Optimization and comparison of inverter/combiner position

"Research on Location of Inverter Optimization Based on Differential Internal Rate of Return Method" introduces an optimization method for the location of strings inverters based on the differential internal rate of return method. Candela3D has developed functionalities for optimized positioning and comparative selection of inverters/combiner boxes based on this methodology. This method has two disadvantages: 1) Lacking quantitative evaluation indicators for each specific plan; 2) It is impossible to compare, review, and select the positioning plans for Combine devices under different Cable routes. The latest version of Candela3D has optimized and enhanced this functionality, addressing the aforementioned shortcomings while implementing "Net Present Value (NPV)" as a key metric for evaluating the effectiveness of specific solutions. Net Present Value (NPV) = Net Present Value of Electricity Generation Revenue - Cable Capital Expenditure (CPEX) Now, let's assume the following application scenario: 1) First, position the Device according to "Shortest cable"; 2) Perform…