It can generate power even in low-light environments like indoors! A photovoltaic element that generates power even in extremely low light conditions.
The "SQ-DSSC" leverages its characteristic of providing sufficient power generation even in low light conditions, compared to silicon solar cells, to realize autonomous power supply for IoT devices. Our products are embedded as autonomous power sources within IoT gateways that bundle multiple devices, such as various sensors, measuring instruments, and beacons with communication functions, connecting them to the network. We provide services and solutions that address the challenges faced by users, enhancing operational efficiency and delivering economic benefits. 【Features】 ■ Utilizes the characteristic of providing sufficient power generation even in low light conditions ■ Realizes autonomous power supply for IoT devices ■ Embeds our products to connect to the network ■ Addresses user challenges, enhances operational efficiency, and delivers economic benefits *For more details, please refer to the PDF document or feel free to contact us.
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【Providing a Valuable Platform】 ■ Offering a system that gathers the strengths of companies active in various industries through an open interface (Business example: IIoT) ■ Consistently providing software and hardware that adapt to changing needs, supporting user companies in creating significant value * For more details, please refer to the PDF document or feel free to contact us.
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For more details, please refer to the PDF document or feel free to contact us.
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InQs Corporation has developed a material that can generate electricity even from invisible light using high-purity SiO2. Unlike conventional silicon solar cells, which are limited to specific locations, this technology absorbs a wide range of light and generates electricity, allowing for the installation of colorless and transparent photovoltaic elements on windows, exterior walls, and other surfaces of buildings and vehicles. Additionally, we have created ultra-low illumination photovoltaic elements that can generate electricity efficiently in indoor environments. We will continue to discover new functionalities from familiar materials and engage in the development and design of distinctive products that leverage these characteristics.
