCS DC/DC

The typical application scenarios of bidirectional non isolated DCDC modules include:

For scenarios where vanadium flow batteries require charging from zero voltage onwards

Energy router

Integrated optical storage machine

Cutting waves and filling valleys

Mobile energy storage power supply

Photovoltaic MPPT

Battery charging and discharging

Experimental DC power supply low-voltage flexible DC system

Features 

●For new energy offer advanced features, including  high-efficiency conversion, maximum Power Point Tracking (MPPT) for optimal energy harvest, grid-tie capability, and real-time monitoring. 

●Some systems have integrated energy storage for backup power. 

●Advanced control algorithms enable seamless grid integration and power quality improvement. 

●Protection features such as voltage regulation, overload, and short-circuit protection enhance system reliability. 

●Compact and modular designs facilitate easy installation and scalability. 

●The systems play a crucial role in enabling sustainable energy solutions and reducing carbon emissions.

A PCS system

Main rates

PCS AC-DC rack: 400V/480V/690V,10W to 100V 3 phase 4 wire 50/60Hz

PCS AC/DC rack: 400V/480V/690V,10W,10W to 100W 3 phase 3 wire 50/60Hz

PCS DC-DC rack: 10W and 50W 3 phase 4 wire 50/60Hz

PCS DC/DC rack: 10W and 50W 3 phase 3 wire 50/60Hz

PCS cabinet: up to 1000KW

More: Data Sheet and Specification PCS AC/DC and PCS DC/DC