Associated tags: Internet of things, Renewable energy, Temperature, QFN, Video game, RF, MPPT, TEG, Algorithm, PMIC, PV, PC, ICS, MCU, Original equipment manufacturer, Vibration, Innovation system, Sustainability, CSRD, AEM, Radio
Locations: EU, BELGIUM, UNITED KINGDOM, UNITED STATES OF AMERICA, GERMANY
Socs,
PMIC,
Conference,
SOC,
PC,
Internet of things,
Embedded,
RF,
PCB,
Ecosystem,
Consumer electronics LOUVAIN-LA-NEUVE, Belgium, April 4, 2024 /PRNewswire/ -- e-peas, a leader in energy harvesting power management technology, invites engineers to its booth located Hall 4A -301 at Embedded World 2024 to see just how easy it is to use e-peas PMICs to power wirelessly connected designs using harvested ambient energy. With complete ecosystem solutions for efficient power conversion, storage, and delivery using ambient light, thermal, or RF energy, e-peas and its partners provide a single point of contact for designers looking to move towards a greener IoT with a smaller PCB footprint, downsized storage element, and maintenance-free operation.
Key Points:
- With complete ecosystem solutions for efficient power conversion, storage, and delivery using ambient light, thermal, or RF energy, e-peas and its partners provide a single point of contact for designers looking to move towards a greener IoT with a smaller PCB footprint, downsized storage element, and maintenance-free operation.
- This year, e-peas will be showcasing its collaboration with several industry-leading partners in the fields of wireless Systems-on-Chip (SoCs), energy harvesting sources, and energy storage elements.
- Geoffroy Gosset, CEO and co-founder of e-peas, stated: "e-peas PMICs ideally complement industry-leading wireless SoCs and other parts of the energy harvesting ecosystem to optimise the overall performance of our customer applications.
- See the complete design journey from PMIC to end product on booth 4A-301 at the Embedded World Exhibition & Conference on 9-11 April at Nuremburg Messe, Germany.
Socs,
PMIC,
Conference,
SOC,
PC,
Internet of things,
Embedded,
RF,
PCB,
Ecosystem,
Consumer electronics LOUVAIN-LA-NEUVE, Belgium, April 4, 2024 /PRNewswire/ -- e-peas, a leader in energy harvesting power management technology, invites engineers to its booth located Hall 4A -301 at Embedded World 2024 to see just how easy it is to use e-peas PMICs to power wirelessly connected designs using harvested ambient energy. With complete ecosystem solutions for efficient power conversion, storage, and delivery using ambient light, thermal, or RF energy, e-peas and its partners provide a single point of contact for designers looking to move towards a greener IoT with a smaller PCB footprint, downsized storage element, and maintenance-free operation.
Key Points:
- With complete ecosystem solutions for efficient power conversion, storage, and delivery using ambient light, thermal, or RF energy, e-peas and its partners provide a single point of contact for designers looking to move towards a greener IoT with a smaller PCB footprint, downsized storage element, and maintenance-free operation.
- This year, e-peas will be showcasing its collaboration with several industry-leading partners in the fields of wireless Systems-on-Chip (SoCs), energy harvesting sources, and energy storage elements.
- Geoffroy Gosset, CEO and co-founder of e-peas, stated: "e-peas PMICs ideally complement industry-leading wireless SoCs and other parts of the energy harvesting ecosystem to optimise the overall performance of our customer applications.
- See the complete design journey from PMIC to end product on booth 4A-301 at the Embedded World Exhibition & Conference on 9-11 April at Nuremburg Messe, Germany.
Retrieved on:
Wednesday, March 20, 2024
Temperature,
Vibration,
Corporate sustainability,
Green Deal,
Light,
Carbon,
Radio,
AEM,
CSRD,
Sustainability,
Innovation system,
Renewable energy LOUVAIN-LA-NEUVE, Belgium, March 20, 2024 /PRNewswire/ -- e-peas, a leader in ultra-low power management for energy harvesting, today announced the closing of a new round of €17.5 million funding, led by Otium Capital, underscoring e-peas' market traction and technology leadership. The round was also joined by new investors Nomainvest and EIC Fund, as well as existing investors KBC Focus Fund, The Faktory, Wallonie Entreprendre, Noshaq-Leansquare, and Start.Invest, demonstrating strong continued support for e-peas' innovative journey.
