Difference between revisions of "SCOTT:BB25.E"
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|Partner=Acciona, Tecnalia, | |Partner=Acciona, Tecnalia, | ||
|Related to Use Cases=SCOTT:WP7, SCOTT:WP9, SCOTT:WP12, SCOTT:WP18, SCOTT:WP17, | |Related to Use Cases=SCOTT:WP7, SCOTT:WP9, SCOTT:WP12, SCOTT:WP18, SCOTT:WP17, | ||
− | |Description=Synergistic analysis of piezoelectric, solar and thermal (heat sinks) energy harvesting and associated electronic for optimized energy harvesting systems: to optimize a energy harvesting system, both the energy production and electrical (hardware) aspect of the design must be balanced and improved. | + | |Description= |
+ | Synergistic analysis of piezoelectric, solar and thermal (heat sinks) energy harvesting and associated electronic for optimized energy harvesting systems: to optimize a energy harvesting system, both the energy production and electrical (hardware) aspect of the design must be balanced and improved. | ||
Power management Unit: a power management sub- system,“energy harvesting module, which performs the necessary DC-DC conversions while providing maximum power point (MPP) tracking, choosing the highest voltage level from the energy sources provided in the system, controlling the power consumption of the device (with information about the current harvesting conditions) | Power management Unit: a power management sub- system,“energy harvesting module, which performs the necessary DC-DC conversions while providing maximum power point (MPP) tracking, choosing the highest voltage level from the energy sources provided in the system, controlling the power consumption of the device (with information about the current harvesting conditions) |
Revision as of 11:38, 18 June 2017
Title | Improved energy harvesting |
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Page Title | BB3.3.E Improved energy harvesting |
Technology Line | Autonomy of Devices/Energy Efficiency of WSN |
Lead partner | Acciona |
Leader | Rafael Socorro |
Contributors | Acciona, Tecnalia |
Related to Use Cases | SCOTT:WP7, SCOTT:WP9, SCOTT:WP12, SCOTT:WP18, SCOTT:WP17 |
Description | 2) Multi-scale sensing: A different use of hierarchical sensing consists of identifying areas within the monitoring field that require a more accurate observation. This is obtained by relying on a coarse-grained description of the field with lower accuracy sensors and activating additional high- resolution ones only in areas where their accurate acquisitions are requested.
Model-based active sampling consists of building a model of the sensed phenomenon on top of an initial set of sampled data. Once the model is available, next data can be predicted by the model instead of sampling the quantity of interest, hence saving the energy consumed for data sensing. Whenever the requested accuracy is not satisfied anymore, the model needs to be updated, or re-estimated, to adhere to the new dynamics of the physical phenomenon under observation."2) Multi-scale sensing: A different use of hierarchical sensing consists of identifying areas within the monitoring field that require a more accurate observation. This is obtained by relying on a coarse-grained description of the field with lower accuracy sensors and activating additional high- resolution ones only in areas where their accurate acquisitions are requested.
Model-based active sampling consists of building a model of the sensed phenomenon on top of an initial set of sampled data. Once the model is available, next data can be predicted by the model instead of sampling the quantity of interest, hence saving the energy consumed for data sensing. Whenever the requested accuracy is not satisfied anymore, the model needs to be updated, or re-estimated, to adhere to the new dynamics of the physical phenomenon under observation." cannot be used as a page name in this wiki. |
Main output | A Dependable Wireless Sensor Node with Harvesting energy for Harsh Environment.
Energy harvesting technology that is mature and meet the requirements of of power of the nodes."A Dependable Wireless Sensor Node with Harvesting energy for Harsh Environment.
Energy harvesting technology that is mature and meet the requirements of of power of the nodes." cannot be used as a page name in this wiki. |
BB category | Methodology (for SW/HW development), SW component, HW component |
Baseline | The BB starts from ... |
Current TRL | 4 |
Target TRL | 6 |