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    Schematic diagrams illustrating the physical model of the stripline microinductor.

    Stripline Microinductors with Nickel–Iron Oxide Cores

    Würth Elektronik WE-LHMI and WE-HCI power inductor comparison slide showing current ratings and maximum operating temperatures

    Power Inductor Selection: Ferrite vs Powder Core Trade-Offs, Würth Elektronik Webinar

    Bourns PWR163 DPAK-style surface-mount power resistor with moulded housing, metal backplate and terminals

    Bourns Releases Power Resistor Adds Reverse-Pin Configuration

    Conceptual polypropylene DC-link film capacitor module with parallel cells and copper interconnections

    DC-Link Film Capacitor Modules: Inductance and Thermal Design, Jianghai-Europe Tech Memo

    Panasonic EVP-BX surface-mount tactile switches with top-push actuators and two-terminal construction

    Panasonic EVP-BX Quiet Tactile Switches for HMI Designs

    Motor Run Capacitor Safety Classes S0–S3: A Design Guide

    YAGEO Piezoelectric Sensors for Predictive Maintenance

    Wk 44 Electronics Supply Chain Digest

    TDK HVC28 and HVC29 high-voltage DC contactors with black housings and main power terminals

    TDK Introduces Gas-Filled High-Voltage DC Contactors up to 600 A

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    Schematic diagrams illustrating the physical model of the stripline microinductor.

    Stripline Microinductors with Nickel–Iron Oxide Cores

    Würth Elektronik WE-LHMI and WE-HCI power inductor comparison slide showing current ratings and maximum operating temperatures

    Power Inductor Selection: Ferrite vs Powder Core Trade-Offs, Würth Elektronik Webinar

    Bourns PWR163 DPAK-style surface-mount power resistor with moulded housing, metal backplate and terminals

    Bourns Releases Power Resistor Adds Reverse-Pin Configuration

    Conceptual polypropylene DC-link film capacitor module with parallel cells and copper interconnections

    DC-Link Film Capacitor Modules: Inductance and Thermal Design, Jianghai-Europe Tech Memo

    Panasonic EVP-BX surface-mount tactile switches with top-push actuators and two-terminal construction

    Panasonic EVP-BX Quiet Tactile Switches for HMI Designs

    Motor Run Capacitor Safety Classes S0–S3: A Design Guide

    YAGEO Piezoelectric Sensors for Predictive Maintenance

    Wk 44 Electronics Supply Chain Digest

    TDK HVC28 and HVC29 high-voltage DC contactors with black housings and main power terminals

    TDK Introduces Gas-Filled High-Voltage DC Contactors up to 600 A

    Trending Tags

    • Ripple Current
    • RF
    • Leakage Current
    • Tantalum vs Ceramic
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Skeleton Technologies joins €7 million European project to harvest energy

21.4.2020
Reading Time: 2 mins read
A A

The coronavirus outbreak is not affecting innovation at Skeleton Technologies. The company is now part of a newly launched pan-European initiative called InComEss, which aims to implement innovative material systems for energy harvesting and electrical energy storage. The purpose is to ensure a sustainable and efficient use of resources in line with the circular economy perspective.

incomess project consortium

Together with 17 business and academic partners from 9 European countries, Skeleton Technologies has just launched the InComEss (INnovative polymer based COmposite systeMs for high efficient Energy Scavenging and Storage) project. With a total budget of nearly €7 million, it seeks at developing efficient smart materials with energy harvesting and storage capabilities.

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Power Inductor Selection: Ferrite vs Powder Core Trade-Offs, Würth Elektronik Webinar

Bourns Releases Power Resistor Adds Reverse-Pin Configuration

Energy harvesting is a process that captures small amounts of energy that would otherwise be lost as heat, light, sound, vibration or movement. Harvesting electricity contributes to reduce fossil fuel dependence and maximizes the efficiency of current energy sources. Under InComEss project, Skeleton Technologies will evaluate the performance of novel polymer material in ultracapacitors for energy harvesting from external sources exercising pressure, including from walking.

Taavi Madiberk, CEO of Skeleton Technologies said:

“Skeleton is focused on helping industries to innovate and transform themselves. Innovation should not stop during the pandemic. It is even the opposite, as this crisis shows us that moving fast is essential.

Self-sustainability and circular economy are the future of our economy and once again, ultracapacitors will demonstrate their relevance and efficiency. Using them, we could potentially harvest and generate energy from any kind of pressure, including by simply walking. This would be a game changer for the realization of a low-carbon society.”

InComEss receives funding from the European Commission’s Horizon 2020 Research Programme and gathers European public and private partners such as the Leibniz Institute of Polymer Research in Dresden (Germany), Italian automotive supplier MARELLI, Foundation for Research & Technology – Hellas (Greece) and Brunel University London, to name a few.

According to InComEss project, its technologies, applications and services could impact the partners turnover by €100M after market up-take.

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