Key Points:
- Sustainability has become an important focus for electronic vendors, who are looking for ways to reduce their carbon footprint and use of rare earth materials.
- e-peas has pioneered energy harvesting technologies, that gather ambient energy such as light, radio frequency, temperature gradient, or vibration, removing the need for battery replacement, and reducing C02 impact.
- Pierre Menard of Otium Capital highlighted, "e-peas' revolutionary innovation is poised to address the booming energy harvesting market."
- We are excited to welcome on board Otium, Nomainvest, and EIC Fund as new investors to support the growth journey."
Retrieved on:
Wednesday, March 20, 2024
Temperature,
Vibration,
Corporate sustainability,
Green Deal,
Light,
Carbon,
Radio,
AEM,
CSRD,
Sustainability,
Innovation system,
Renewable energy LOUVAIN-LA-NEUVE, Belgium, March 20, 2024 /PRNewswire/ -- e-peas, a leader in ultra-low power management for energy harvesting, today announced the closing of a new round of €17.5 million funding, led by Otium Capital, underscoring e-peas' market traction and technology leadership. The round was also joined by new investors Nomainvest and EIC Fund, as well as existing investors KBC Focus Fund, The Faktory, Wallonie Entreprendre, Noshaq-Leansquare, and Start.Invest, demonstrating strong continued support for e-peas' innovative journey.
Key Points:
- Sustainability has become an important focus for electronic vendors, who are looking for ways to reduce their carbon footprint and use of rare earth materials.
- e-peas has pioneered energy harvesting technologies, that gather ambient energy such as light, radio frequency, temperature gradient, or vibration, removing the need for battery replacement, and reducing C02 impact.
- Pierre Menard of Otium Capital highlighted, "e-peas' revolutionary innovation is poised to address the booming energy harvesting market."
- We are excited to welcome on board Otium, Nomainvest, and EIC Fund as new investors to support the growth journey."
MCU,
Original equipment manufacturer,
QFN,
ICS,
PC,
PV,
PMIC,
Algorithm,
TEG,
MPPT,
RF,
Renewable energy,
Video game,
Recycling LOUVAIN-LA-NEUVE, Belgium, Aug. 29, 2023 /PRNewswire/ -- e-peas, the leading supplier of energy harvesting ICs, today launched its first PMIC that can handle simultaneous inputs from two independent harvested energy sources.
Key Points:
- The new AEM13920 can maximize the energy harvested from any combination of two sources, including photovoltaic (PV) cells, a thermo-electric generator (TEG), RF energy harvester, or pulsed (kinetic) energy sources.
- Before the introduction of the AEM13920, specialized PMICs have been optimized for a single type of energy harvester.
- The flexible dual-source capability opens up interesting new design options for the use of energy harvesting in small electronics devices such as remote controls, PC peripherals, wireless sensors and more.
- In these and other applications, the AEM13920 provides a complete power management solution which maximizes energy recovery from the source.
MCU,
Original equipment manufacturer,
QFN,
ICS,
PC,
PV,
PMIC,
Algorithm,
TEG,
MPPT,
RF,
Renewable energy,
Video game,
Recycling LOUVAIN-LA-NEUVE, Belgium, Aug. 29, 2023 /PRNewswire/ -- e-peas, the leading supplier of energy harvesting ICs, today launched its first PMIC that can handle simultaneous inputs from two independent harvested energy sources.
Key Points:
- The new AEM13920 can maximize the energy harvested from any combination of two sources, including photovoltaic (PV) cells, a thermo-electric generator (TEG), RF energy harvester, or pulsed (kinetic) energy sources.
- Before the introduction of the AEM13920, specialized PMICs have been optimized for a single type of energy harvester.
