Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: This energy harvesting solution permits the autonomous supply of low por sensor nodes, without a chemical battery, allowing their extensive use in various environments. The electrical interface beten the harvester and the sensor is crucial in order to maximize the harvested energy and boost the voltage to a minimum value required by the sensor. To achieve input impedance and voltage gain independently, this paper presents a flyback converter in discontinuous mode. Using the proposed flyback model validated experimentally,  have studied the impact of each loss source in order to give some trade-off for designing an efficient sub-mW harvesting interface.  underline the effect of the transformer losses due to the magnetic hysteresis as ll as the driving loss impact. Following this method, the flyback prototype achieves 71% por efficiency when harvesting from a microbial fuel cell delivering 90µW.
['Alain Capitaine', 'Gaël Pillonnet', 'Thibaut Chailloux', 'Firas Khaled', 'Olivier Ondel', 'Bruno Allard']
I am writing a research paper on a idea Loss analysis of flyback in discontinuous conduction mode for sub-mW harvesting systems
[{"from": "human", "value": "I am writing a research paper on a idea Loss analysis of flyback in discontinuous conduction mode for sub-mW harvesting systems"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: This energy harvesting solution permits the autonomous supply of low por sensor nodes, without a chemical battery, allowing their extensive use in various environments. The electrical interface beten the harvester and the sensor is crucial in order to maximize the harvested energy and boost the voltage to a minimum value required by the sensor. To achieve input impedance and voltage gain independently, this paper presents a flyback converter in discontinuous mode. Using the proposed flyback model validated experimentally,  have studied the impact of each loss source in order to give some trade-off for designing an efficient sub-mW harvesting interface.  underline the effect of the transformer losses due to the magnetic hysteresis as ll as the driving loss impact. Following this method, the flyback prototype achieves 71% por efficiency when harvesting from a microbial fuel cell delivering 90\u00b5W."}]