High-density, modular, plug-and-play design lets users expand easily; module replacement extends cycles and simplifies maintenance
Industry-leading high-reliability, high-efficiency design cuts energy loss, lowers unit power cost, ensuring efficient operation across all power ranges
Smart parallel, multi-layer coordination, balance lifespan of batteries with different performance, achieve optimal TCO
Powerland's 3.3kW DC/DC modules is based on the PPU™ (Power Processing Unit) intelligent building block technology. The 10kW and 66kW system utilizes 3.3/6.6kW PPU modules in parallel to realize higher power output within a ultra small size. This series of PPU features with high reliability, high power density, high efficiency and high thermal performance.
Powrland "Caesar" series 230-400W DC/DC modules use PPU ™ Power module architecture design. This product adopts an ultra-thin design, with a thickness of only 25.5mm, and features high power density, high conversion efficiency, and high reliability. The "Caesar Series" supports fanless natural heat dissipation and 1+1 parallel function, making it easy to use and easy to expand power.
Powerland's 6.5kW DC/DC power supply provides 48V output and 98% converting efficiency, high power density, and high reliability.
Powerland's "Nano" series 80-120W non-isolated DC/DC converters feature high efficiency, high reliability, small size, and high cost performance. Compared with ordinary on-board DC/DC converters on the market, this product has an 80% reduction in weight, a 70% reduction in volume, and a 50% reduction in energy consumption, while saving 40% of the cost. This product has complete functions, with demoulded versions and metal aluminum shell versions available. It supports enable & non-enable functions, as well as 5V-included & 5V-excluded functions.
Powerland's 150W DC/DC switching mode power supply is designed with 12V/10A (output1) &12V/2A (output 2) two outputs DC-DC converter.
Powerland’s “Neon” series 200W non-isolated DC/DC is designed with small size, high efficiency and high reliability, which draws power from a bank of batteries suitable for ABS systems on e-motorcycle. It saves about 90% space compared with the traditional lead-acid battery system solution, and reduces the weight and increases the storage space, so that the helmet can be put in the seat bucket.