1000V 300A Fuel Cell Simulator, Battery Simulator Simulates Battery Output

　　Fuel Cell Simulator

　　1000V 200A fuel cell simulator, battery simulator, Tuowei's simulated battery output

　　Power Battery Simulator, Battery Simulator, Tuowei Battery Output Simulator

　　Shenzhen Tuowode Battery Simulator, Battery Simulator, Fuel Cell Simulator, Simulated Battery Output

　　Manufacturer: Shenzhen Tuowode Technology Co., Ltd.

　　Shenzhen Tuowode Technology Co., Ltd. produces battery simulators, variable frequency power supplies, DC power supplies, and AC constant current sources.

　　The TDC3000 Tuowode reversible DC power supply utilizes high-frequency PWM rectification and bidirectional DC-DC conversion technology, along with FPGA digital control technology, to achieve high-performance grid energy feedback functionality. It boasts a power factor of not less than 0.99 and accuracy up to 0.1%. Compared to conventional DC power supplies, it is more energy-efficient and environmentally friendly.

　　A battery simulator is a DC input simulator designed for common DC bus systems, specifically developed for the testing and verification of motor controllers, drive motors, and whole vehicles in the new energy electric vehicle industry, serving as a low-cost alternative solution to power batteries. It features stable and high-precision output, rapid transient response, and bidirectional energy flow, capable of simulating dynamic characteristics such as charging and discharging of power batteries. It can directly call the characteristic curves of five commonly used power batteries like lithium manganate and lithium iron, customize five battery change characteristics, and edit variables such as the number of series and parallel batteries, and SOC, to achieve the simulation of power battery output characteristics and battery charging/discharging properties. It is particularly suitable for dynamometer test stands and drag test stands with common DC bus systems, and can also be used for the modification and upgrade of existing DC power supply systems.

　　Tuowode's DC power supply returns feature the following technical characteristics:

　　(1) Grid Feedback Function: Features power characteristics for automatic energy feedback to the grid, highlighting energy-saving and environmentally friendly advantages, without polluting the grid or affecting other electrical equipment. Power factor greater than 0.99, harmonic content less than 3%.

　　(2) Utilizes high-frequency PWM rectification and bidirectional DC-DC technology, with pure digital control, offering strong functionality and high reliability.

　　(3) Output accuracy of 0.1% F.S., high conversion efficiency, up to 92% efficiency under rated load.

　　(4) CC, CV, CP Outputs.

　　(5) Multi-protection functions: Input under-voltage, phase loss, IGBT overheat, IGBT overcurrent, overheat protection, short-circuit current limiting protection.

　　(6) Communication and Remote Control Functions: Standard with 232, 485 (optional).

　　(7) Alarm and Fault Inquiry Function

　　(8) Battery Simulator Industry Application Control Software

　　(9) High stability and reliability;

　　(10) Test equipment has low heat dissipation, does not increase air conditioning load.

　　(11) Non-polluting to the power grid, does not affect other electrical equipment, power factor greater than 0.99, harmonics less than 3%.

　　(12) Voltage stability time under load突变 is less than 10ms, and overshoot is less than 3%.

　　(13) Voltage and current control accuracy less than 0.1%.

　　(14) Customizable for various specifications as per customer's requirements: Bidirectional DC Power/Battery Simulator

　　IV. Reference Standards

　　★ GB/T18488.1-2015 Electric Vehicle Drive Motor System – Part 1: Technical Specifications

　　★ GB/T18488.2-2015 Drive Motor System for Electric Vehicles – Part 2: Test Methods

　　★ Requirements for power supply usage in the test items of the GB/T29307-2012 Reliability Test Method for Drive Motor Systems of Electric Vehicles.

　　Section 5: Application Scenarios

　　(1) Capacitance, Supercapacitor Charging and Discharging Tests

　　(2) New Energy Vehicle Motors, Electric Control Testing, Power Battery Testing

　　(3) DC Chargers, Charging Station Testing

　　(4) Energy Storage Inverter & Converter Testing

　　(5) Vehicle Transmission System and Powertrain System Test Power Modes: Constant Voltage, Constant Current, Constant Power

　　(6) UPS, EPS System Testing

　　(7) Requires battery-powered testing substitute

　　1000V 200A Fuel Cell Simulator, Battery Simulator, Tuowei Simulated Battery Output

　　Battery Simulator Parameter Specification Sheet - 1000V 200A Fuel Cell Simulator, Battery Simulator, Tuowei Simulation Battery Output