With the spread of the Internet-of-Things, new problematics arise for the industrialists like battery limit, devices lifetime and cost of use related to the time and effort required for the implementation.
Powering the next generation of indoor devices with LAYER®
LAYER® is efficient to answer these problematics by securing a power source for IoT and RFID. Energy harvesting has the potential to solve these hardware issues, providing greater reliability and operational lifetime in wireless sensor networks.
We rely on organic photovoltaic. Over the last decade, organic solar cells have become a promising technology for next generation solar cells with properties such as light weight, flexibility, design opportunity or low environmental impact.
The high efficiency in low-light conditions makes our OPV modules great candidates for indoor applications.
Final workshop on Microwave Microscopy for Advanced and Efficient Materials Analysis and Production (MMAMA European Project)
MMAMA’s consortium is delighted to invite you to its project end workshop on Microwave Microscopy
Dracula Technologies finalizes an additional fundraising of 550,000 €.
Dracula Technologies has just raised nearly 550,000 euros on the WiSEED financing platform, in addition
Thin Film Processing Method: from lab to Industrialization of OPV Devices (2nd part)
Thin Film Processing Method: from lab to Industrialization of OPV Devices (2nd Part) Second part:
One of thousand in the world
LAYER® as been awarded to be a part of Solar Impulse #1000 solutions that are both clean and profitable and have a positive impact on quality of life. The selection was made above 3 criterias : the feasibility of the solution in real world, the environmental impact of the product and the profitability.
