Working environment temperature up to 70 degrees or more
Global certification
Small size, high efficiency, light weight
Powerland 115W switching power supply is a DC to DC, dual output converter with high efficiency and resistance to high and low temperatures.
Powerland's 110/160/210W Li-Ion battery chargers are designed with ultra high efficiency, as well as full plastic case enclosure without fan. The extraordinary performances of low power dissipation and water proof provide the chargers high reliability and super long life time.
Powerland's 1.2kW DC/DC modules is based on the PPUTM (Power Processing Unit) smart redundancy structure. The system utilizes 1.2kW PPU modules in parallel to realize higher power output within a ultra small size. Dedicatedly designed for DC/DC applications in electrical vehicles, this series of PPU features with high reliability, high power density, high efficiency and high thermal performance.
720W Horticulture LED driver with digital dimming function to adjust the output current and voltage to improve the flexibility of customer use. Comes with 12V/200mA auxiliary power supply (optional), compatible with 0-10V/PWM/Rset (on demand) and other dimming methods, widely used in plant light lighting and other scenarios.
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.
320W Horticulture LED driver with dimming light programming function, adjust the output voltage and current by programmer to improve the flexibility of customer use. Comes with 12V/200mA auxiliary power supply, knob dimming function is optional, output power can be manually adjusted. Also compatible with 0-10V/PWM/Rset three dimming methods, widely used in plant light lighting and other scenarios.