With growing concerns about waste management and environmentally friendly energy solutions, waste from fruit and vegetable processing is often converted into electricity. This chapter explores the utilization of peelings, seeds, pulp, and other organic food waste. The energy content in these wastes depends on their chemical and physical characteristics. We will examine anaerobic digestion, gasification, and microbial fuel cells, highlighting their pros and cons. Harnessing waste from fruit and vegetable processing for energy generation appears not only feasible but also beneficial for the environment. By implementing these methods, we can address waste challenges while generating renewable energy. Case studies show that biogas plants and energy recovery systems offer financially sound options for farmers and food processors. Such research is vital for promoting renewable energy development and enhancing waste management practices. Linking waste with energy production could allow the agricultural sector to play a more positive role in environmental sustainability and expedite the global transition to renewable resources. The chapter illustrates the dual advantages of generating electricity from waste for both ecological and economic welfare. In addition to energy production, this study examines sustainability challenges and strategies within the framework of a circular economy. In light of our pressing waste and climate issues, transforming organic waste into energy has gained significant appeal. Implementing these systems in food processing could bolster sustainability and reduce the amount of food waste produced during the processing of fruits and vegetables. Each benefit underscores the importance of developing energy-generating waste systems, indicating that these technologies can contribute to a cleaner future.