Solution Overview & Testing Methodology
With the wide application of global clean energy, batteries have become an important part of our daily life. For this reason, the safety, reliability and service life of batteries are often the most important concerns of battery manufacturers and assembly manufacturers. In this way, a large number of tests need to be carried out in the process of R&D and production to ensure that they can meet all the needs of the market.
Faith Technology provides professional battery testing solutions to meet the needs of different users, which are applicable to all types of batteries (lead-acid, nickel hydride, supercapacitor, lithium iron phosphate, etc.), as well as the formation, capacity division testing, simulation testing, BMS management, and battery cascade utilization and recycling treatment at different stages of cell, pack, module, etc. Faith Technology provides complete battery solutions for new energy vehicles, photovoltaic energy storage, fuel cells, portable mobile outdoor energy storage devices, household energy storage devices, mobile phone digital, electric tools and other fields.
The FTB9000 series of dual-channel bidirectional DC power supplies has the advantages of high precision and fast speed, which can improve the simulation accuracy of I-V curves and increase the measurement accuracy of MPPT. The upper computer software can edit up to 100 solar cell files, each of which supports the maximum power point voltage Vmp, the maximum power point power Pmp, and the material property parameters. Users can also edit the open-circuit voltage Voc, short-circuit current Isc, maximum power point voltage Vmp, and maximum power point current Imp to define the IV curve. It is built-in with multiple sets of typical weather data, such as Cloudy day, Cold day, Hot day, etc. It has the function of data recording, storing the data of the inverter tracking process, which is convenient for calculation and analysis.
System Test Setup & Architecture Diagram
Core Testing Capabilities & Features
Core Instruments for Energy Storage Test Solution
Electronic Load Standard FT68200A/AL/E series high-power DC electronic load (6kW~60kW)
High-speed, programmable dynamic current loading (CCD) for rapid response Supports continuous, pulse, and toggle modes with up to 50kHz dynamic change Offers complex testing modes: CV+CC, CP+CC, and CR+CC Programmable sequence function with up to 100 steps per sequence Unique 30kHz dynamic frequency
Battery Simulator Standard FT8340 Multi-channel Battery Simulator
High Precision, Multi-Channel Battery Simulator : Up to 12 channels, each electrically isolated, for flexible testing and simulation Dual Quadrant Programmable : Supports both charging and discharging, with various fault simulations for comprehensive testing Easy to Operate : Built-in upper computer
Bidirectional DC Power Supply Standard FTB9000 series Bidirectional programmable DC power supply(5kw ~ ±180kW)
Regenerative Load Function : Reduces electricity costs and heat generation by feeding back energy to the factory intranet with 95% conversion efficiency Wide Operating Region : Combines power supply and electronic load with energy recovery capability for seamless switching between sourcing and sinki
Need a Custom Test Bench or System Integration?
Our experienced power test engineers can design a tailored hardware and software test setup for your project.