Reliability Prediction of Solar Bridge Cooking Device Utilizing Structure Function Approach

In a large portion of the developing globe, solar-powered cooking is now recognized as a possibly practical alternative to using fuel-wood for preparing meals. Over the past few generations, cooking that uses solar energy has undergone numerous advances. The solar bridge cooking device for cooking meals utilizing solar energy has been evaluated in the proposed work. The model has been designed in such a way which provide proper functioning in bad weather conditions with the help of bridge structure. The structure-function technique is employed to evaluate the reliability function of a solar bridge cooking system with five different elements that are connected in bridge structure, which eliminates the wider technique termed as universal generating function. Lastly, the tail signature and signature reliability also evaluated here.