- The flexible dual-source capability opens up interesting new design options for the use of energy harvesting in small electronics devices such as remote controls, PC peripherals, wireless sensors and more.
- In these and other applications, the AEM13920 provides a complete power management solution which maximizes energy recovery from the source.
Retrieved on:
Wednesday, August 31, 2022
Semiconductor,
Other Energy,
IOT (Internet of Things),
Technology,
Mobile,
Wireless,
Energy,
Hardware,
XR,
Security (finance),
CEO,
Technology,
SIDO,
Securities Exchange Act of 1934,
WATT,
Securities Act of 1933,
Research,
Form 10-K,
Mont-Saint-Guibert,
NASDAQ,
City,
WPT,
Private Securities Litigation Reform Act,
Solution,
Maintenance,
Energy Independence and Security Act of 2007,
IOT,
LinkedIn,
FCC,
Forward-looking statement,
Corporation,
SEC,
Multimedia,
Securities and Exchange Commission (Philippines),
Link,
Certification,
Twitter,
CEST,
Facebook,
Ecosystem,
Annual report,
Industry,
AI,
ICS,
Mobile phone,
Video game console,
Animal,
Energizer Bunny Key Points:
- View the full release here: https://www.businesswire.com/news/home/20220831005210/en/
Wireless Energy Harvesting Evaluation Kit from Energous and e-peas (Photo: Business Wire)
Developed for energy harvesting applications for smart buildings/smart homes, industrial IoT medical and asset trackers for retail and warehouses, Energous new Wireless Energy Harvesting Evaluation Kit includes the companys 1W WattUp PowerBridge transmitter, delivering an over-the-air solution that enables device manufacturers to implement wireless power and energy harvesting across a range of connected devices.
- The kit also includes two evaluation boards from e-peas: the AEM30940 RF Evaluation Board and the EP112 Energy Harvesting Optimized Antenna Evaluation Board.
- Our new Wireless Energy Harvesting Evaluation Kit demonstrates the ability to harvest RF-based energy being transmitted by our WattUp PowerBridges and provides IoT device manufacturers with a platform for accelerated product development.
- Energous new Wireless Energy Harvesting Evaluation Kit will be available during the show for a unit cost of $599.
Retrieved on:
Thursday, February 25, 2021
Semiconductor,
Hardware,
Electronic design automation,
Mobile,
Wireless,
Technology,
Wireless energy transfer,
Articles,
Emerging technologies,
Technology,
Science and technology,
Inductive charging,
Internet of things,
Energous Corporation,
e-peas Key Points:
- View the full release here: https://www.businesswire.com/news/home/20210225005087/en/
Energous and e-peas will develop an evaluation board to support at-a-distance wireless charging applications for smart buildings, industrial IoT sensors, retail electronic displays and more.
- That is why at-a-distance solutions capable of charging more than a meter away are critical, said Geoffroy Gosset, CEO and co-founder of e-peas.
- Energous Corporation (Nasdaq: WATT) is the global leader of Wireless Charging 2.0 technology.
- The company received the worlds first FCC Part 18 certification for at-a-distance wireless charging and has been awarded 231 patents for its WattUp wireless charging technology to-date.
"Energy harvesting technology is ushering in a new era where IoT devices will no longer have to run on batteries," said Didier Dutronc, EVP and head of Sequans' massive IoT business unit.
Key Points:
- "Energy harvesting technology is ushering in a new era where IoT devices will no longer have to run on batteries," said Didier Dutronc, EVP and head of Sequans' massive IoT business unit.
- Energy harvesting offers one of the most exciting visions of the IoT future, and through our partnership with e-peas, a leader in advanced energy harvesting solutions, we aim to bring this vision to reality."
- "We are excited to collaborate with Sequans on this solution combining energy harvesting with IoT connectivity," said Christian Ferrier, chief marketing officer, e-peas.
- Sequans and e-peas are offering a reference design with schematics for IoT companies, enabling them to design and build their own connected IoT devices using energy harvesting technology.
