Summary
Creating battery-free “self-sustaining” sensor systems is a key requirement to realising the forecasted billions of interconnected sensors within the Internet of Things. Micro energy harvesting, scavenging energy from the ambient environment, through the use of autonomous micro energy sources (AMES), is an ideal solution; avoiding the need for regular battery replacement.
Along with energy harvesters and energy storage, the major component in an AMES solution is an Energy Management Integrated Circuit (EMIC). The key technical challenges are that each type of energy-harvester has very different electrical characteristics and that the ambient energy is not available all of the time. A single EMIC is required that can effectively harvest from any energy harvester type. No such EMIC exists today.
At Trameto, we are developing a patent protected portfolio of EMICs named ‘HarvestAll’. These devices will deliver any-many-multi energy harvesting functionality to permit applications to harvest all types of ambient energy now, enable the design and development of next generation AMES, and allow the creation of novel AMES applications that were not previously possible. HarvestAll products will be exported to global customers with whom we have built strong relationships through strategic and aggressive business development activities with the support of H2020, Innovate UK, and private seed-funded projects.
Through our customer interactions, we have developed a number of fully qualified, early revenue case study opportunities which will allow us to showcase the functionality of our HarvestAll portfolio.
Along with energy harvesters and energy storage, the major component in an AMES solution is an Energy Management Integrated Circuit (EMIC). The key technical challenges are that each type of energy-harvester has very different electrical characteristics and that the ambient energy is not available all of the time. A single EMIC is required that can effectively harvest from any energy harvester type. No such EMIC exists today.
At Trameto, we are developing a patent protected portfolio of EMICs named ‘HarvestAll’. These devices will deliver any-many-multi energy harvesting functionality to permit applications to harvest all types of ambient energy now, enable the design and development of next generation AMES, and allow the creation of novel AMES applications that were not previously possible. HarvestAll products will be exported to global customers with whom we have built strong relationships through strategic and aggressive business development activities with the support of H2020, Innovate UK, and private seed-funded projects.
Through our customer interactions, we have developed a number of fully qualified, early revenue case study opportunities which will allow us to showcase the functionality of our HarvestAll portfolio.
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More information & hyperlinks
| Web resources: | https://cordis.europa.eu/project/id/871747 |
| Start date: | 01-11-2019 |
| End date: | 31-07-2022 |
| Total budget - Public funding: | 3 120 556,00 Euro - 2 184 389,00 Euro |
Cordis data
Original description
Creating battery-free “self-sustaining” sensor systems is a key requirement to realising the forecasted billions of interconnected sensors within the Internet of Things. Micro energy harvesting, scavenging energy from the ambient environment, through the use of autonomous micro energy sources (AMES), is an ideal solution; avoiding the need for regular battery replacement.Along with energy harvesters and energy storage, the major component in an AMES solution is an Energy Management Integrated Circuit (EMIC). The key technical challenges are that each type of energy-harvester has very different electrical characteristics and that the ambient energy is not available all of the time. A single EMIC is required that can effectively harvest from any energy harvester type. No such EMIC exists today.
At Trameto, we are developing a patent protected portfolio of EMICs named ‘HarvestAll’. These devices will deliver any-many-multi energy harvesting functionality to permit applications to harvest all types of ambient energy now, enable the design and development of next generation AMES, and allow the creation of novel AMES applications that were not previously possible. HarvestAll products will be exported to global customers with whom we have built strong relationships through strategic and aggressive business development activities with the support of H2020, Innovate UK, and private seed-funded projects.
Through our customer interactions, we have developed a number of fully qualified, early revenue case study opportunities which will allow us to showcase the functionality of our HarvestAll portfolio.
Status
CLOSEDCall topic
EIC-SMEInst-2018-2020Update Date
27-10-2022
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