Dracula Technologies, a company specializing in energy harvesting from indoor light sources, has announced the release of a new generation of LAYER OPV modules that offer a 25% performance improvement over the previous version. This development is particularly significant for designers of ultra-low power IoT devices and wearables, who can now generate 25% more power using the same amount of space, or achieve the same power output with 25% less surface area than before (750µW under 1000 lux, compared to the previous 570µW).
The new LAYER OPV modules use eco-friendlier materials and the reduced surface area allows for a reduction in the module's size, leading to cost savings for customers. The innovation also contributes towards minimizing environmental footprints and reducing labor costs associated with maintenance operations.
This launch coincides with European regulations that call for the phase-out of non-rechargeable batteries in IoT devices. Dracula Technologies uses inkjet printing technology to customize the LAYER module to suit the specific requirements of its customers. By combining free shape design with reduced surface area, the modules deliver economic benefits while enabling greater control over the environmental impact of the final product.
In addition to the 25% performance improvement, the new generation of LAYER OPV modules also boasts improved reliability and durability, ensuring consistent power output over a longer period. This is particularly important for IoT devices that are expected to operate for extended periods without maintenance.
Dracula Technologies' use of eco-friendlier materials in the production of these modules is a significant step towards reducing the environmental impact of energy harvesting and IoT technology. The reduced surface area also means that there is less waste generated during the production process, further contributing to sustainability efforts.
Furthermore, the ability to tailor the LAYER module to specific customer requirements using inkjet printing technology allows for greater flexibility in designing IoT devices and wearables. Customers can now create more discreet designs with enhanced functionality, while simultaneously reducing costs and minimizing their environmental footprint.
Overall, the release of the new generation of LAYER OPV modules from Dracula Technologies represents a significant advancement in energy harvesting technology, providing a more sustainable and cost-effective solution for designers of ultra-low power IoT devices and wearables.
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