-
-
-
-
High-efficiency photovoltaic module using silicon nitride polycrystalline cells.
Performance
Rated power (Pmax) : 40 W
Power tolerance : + 10%, -5%
Limited Warranty : 20 years
Electrical Characteristics
Mechanical Characteristics
1. Warrant : Power output for 20 years (90% of minimum output power per 10 years, 80% of minimum
-
Performance
Rated power (Pmax) : 245~200W
Power tolerance : 0~3%
Nominal voltage : 24V
Limited Warrant : 30 years
1. Warrant : Power output for 30 years (90% of minimum output power per 10 years, 80% of minimum output power per 30 years).
Freedom from defects in materials and workmanship for 10 years.
2. These data represent
-
High-efficiency photovoltaic module using silicon nitride polycrystalline cells.
Performance
Rated power (Pmax) : 200W
Nominal voltage : 24V
Limited Warranty : 25 years
Electrical Characteristics
Mechanical Characteristics
1. Warrant : Power output for 25 years (90% of minimum outputpower per 10 years, 80% of minimum output
-
Introduction
Our product is a new concept vertical axis wind power generator based on blade design technology from aeronautical engineering researches. Instead of dividing the wind force into drag type and lift type, our product uses a especially designed blade to use in both drag and lift forces simultaneously for higher efficiency. It operates
-
circuit design
-Control circuit design and power module design technology considering noise reduction
-Circuit and S/W Simulation Technology
PCB Design (Artwokr)
-Pattern Design and Massive PCB Design Technique Considering Noise Reduction
MCU, DSC, DSP,
-
circuit design
-Control circuit design and power module design technology considering noise reduction
-Circuit and S/W Simulation Technology
PCB Design (Artwokr)
-Pattern Design and Massive PCB Design Technique Considering Noise Reduction
MCU, DSC, DSP,