Optimized FIR Filter using Distributed Arithmetic Architecture

The current condition of electrical energy needs each year continues to increase its use and depend on conventional energy that a time will be used up. Optimal utilization of alternative energy could increase the supply of electrical energy, especially Indonesia lot of wind and sun are not used optimally. Design of wind hybrid power generation and solar cells can increase the national electricity supply. In this study will be discussed potential power generation, solar cells as renewable power generation. Data collection was performed by changing the position of the solar panels from the east to the west movement of the sun with a change of 60, 30, 0 degrees eastward and 0, 30, 60 degrees west. As the load to determine the ability of the solar panels used 8 watt LED lamp load and 20 watts. Observations and data collection starts from 8:00 pm to 16:00 pm with data retrieval average solar intensity, voltage, current and power. At 8 watt LED lamp load obtained solar panel module position at an angle of 0 degrees with maximum power 12.64 watts, whereas for the 20 watt LED light load obtained solar panel module position at an angle of 0 degrees with maximum power 24.79 watts.