Through the release of a further three new power management ICs (PMICs), e-peas is providing product developers with even greater scope to implement their energy harvesting systems.

Once again underlining the heightening interest in the company’s power management ICs (PMICs) for energy harvesting applications, plus its ability to work with the world’s leading brands, e-peas announces completion of a major project for Swiss manufacturer of luxury watches Cartier^®.

Through its AEM family, e-peas has already established itself as a technology leader in the development of energy harvesting dedicated power management ICs. Now it is in the process of introducing a microcontroller unit (MCU) for inclusion in such systems. This will further strengthen the company’s portfolio of extremely low power devices, allowing it to bring differentiation to a larger proportion of engineers’ designs.

e-peas has now added an antenna solution to its expanding product portfolio with the goal of providing a complete set of all the essential components required for RF energy harvesting. This antenna will complement the company’s established series of energy harvesting dedicated power management ICs.

E-PEAS Cooperates with TCT on Energy Harvesting Solution That is Applicable for Three-Phase Electricity Cables. Building on the existing technology relationship between e-peas and TCT, the two companies have made another major advance in the harvesting of energy from power lines.

Addressing the need for streamlined power management solutions for energy harvesting hardware, e-peas has unveiled a new family of battery charger devices.

Expanding its portfolio of advanced power management ICs (PMICs) for energy harvesting applications, e-peas announces the availability of two new devices adding complementary features to previously released products.

Further progressing its goal of making battery-less technology more commonplace, e-peas has gained another big win for its energy harvesting power management ICs (PMICs).

Joint solution enables non-stop, zero-maintenance operation of IoT devices through energy harvesting, eliminating need for batteries.

The ability of e-peas' to lead progression in energy harvesting technology has been further validated through a new customer project.