Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: The sensor nodes of wireless sensor networks remain inactive most of the time to achieve longer runtimes. Por is mainly provided by batteries, which are either primary or secondary. Because of its internal impedance, a significant voltage drop can appear across the battery terminals at the activation time of the node, thus preventing the extraction of all the energy from the battery. Additionally, internal losses can also be significant. Consequently, the runtime is reduced. The addition of a supercapacitor in parallel with the battery, thus forming a hybrid-storage device, has been proposed under pulsed loads to increase the por capabilities and reduce both the voltage drop and the internal losses at the battery. Hover, this strategy has not yet thoroughly been analyzed and tested in low-por wireless sensor nodes.  presents a comprehensive theoretical analysis that extends previous works found in the literature and provides design guidelines for choosing the appropriate supercapacitor. The analysis is supported by extensive experimental results. Two low-capacity (< 200 mAh) batteries re tested together with their hybrid-storage unit counterparts when using an electronic load as a pulsed current sink. The hybrid-storage units always achieved a higher runtime. One of the batteries was also tested using a sensor node. The runtime extension was 16% and 33% when connecting the hybrid-storage unit directly and through a dc-dc switching regulator to the sensor node, respectively.
['Maria Teresa Penella', 'Manel Gasulla']
I am writing a research paper on a idea Runtime Extension of Low-Power Wireless Sensor Nodes Using Hybrid-Storage Units
[{"from": "human", "value": "I am writing a research paper on a idea Runtime Extension of Low-Power Wireless Sensor Nodes Using Hybrid-Storage Units"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: The sensor nodes of wireless sensor networks remain inactive most of the time to achieve longer runtimes. Por is mainly provided by batteries, which are either primary or secondary. Because of its internal impedance, a significant voltage drop can appear across the battery terminals at the activation time of the node, thus preventing the extraction of all the energy from the battery. Additionally, internal losses can also be significant. Consequently, the runtime is reduced. The addition of a supercapacitor in parallel with the battery, thus forming a hybrid-storage device, has been proposed under pulsed loads to increase the por capabilities and reduce both the voltage drop and the internal losses at the battery. Hover, this strategy has not yet thoroughly been analyzed and tested in low-por wireless sensor nodes.  presents a comprehensive theoretical analysis that extends previous works found in the literature and provides design guidelines for choosing the appropriate supercapacitor. The analysis is supported by extensive experimental results. Two low-capacity (< 200 mAh) batteries re tested together with their hybrid-storage unit counterparts when using an electronic load as a pulsed current sink. The hybrid-storage units always achieved a higher runtime. One of the batteries was also tested using a sensor node. The runtime extension was 16% and 33% when connecting the hybrid-storage unit directly and through a dc-dc switching regulator to the sensor node, respectively."}]