Research
The research was mainly conducted to create a resource map by determining where the new and renewable energy facilities should be installed in terms of weather and topography. Korea's topography has a lot of complex topography, so research may be difficult. And used it in the field to study how much error there is. And, using each numerical model, a monthly time series and several numerical wind maps were created. However, while developing the functions, the theoretical ones and those applied in the field may differ greatly, but we are researching the accuracy through reference standard uncertainty evaluation.
Flow chart of solar energy resource map construction
As the performance area expands, the design standards of solar and solar systems and accurate solar data related to this are presented. For some specific areas where quantity cannot be measured, prediction techniques using satellite image analysis are applied to The overall solar energy availability was evaluated. Also, by measuring the amount of insolation in urban areas, We analyzed the condition, evaluated the air environment in the city, and contributed to the optimization of the solar energy system.
Flow chart of wind energy resource map construction
National wind map with spatial resolution that can significantly shorten the analysis time while maintaining high topographic resolution even in complex terrain Was prepared, and the mid-resolution 3km class and high resolution 1km class wind resource map were analyzed and reinterpreted in geospatial It was performed to calculate the potential amount of resources or to select promising candidates.