Standard Volume but Regenerative Performance
Mainly support: Power cell formation, grading and cycle life testing.
Highlights: Multi range, high response, high precision, high sampling, simple structure and modularity, 64 channels, each channel is programmed independently, supports 254 work steps at most.
Application: Battery manufacturers, new energy vehicle manufacturers.
- Early in2008YearSuccessfully Developed
- Up to32,000SetsShipments
- Minimum500msPulse Width
- Up to≤10msResponse Time
- Up to0.05%FSAccuracy
- Up to10HZ/100HZResponse Time
- Full bridge buck\boost circuit topology, discharge voltage lower to 0V
- The core processor adopts 32bit DSP and supports floating-point operation
- Bidirectional smart DCAC inventor adopts high frequency rectifier reversible SMR technology. It has realized high power factor harmonics and ensured power quality
- AD16bit，DA14bit，Temperature drift of the core device is less than 50ppm
- Modular design and fast plug connector that is used for current and voltage is easy for us to upgrade and maintain
- Bidirectional smart DCDC converter adopts synchronous rectification technology
University/Hospital/ Chemical Industry
Power Battery Manufacturer
New Energy Vehicle Manufacturers
- 1Bidirectional smart DCDC converter adopts synchronous rectification technology and 32-bit high-speed DSP processor with floating-point operation, so that not a single energy conversion leaks out;
- 2In order to make sure power grid quality, bidirectional smart DCAC inventor adopts high frequency rectifying reversible SMR technology to realize high power factor and low harmonic;
- 3It can significantly reduce factory environmental temperature, save energy consumption, and reduce floor space. What's more, it can also improve the products' cost performance.
Advantages: Improving energy utilization efficiency and reducing production energy consumption.
Mainly support: Battery manufacturers, new energy vehicle manufacturers.