High density, modular design, plug and play, to achieve minimal expansion of users; module replacement, to achieve a longer cycle, more simple operation and maintenance
Leading the industry in high reliability and efficiency design, reducing energy loss, reducing unit power generation cost, and ensuring efficient operation of the system at full power range
Intelligent parallelism and multi-layer coordination to balance the life cycle of different performance batteries to achieve optimal TCO
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.
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.
Powerland 115W switching power supply is a DC to DC, dual output converter with high efficiency and resistance to high and low temperatures.
Powerland 750W DCDC is a 1/4 brick modular power supply with 750W output and 360-400V input. It can be used in industrial, communication, testing, transportation and other application fields.
Powerland’s “Nano” series 94W non-isolated DC/DC converters are designed with high efficiency and high reliability, small size and lower cost. Compared with main DC/DCs on the market, the weight is reduced by 80%, the volume by 70%, the energy consumption by 50%, while the cost is saved by 40%.This series supports optional enable function and optional 5V function.
Powerland's 2500W isolated bi-directional DCDC converter allows bi-directional power transfer between 300-450Vdc high voltage (HV) and 28-58.4Vdc low voltage (LV). The converter supports current control and can switch between boost and buck operating states via CAN communication..