E-peas and Epishine Form Partnership

E-Peas, the Belgian energy harvesting specialist, and Epishine, the Swedish indoor solar cell developer, have joined forces in a collaborative effort to propel the advancement of energy-efficient and sustainable consumer electronics. This partnership underscores the critical importance of aligning all system components, including energy harvesting, power management, and storage, to ensure optimal performance of electronic devices.

It is recognized that the efficiency of a system cannot be solely evaluated based on its individual parts. Instead, the focus is on the synergistic operation of all elements working together seamlessly. By leveraging e-peas' expertise in power management integrated circuits (PMICs) and Epishine's innovative indoor solar cells, the collaboration aims to revolutionize product designs, resulting in enhanced power efficiency, prolonged device lifespans, and widespread adoption of light-based energy harvesting solutions.

E-peas' PMICs offer the flexibility to combine various configurations of Epishine's photovoltaic (PV) architectures with different storage element technologies, catering to a wide range of applications. This compatibility is achieved through the integration of Epishine's MultiCell and OneCell technologies with e-peas' PMICs, enabling diverse energy harvesting possibilities.

"This partnership signifies a fusion of strengths," remarked Christian Ferrier, Chief Marketing Officer of e-peas. "By exchanging our insights on PMIC technology with Epishine, we anticipate setting new standards for energy-efficient electronics, pushing the boundaries of what is achievable in this field."

Daniel Westling, Chief Commercial Officer at Epishine, echoed the sentiment of mutual benefit, stating, "Collaborating closely with e-peas enables us to seamlessly integrate our solar cells with cutting-edge PMIC technology, optimizing energy harvest and utilization in electronic devices. This collaboration is a win-win situation for advancing sustainable technology."