The hassle of battery replacement is a significant consumer, commercial and industrial pain point.
Batteries often contain many toxic substances such as lead, cadmium, nickel and mercury. Safe disposal is a massive challenge while recycling is difficult and expensive.
Replacement batteries and the labor required to exchange them can be prohibitively expensive.
Depleted batteries may cause gaps in device operation leading to inconvenient or even dangerous outcomes.
The hassle of battery replacement is a significant consumer, commercial and industrial pain point.
Batteries often contain many toxic substances such as lead, cadmium, nickel and mercury. Safe disposal is a massive challenge while recycling is difficult and expensive.
Replacement batteries and the labor required to exchange them can be prohibitively expensive.
Depleted batteries may cause gaps in device operation leading to inconvenient or even dangerous outcomes.
Up to three times greater power density compared to conventional indoor amorphous silicon solar cells.
Our revolutionary green energy harvesting chemistry harnesses indoor and outdoor ambient light to create an endless power source “out of thin air.”
Up to three times greater power density compared to conventional indoor amorphous silicon solar cells.
Our revolutionary green energy harvesting chemistry harnesses indoor and outdoor ambient light to create an endless power source “out of thin air.”
Our uniquely high-touch, process-driven customer success model enables device manufacturers to move rapidly from ideation to manufacturing with our PV cell and energy harvesting experts providing guidance at every step.
Our uniquely high-touch, process-driven customer success model enables device manufacturers to move rapidly from ideation to manufacturing with our PV cell and energy harvesting experts providing guidance at every step.
Discover how much energy your device needs for uninterrupted performance, and how much light is available to power it.
We will model your power consumption, measure illumination and create a perfect fir solar cell as unique as your product.
Discover how much energy your device needs for uninterrupted performance, and how much light is available to power it.
We will model your power consumption, measure illumination and create a perfect fir solar cell as unique as your product.
From proof of concept through manufacturing at scale, the Ambient team will help you bring never-before-imagined endless power devices to market.
Our energy harvesting experts work side by side with your strategic planning and engineering teams to fast track new product development and capitalize on market opportunities.
From proof of concept through manufacturing at scale, the Ambient team will help you bring never-before-imagined endless power devices to market.
Our energy harvesting experts work side by side with your strategic planning and engineering teams to fast track new product development and capitalize on market opportunities.
With high power density under LED, fluorescent or diffuse sunlight, Ambient’s PV cells enable ground-breaking advances in the design, function, performance, sustainability, reliability and user experience of self-powered devices.
With high power density under LED, fluorescent or diffuse sunlight, Ambient’s PV cells enable ground-breaking advances in the design, function, performance, sustainability, reliability and user experience of self-powered devices.
With high power density under LED, fluorescent or diffuse sunlight, Ambient’s PV cells enable ground-breaking advances in the design, function, performance, sustainability, reliability and user experience of self-powered devices.
With high power density under LED, fluorescent or diffuse sunlight, Ambient’s PV cells enable ground-breaking advances in the design, function, performance, sustainability, reliability and user experience of self-powered devices.
With high power density under LED, fluorescent or diffuse sunlight, Ambient’s PV cells enable ground-breaking advances in the design, function, performance, sustainability, reliability and user experience of self-powered devices.
With high power density under LED, fluorescent or diffuse sunlight, Ambient’s PV cells enable ground-breaking advances in the design, function, performance, sustainability, reliability and user experience of self-powered devices.
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